{"OA pH Surface Sliders (2018-2022)": {"layer": {"id": 6738, "name": "OA pH Surface Sliders (2018-2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6632, "name": "Acidification Monthly Average Sliders", "description": ""}}, "OA pCO2 Surface Sliders (2018-2022)": {"layer": {"id": 7126, "name": "OA pCO2 Surface Sliders (2018-2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6632, "name": "Acidification Monthly Average Sliders", "description": ""}}, "OA H+ Surface Sliders (2018-2022)": {"layer": {"id": 7127, "name": "OA H+ Surface Sliders (2018-2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6632, "name": "Acidification Monthly Average Sliders", "description": ""}}, "OA Aragonite Saturation Surface Sliders (2018-2022)": {"layer": {"id": 7128, "name": "OA Aragonite Saturation Surface Sliders (2018-2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6632, "name": "Acidification Monthly Average Sliders", "description": ""}}, "Number of Species Gaining Habitat - Summer": {"layer": {"id": 7168, "name": "Number of Species Gaining Habitat - Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6644, "name": "Highly Migratory Species - Hotspots of Change", "description": ""}}, "Number of Species Gaining Habitat - Winter": {"layer": {"id": 7169, "name": "Number of Species Gaining Habitat - Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6644, "name": "Highly Migratory Species - Hotspots of Change", "description": ""}}, "Number of Species Gaining Habitat - Annual": {"layer": {"id": 7170, "name": "Number of Species Gaining Habitat - Annual", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6644, "name": "Highly Migratory Species - Hotspots of Change", "description": ""}}, "Number of Species Losing Habitat - Summer": {"layer": {"id": 7171, "name": "Number of Species Losing Habitat - Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6644, "name": "Highly Migratory Species - Hotspots of Change", "description": ""}}, "Number of Species Losing Habitat - Winter": {"layer": {"id": 7172, "name": "Number of Species Losing Habitat - Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6644, "name": "Highly Migratory Species - Hotspots of Change", "description": ""}}, "Number of Species Losing Habitat - Annual": {"layer": {"id": 7173, "name": "Number of Species Losing Habitat - Annual", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6644, "name": "Highly Migratory Species - Hotspots of Change", "description": ""}}, "Federal Consistency Geographic Location Descriptions": {"layer": {"id": 1678, "name": "Federal Consistency Geographic Location Descriptions", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "Coastal Zone Management Act Boundary": {"layer": {"id": 1676, "name": "Coastal Zone Management Act Boundary", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "119th Congressional Districts": {"layer": {"id": 6193, "name": "119th Congressional Districts", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "Federal OCS Administrative Boundaries": {"layer": {"id": 18, "name": "Federal OCS Administrative Boundaries", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "Indigenous Nations, Communities & Cultures": {"layer": {"id": 5193, "name": "Indigenous Nations, Communities & Cultures", "has_sublayers": true, "sublayers": [{"name": "Indigenous Languages", "id": 4668}, {"name": "Historic Native Terrestrial Territories (Not Reservation Boundaries)", "id": 4667}, {"name": "BIA Tribal Leaders Directory", "id": 5203}, {"name": "EPA Regional Tribal Operations Committee (RTOC) Regions", "id": 5204}, {"name": "American Indian, Alaska Native, and Native Hawaiian Areas (Including Reservations)", "id": 5205}, {"name": "Tribal Headquarters (State & Federally Recognized)", "id": 220}]}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "Marine Jurisdictions": {"layer": {"id": 80, "name": "Marine Jurisdictions", "has_sublayers": true, "sublayers": [{"name": "24NM Contiguous Zone", "id": 77}, {"name": "200NM EEZ and Maritime Boundaries", "id": 78}, {"name": "Limit of OCSLA '8(g)' zone", "id": 75}, {"name": "12NM Territorial Sea", "id": 76}, {"name": "Submerged Lands Act Boundary (3 NM Fed-State Boundary)", "id": 74}]}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "National Marine Fisheries Service Regions": {"layer": {"id": 1680, "name": "National Marine Fisheries Service Regions", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "National Register of Historic Places (Points)": {"layer": {"id": 5917, "name": "National Register of Historic Places (Points)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "National Register of Historic Places: Districts (Polygons)": {"layer": {"id": 5918, "name": "National Register of Historic Places: Districts (Polygons)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "Outer Continental Shelf Lease Blocks": {"layer": {"id": 6, "name": "Outer Continental Shelf Lease Blocks", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "USACE Port Areas (limits)": {"layer": {"id": 6073, "name": "USACE Port Areas (limits)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "USACE Regulatory Boundary": {"layer": {"id": 1692, "name": "USACE Regulatory Boundary", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "US Coast Guard Districts": {"layer": {"id": 1693, "name": "US Coast Guard Districts", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "US Coast Guard Sectors": {"layer": {"id": 3971, "name": "US Coast Guard Sectors", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1, "name": "Administrative", "description": "Numerous federal, regional, and state political and management boundaries of the Mid-Atlantic are compiled here to provide a regulatory context to help facilitate well-informed ocean planning decisions."}}, "All Vessel Transit Counts (2024)": {"layer": {"id": 6852, "name": "All Vessel Transit Counts (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6619, "name": "AIS Vessel Transit Counts (2024)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Cargo Vessel Transit Counts (2024)": {"layer": {"id": 6853, "name": "Cargo Vessel Transit Counts (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6619, "name": "AIS Vessel Transit Counts (2024)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Fishing Vessel Transit Counts (2024)": {"layer": {"id": 6854, "name": "Fishing Vessel Transit Counts (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6619, "name": "AIS Vessel Transit Counts (2024)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Other Vessel Transit Counts (2024)": {"layer": {"id": 6855, "name": "Other Vessel Transit Counts (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6619, "name": "AIS Vessel Transit Counts (2024)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Passenger Vessel Transit Counts (2024)": {"layer": {"id": 6856, "name": "Passenger Vessel Transit Counts (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6619, "name": "AIS Vessel Transit Counts (2024)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Pleasure Craft-Sailing Vessel Transit Counts (2024)": {"layer": {"id": 6857, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6619, "name": "AIS Vessel Transit Counts (2024)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Tanker Vessel Transit Counts (2024)": {"layer": {"id": 6858, "name": "Tanker Vessel Transit Counts (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6619, "name": "AIS Vessel Transit Counts (2024)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Tug-Tow Vessel Transit Counts (2024)": {"layer": {"id": 6859, "name": "Tug-Tow Vessel Transit Counts (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6619, "name": "AIS Vessel Transit Counts (2024)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Aquaculture|Delaware": {"layer": {"id": 6642, "name": "Aquaculture|Delaware", "has_sublayers": true, "sublayers": [{"name": "Delaware Bay Leasable Oyster Grounds (DNREC)", "id": 7156}, {"name": "Delaware Shellfish Aquaculture (DNREC)", "id": 6862}]}, "theme": {"id": 6624, "name": "Aquaculture", "description": "View the locations of aquaculture leases and other managed areas in Mid-Atlantic waters."}}, "Maryland Active Oyster Leases (Maryland DNR)": {"layer": {"id": 6863, "name": "Maryland Active Oyster Leases (Maryland DNR)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6624, "name": "Aquaculture", "description": "View the locations of aquaculture leases and other managed areas in Mid-Atlantic waters."}}, "Aquaculture|New Jersey": {"layer": {"id": 6628, "name": "Aquaculture|New Jersey", "has_sublayers": true, "sublayers": [{"name": "Shellfish Leases (NJDEP)", "id": 6865}, {"name": "NJDEP Land Resource Protection (LRP) Bureau of Tidelands Aquaculture License Areas in New Jersey", "id": 6864}, {"name": "Shellfish Lease Exclusion Areas (NJDEP)", "id": 6866}, {"name": "Shellfish Lease Sections (NJDEP)", "id": 6867}]}, "theme": {"id": 6624, "name": "Aquaculture", "description": "View the locations of aquaculture leases and other managed areas in Mid-Atlantic waters."}}, "New York Aquaculture Lease Sites (NYSDOS)": {"layer": {"id": 6876, "name": "New York Aquaculture Lease Sites (NYSDOS)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6624, "name": "Aquaculture", "description": "View the locations of aquaculture leases and other managed areas in Mid-Atlantic waters."}}, "Virginia Private Oyster Leases (VMRC)": {"layer": {"id": 7153, "name": "Virginia Private Oyster Leases (VMRC)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6624, "name": "Aquaculture", "description": "View the locations of aquaculture leases and other managed areas in Mid-Atlantic waters."}}, "Habitat Areas of Particular Concern (HAPC)": {"layer": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "has_sublayers": true, "sublayers": [{"name": "HAPC - All Layers", "id": 6231}, {"name": "HAPC - Atlantic Cod", "id": 6226}, {"name": "HAPC - Bluefin Tuna", "id": 6229}, {"name": "HAPC - Lemon Shark", "id": 6228}, {"name": "HAPC - Sand Tiger Shark", "id": 6225}, {"name": "HAPC - Sandbar Shark", "id": 6227}, {"name": "HAPC - Tilefish", "id": 6223}, {"name": "HAPC - Multiple Species", "id": 6224}]}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "National Estuarine Research Reserve System": {"layer": {"id": 5761, "name": "National Estuarine Research Reserve System", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "Outer Continental Shelf Areas Withdrawn from Leasing": {"layer": {"id": 5764, "name": "Outer Continental Shelf Areas Withdrawn from Leasing", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "Stellwagen Bank National Marine Sanctuary": {"layer": {"id": 5762, "name": "Stellwagen Bank National Marine Sanctuary", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "FWS National Wildlife Refuge Marine Protected Areas": {"layer": {"id": 5760, "name": "FWS National Wildlife Refuge Marine Protected Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "Essential Fish Habitats": {"layer": {"id": 162, "name": "Essential Fish Habitats", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "Carl N. Shuster Jr. Horseshoe Crab Reserve": {"layer": {"id": 4510, "name": "Carl N. Shuster Jr. Horseshoe Crab Reserve", "has_sublayers": false, "sublayers": []}, "theme": {"id": 292, "name": "Management Areas: Other", "description": "These layers reflect current fishery management areas published by the National Marine Fisheries Service (NMFS) Greater Atlantic Regional Fishery Office (GARFO)."}}, "Frank R. Lautenberg Deep-Sea Coral Protection Area": {"layer": {"id": 510, "name": "Frank R. Lautenberg Deep-Sea Coral Protection Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4877, "name": "Management Areas: Habitat Conservation", "description": ""}}, "Northeast Canyons and Seamounts Marine National Monument": {"layer": {"id": 507, "name": "Northeast Canyons and Seamounts Marine National Monument", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4877, "name": "Management Areas: Habitat Conservation", "description": ""}}, "Mallows Bay-Potomac River National Marine Sanctuary Boundary": {"layer": {"id": 4058, "name": "Mallows Bay-Potomac River National Marine Sanctuary Boundary", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "Monitor National Marine Sanctuary Boundary (Off NC Coast)": {"layer": {"id": 4059, "name": "Monitor National Marine Sanctuary Boundary (Off NC Coast)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "National Park Service Boundaries": {"layer": {"id": 1784, "name": "National Park Service Boundaries", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "North Atlantic Right Whale Seasonal Management Areas": {"layer": {"id": 5260, "name": "North Atlantic Right Whale Seasonal Management Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "Proposed North Atlantic Right Whale Seasonal Speed Zones": {"layer": {"id": 5445, "name": "Proposed North Atlantic Right Whale Seasonal Speed Zones", "has_sublayers": false, "sublayers": []}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "State Designated Areas": {"layer": {"id": 5862, "name": "State Designated Areas", "has_sublayers": true, "sublayers": [{"name": "Virginia Blue Crab Sanctuaries 4 VAC 20 752", "id": 5863}, {"name": "Virginia Oyster Sanctuaries", "id": 5864}, {"name": "Virginia Submerged Aquatic Vegetation Sanctuaries", "id": 5865}, {"name": "Oyster Sanctuaries (Maryland DNR)", "id": 7131}, {"name": "SAV Protection Zones - Gear Restrictions (Maryland DNR)", "id": 7140}]}, "theme": {"id": 29, "name": "Conservation", "description": "View current and proposed Mid-Atlantic conservation areas."}}, "Fishing2|Fishery Specific": {"layer": {"id": 6260, "name": "Fishing2|Fishery Specific", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Scallops", "id": 6261}, {"name": "Fishing2|Fishery Specific|Herring", "id": 6274}, {"name": "Fishing2|Fishery Specific|Monkfish", "id": 6277}, {"name": "Fishing2|Fishery Specific|Bluefish", "id": 6580}, {"name": "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass", "id": 6584}, {"name": "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish", "id": 6588}, {"name": "Fishing2|Fishery Specific|Golden/Blueline Tilefish", "id": 6592}, {"name": "Fishing2|Fishery Specific|Spiny Dogfish", "id": 6596}, {"name": "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)", "id": 6600}, {"name": "Fishing2|Fishery Specific|Surfclam/Quahog", "id": 6605}, {"name": "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)", "id": 6609}, {"name": "Fishing2|Fishery Specific|Lobster", "id": 6615}]}, "theme": {"id": 6259, "name": "Fishing", "description": "Explore dozens of maps depicting the extent and locations of commercial and recreational fishing activities throughout the upper East Coast."}}, "Fishing2|Multi-Fishery": {"layer": {"id": 6264, "name": "Fishing2|Multi-Fishery", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Multi-Fishery|NOAA Fishing Footprints", "id": 6265}, {"name": "Fishing2|Multi-Fishery|Mgt. Areas", "id": 6270}, {"name": "Fishing2|Multi-Fishery|Fishing Vessel ActivityVMSAIS", "id": 6575}]}, "theme": {"id": 6259, "name": "Fishing", "description": "Explore dozens of maps depicting the extent and locations of commercial and recreational fishing activities throughout the upper East Coast."}}, "Fishing2|Recreational": {"layer": {"id": 6266, "name": "Fishing2|Recreational", "has_sublayers": true, "sublayers": [{"name": "Party/Charter 1996-2000", "id": 1810}, {"name": "Party/Charter 2001-2005", "id": 3660}, {"name": "Party/Charter 2006-2010", "id": 3662}, {"name": "Party/Charter 2011-2015", "id": 3664}]}, "theme": {"id": 6259, "name": "Fishing", "description": "Explore dozens of maps depicting the extent and locations of commercial and recreational fishing activities throughout the upper East Coast."}}, "Fishing2|CASvtr": {"layer": {"id": 25, "name": "Fishing2|CASvtr", "has_sublayers": true, "sublayers": [{"name": "Party Charter", "id": 2455}, {"name": "Lobster", "id": 630}, {"name": "Shrimp", "id": 633}, {"name": "Bottom Trawl > 65 ft", "id": 627}, {"name": "Dredge", "id": 628}, {"name": "Gillnet", "id": 629}, {"name": "Longline", "id": 631}, {"name": "Pots and Traps", "id": 632}, {"name": "Bottom Trawl < 65 ft", "id": 626}]}, "theme": {"id": 6259, "name": "Fishing", "description": "Explore dozens of maps depicting the extent and locations of commercial and recreational fishing activities throughout the upper East Coast."}}, "Artificial Reefs": {"layer": {"id": 2463, "name": "Artificial Reefs", "has_sublayers": false, "sublayers": []}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Fathom Lines": {"layer": {"id": 3940, "name": "Fathom Lines", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6259, "name": "Fishing", "description": "Explore dozens of maps depicting the extent and locations of commercial and recreational fishing activities throughout the upper East Coast."}}, "Bottom Trawl > 65 ft": {"layer": {"id": 627, "name": "Bottom Trawl > 65 ft", "has_sublayers": false, "sublayers": []}, "theme": {"id": 25, "name": "Fishing - Communities at Sea (Archive)", "description": "The Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data from 1996-2015. VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age). By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.   <br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of fishing activity (for the selected gear grouping) at that location.   <br></br>\r\n\r\nDraft maps were reviewed with diverse fishermen and fishing industry managers throughout the Mid-Atlantic and New England states, incuding at Mid-Atlantic Fishery Management Council and New England Fishery Management Council meetings.  <br></br>\r\n\r\nPlease refer to the following articles by Dr. Kevin St. Martin et. al. for concepts and methodology:  <br>\r\n1) <a href=\"http://www.tandfonline.com/doi/abs/10.4113/jom.2008.93\" target=\"_blank\">Mapping Community Use of Fisheries Resources in the U.S. Northeast</a> <br>\r\n2) Creating Space for Community in Marine Conservation and Management: Mapping \"Communities-at-Sea\" in <a href=\"https://www.elsevier.com/books/conservation-for-the-anthropocene-ocean/levin/978-0-12-805375-1\" target=\"_blank\">Conservation for the Anthropocene Ocean</a>\r\n\r\n<br></br>\r\n\r\nThe data were compiled by the Grant F. Walton Center for Remote Sensing and Spatial Analysis (CRSSA), Rutgers University, in support of the MARCO Portal activities, more specifically, for fishing themed data visualization."}}, "Dredge": {"layer": {"id": 628, "name": "Dredge", "has_sublayers": false, "sublayers": []}, "theme": {"id": 25, "name": "Fishing - Communities at Sea (Archive)", "description": "The Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data from 1996-2015. VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age). By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.   <br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of fishing activity (for the selected gear grouping) at that location.   <br></br>\r\n\r\nDraft maps were reviewed with diverse fishermen and fishing industry managers throughout the Mid-Atlantic and New England states, incuding at Mid-Atlantic Fishery Management Council and New England Fishery Management Council meetings.  <br></br>\r\n\r\nPlease refer to the following articles by Dr. Kevin St. Martin et. al. for concepts and methodology:  <br>\r\n1) <a href=\"http://www.tandfonline.com/doi/abs/10.4113/jom.2008.93\" target=\"_blank\">Mapping Community Use of Fisheries Resources in the U.S. Northeast</a> <br>\r\n2) Creating Space for Community in Marine Conservation and Management: Mapping \"Communities-at-Sea\" in <a href=\"https://www.elsevier.com/books/conservation-for-the-anthropocene-ocean/levin/978-0-12-805375-1\" target=\"_blank\">Conservation for the Anthropocene Ocean</a>\r\n\r\n<br></br>\r\n\r\nThe data were compiled by the Grant F. Walton Center for Remote Sensing and Spatial Analysis (CRSSA), Rutgers University, in support of the MARCO Portal activities, more specifically, for fishing themed data visualization."}}, "Gillnet": {"layer": {"id": 629, "name": "Gillnet", "has_sublayers": false, "sublayers": []}, "theme": {"id": 25, "name": "Fishing - Communities at Sea (Archive)", "description": "The Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data from 1996-2015. VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age). By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.   <br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of fishing activity (for the selected gear grouping) at that location.   <br></br>\r\n\r\nDraft maps were reviewed with diverse fishermen and fishing industry managers throughout the Mid-Atlantic and New England states, incuding at Mid-Atlantic Fishery Management Council and New England Fishery Management Council meetings.  <br></br>\r\n\r\nPlease refer to the following articles by Dr. Kevin St. Martin et. al. for concepts and methodology:  <br>\r\n1) <a href=\"http://www.tandfonline.com/doi/abs/10.4113/jom.2008.93\" target=\"_blank\">Mapping Community Use of Fisheries Resources in the U.S. Northeast</a> <br>\r\n2) Creating Space for Community in Marine Conservation and Management: Mapping \"Communities-at-Sea\" in <a href=\"https://www.elsevier.com/books/conservation-for-the-anthropocene-ocean/levin/978-0-12-805375-1\" target=\"_blank\">Conservation for the Anthropocene Ocean</a>\r\n\r\n<br></br>\r\n\r\nThe data were compiled by the Grant F. Walton Center for Remote Sensing and Spatial Analysis (CRSSA), Rutgers University, in support of the MARCO Portal activities, more specifically, for fishing themed data visualization."}}, "Longline": {"layer": {"id": 631, "name": "Longline", "has_sublayers": false, "sublayers": []}, "theme": {"id": 25, "name": "Fishing - Communities at Sea (Archive)", "description": "The Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data from 1996-2015. VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age). By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.   <br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of fishing activity (for the selected gear grouping) at that location.   <br></br>\r\n\r\nDraft maps were reviewed with diverse fishermen and fishing industry managers throughout the Mid-Atlantic and New England states, incuding at Mid-Atlantic Fishery Management Council and New England Fishery Management Council meetings.  <br></br>\r\n\r\nPlease refer to the following articles by Dr. Kevin St. Martin et. al. for concepts and methodology:  <br>\r\n1) <a href=\"http://www.tandfonline.com/doi/abs/10.4113/jom.2008.93\" target=\"_blank\">Mapping Community Use of Fisheries Resources in the U.S. Northeast</a> <br>\r\n2) Creating Space for Community in Marine Conservation and Management: Mapping \"Communities-at-Sea\" in <a href=\"https://www.elsevier.com/books/conservation-for-the-anthropocene-ocean/levin/978-0-12-805375-1\" target=\"_blank\">Conservation for the Anthropocene Ocean</a>\r\n\r\n<br></br>\r\n\r\nThe data were compiled by the Grant F. Walton Center for Remote Sensing and Spatial Analysis (CRSSA), Rutgers University, in support of the MARCO Portal activities, more specifically, for fishing themed data visualization."}}, "Pots and Traps": {"layer": {"id": 632, "name": "Pots and Traps", "has_sublayers": false, "sublayers": []}, "theme": {"id": 25, "name": "Fishing - Communities at Sea (Archive)", "description": "The Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data from 1996-2015. VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age). By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.   <br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of fishing activity (for the selected gear grouping) at that location.   <br></br>\r\n\r\nDraft maps were reviewed with diverse fishermen and fishing industry managers throughout the Mid-Atlantic and New England states, incuding at Mid-Atlantic Fishery Management Council and New England Fishery Management Council meetings.  <br></br>\r\n\r\nPlease refer to the following articles by Dr. Kevin St. Martin et. al. for concepts and methodology:  <br>\r\n1) <a href=\"http://www.tandfonline.com/doi/abs/10.4113/jom.2008.93\" target=\"_blank\">Mapping Community Use of Fisheries Resources in the U.S. Northeast</a> <br>\r\n2) Creating Space for Community in Marine Conservation and Management: Mapping \"Communities-at-Sea\" in <a href=\"https://www.elsevier.com/books/conservation-for-the-anthropocene-ocean/levin/978-0-12-805375-1\" target=\"_blank\">Conservation for the Anthropocene Ocean</a>\r\n\r\n<br></br>\r\n\r\nThe data were compiled by the Grant F. Walton Center for Remote Sensing and Spatial Analysis (CRSSA), Rutgers University, in support of the MARCO Portal activities, more specifically, for fishing themed data visualization."}}, "Bottom Trawl < 65 ft": {"layer": {"id": 626, "name": "Bottom Trawl < 65 ft", "has_sublayers": false, "sublayers": []}, "theme": {"id": 25, "name": "Fishing - Communities at Sea (Archive)", "description": "The Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data from 1996-2015. VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age). By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.   <br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of fishing activity (for the selected gear grouping) at that location.   <br></br>\r\n\r\nDraft maps were reviewed with diverse fishermen and fishing industry managers throughout the Mid-Atlantic and New England states, incuding at Mid-Atlantic Fishery Management Council and New England Fishery Management Council meetings.  <br></br>\r\n\r\nPlease refer to the following articles by Dr. Kevin St. Martin et. al. for concepts and methodology:  <br>\r\n1) <a href=\"http://www.tandfonline.com/doi/abs/10.4113/jom.2008.93\" target=\"_blank\">Mapping Community Use of Fisheries Resources in the U.S. Northeast</a> <br>\r\n2) Creating Space for Community in Marine Conservation and Management: Mapping \"Communities-at-Sea\" in <a href=\"https://www.elsevier.com/books/conservation-for-the-anthropocene-ocean/levin/978-0-12-805375-1\" target=\"_blank\">Conservation for the Anthropocene Ocean</a>\r\n\r\n<br></br>\r\n\r\nThe data were compiled by the Grant F. Walton Center for Remote Sensing and Spatial Analysis (CRSSA), Rutgers University, in support of the MARCO Portal activities, more specifically, for fishing themed data visualization."}}, "Benthic Habitats (South)": {"layer": {"id": 24, "name": "Benthic Habitats (South)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Habitat|Seabed Forms and Sediments": {"layer": {"id": 4581, "name": "Habitat|Seabed Forms and Sediments", "has_sublayers": true, "sublayers": [{"name": "Seabed Shear Stress", "id": 1690}, {"name": "Seabed Forms", "id": 3945}, {"name": "Soft Sediments", "id": 336}, {"name": "BOEM Modeled Shoals in Federal Waters", "id": 4552}, {"name": "Seabed Mobility", "id": 1691}, {"name": "Southeast New England Regional Sediment", "id": 6509}, {"name": "Surficial Substrates Stokesbury et al. 2024", "id": 6287}, {"name": "Relocated Boulders", "id": 6508}]}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Submarine Canyons": {"layer": {"id": 3944, "name": "Submarine Canyons", "has_sublayers": false, "sublayers": []}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Undersea Feature Place Names": {"layer": {"id": 4045, "name": "Undersea Feature Place Names", "has_sublayers": false, "sublayers": []}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Benthic Habitats (North)": {"layer": {"id": 52, "name": "Benthic Habitats (North)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Bathymetry": {"layer": {"id": 257, "name": "Bathymetry", "has_sublayers": true, "sublayers": [{"name": "NOAA NOS Hydrographic Survey Data", "id": 256}, {"name": "NCEI Multibeam Archive", "id": 1780}, {"name": "NCEI Topographic and Bathymetric Mosaic", "id": 1781}, {"name": "Regional Bathymetry", "id": 339}, {"name": "Bathymetric Contours", "id": 1675}, {"name": "United States Bathymetry Gap Analysis", "id": 6647}, {"name": "NCEI Multibeam Survey Footprints", "id": 7345}, {"name": "Bathymetric Contours: Maine to Florida", "id": 6498}, {"name": "BlueTopo National Bathymetry", "id": 6499}, {"name": "BlueTopo Tile Scheme", "id": 6500}, {"name": "BlueTopo National Bathymetry: Uncertainty", "id": 6501}]}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Seagrasses, Organic Matter Storage & Coastal Wetlands": {"layer": {"id": 6281, "name": "Seagrasses, Organic Matter Storage & Coastal Wetlands", "has_sublayers": true, "sublayers": [{"name": "Seagrasses", "id": 517}, {"name": "Eel grass restoration, Virginia's Eastern Shore - SAV Beds 1971-2022 Composite", "id": 6218}, {"name": "Carbon Footprint Projects (2024)", "id": 6346}, {"name": "Coastal Wetlands", "id": 5789}]}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Habitat|Fising Effects": {"layer": {"id": 6292, "name": "Habitat|Fising Effects", "has_sublayers": true, "sublayers": [{"name": "Fishing Effects - Intrinsic Seabed Habitat Vulnerability", "id": 4559}, {"name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "id": 4841}, {"name": "Percent Seabed Habitat Disturbance 2015 Monthly Data Sliders", "id": 4839}, {"name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "id": 4842}, {"name": "Percent Seabed Habitat Disturbance 2016 Monthly Data Sliders", "id": 4666}, {"name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "id": 4843}, {"name": "Percent Seabed Habitat Disturbance 2017 Monthly Data Sliders", "id": 4754}, {"name": "Sediment Type from Fishing Effects Model", "id": 4557}]}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "National Marine Fisheries Critical Habitat": {"layer": {"id": 6288, "name": "National Marine Fisheries Critical Habitat", "has_sublayers": true, "sublayers": [{"name": "All NMFS Critical Habitat Lines", "id": 6352}, {"name": "National Marine Fisheries Critical Habitat|Designated", "id": 6289}, {"name": "National Marine Fisheries Critical Habitat|Proposed", "id": 6290}, {"name": "All NMFS Critical Habitat Areas", "id": 6353}]}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "USFWS Final Critical Habitat Polygons (Birds)": {"layer": {"id": 6483, "name": "USFWS Final Critical Habitat Polygons (Birds)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "USFWS Proposed Critical Habitat Polygons (Birds)": {"layer": {"id": 6484, "name": "USFWS Proposed Critical Habitat Polygons (Birds)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Habitat for Soft Corals (Modeled)": {"layer": {"id": 135, "name": "Habitat for Soft Corals (Modeled)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 28, "name": "Habitat", "description": "From its vast, gently sloping continental shelf to its steep, rocky canyons, the region\u2019s seafloor terrains support diverse and vibrant ecosystems."}}, "Bird Migrations": {"layer": {"id": 3946, "name": "Bird Migrations", "has_sublayers": true, "sublayers": [{"name": "Northern Gannet, Fall Migration, Utilization Distribution", "id": 3947}, {"name": "Northern Gannet, Spring Migration, Utilization Distribution", "id": 3948}, {"name": "Northern Gannet, Winter Migration, Utilization Distribution", "id": 3949}, {"name": "Red Throated Loon, Fall Migration, Utilization Distribution", "id": 3950}, {"name": "Red Throated Loon, Spring Migration, Utilization Distribution", "id": 3951}, {"name": "Red Throated Loon, Winter Migration, Utilization Distribution", "id": 3952}, {"name": "Surf Scoter, Fall Migration, Utilization Distribution", "id": 3953}, {"name": "Surf Scoter, Spring Migration, Utilization Distribution", "id": 3954}, {"name": "Surf Scoter, Winter Migration, Utilization Distribution", "id": 3955}, {"name": "Black-capped Petrel Individual Movement Tracks", "id": 5227}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Fish Species Through Time": {"layer": {"id": 1756, "name": "Fish Species Through Time", "has_sublayers": true, "sublayers": [{"name": "Alewife Biomass (Data Sliders)", "id": 3645}, {"name": "American Shad Biomass (Data Sliders)", "id": 3646}, {"name": "Atlantic Mackerel Biomass (Data Sliders)", "id": 2452}, {"name": "Black Sea Bass Biomass (Data Sliders)", "id": 2453}, {"name": "Blueback Herring Biomass (Data Sliders)", "id": 3656}, {"name": "Bluefish Biomass (Data Sliders)", "id": 2454}, {"name": "Butterfish Biomass (Data Sliders)", "id": 2456}, {"name": "Longfin Squid Biomass (Data Sliders)", "id": 2866}, {"name": "Monkfish Biomass (Data Sliders)", "id": 2867}, {"name": "Northern Shortfin Squid Biomass (Data Sliders)", "id": 2868}, {"name": "Red Hake Biomass (Data Sliders)", "id": 2457}, {"name": "Sand Lance Biomass (Data Sliders)", "id": 3657}, {"name": "Scup Biomass (Data Sliders)", "id": 2458}, {"name": "Spiny Dogfish Biomass (Data Sliders)", "id": 2459}, {"name": "Spot Biomass (Data Sliders)", "id": 2460}, {"name": "Summer Flounder Biomass (Data Sliders)", "id": 1713}, {"name": "Winter Flounder Biomass (Data Sliders)", "id": 2869}, {"name": "Yellowtail Biomass (Data Sliders)", "id": 2870}, {"name": "Alewife Overlap Areas", "id": 3932}, {"name": "American Shad Overlap Areas", "id": 3933}, {"name": "Atlantic Mackerel Overlap Areas", "id": 3934}, {"name": "Black Sea Bass Overlap Areas", "id": 3935}, {"name": "Blueback Herring Overlap Areas", "id": 3957}, {"name": "Bluefish Overlap Areas", "id": 3958}, {"name": "Butterfish Overlap Areas", "id": 3959}, {"name": "Monkfish Overlap Areas", "id": 3961}, {"name": "Red Hake Overlap Areas", "id": 3963}, {"name": "Sand Lance Overlap Areas", "id": 3964}, {"name": "Scup Overlap Areas", "id": 3965}, {"name": "Spiny Dogfish Overlap Areas", "id": 3966}, {"name": "Spot Overlap Areas", "id": 3967}, {"name": "Summer Flounder Overlap Areas", "id": 3968}, {"name": "Winter Flounder Overlap Areas", "id": 3969}, {"name": "Longfin Squid Overlap Areas", "id": 3960}, {"name": "Northern Shortfin Squid Overlap Areas", "id": 3962}, {"name": "Yellowtail Overlap Areas", "id": 3970}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "EFH Highly Migratory Species": {"layer": {"id": 196, "name": "EFH Highly Migratory Species", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Deep-Sea Corals and Sponges (Observed)": {"layer": {"id": 4515, "name": "Deep-Sea Corals and Sponges (Observed)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Estuarine Wetlands": {"layer": {"id": 519, "name": "Estuarine Wetlands", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Birds": {"layer": {"id": 839, "name": "Birds", "has_sublayers": true, "sublayers": [{"name": "All Avian Species: Relative Density", "id": 1198}, {"name": "All Avian Species: Core Density Area - Mid-Atlantic scale", "id": 1200}, {"name": "All Avian Species: Species Richness", "id": 1199}, {"name": "Nearshore Species: Relative Density", "id": 1180}, {"name": "Nearshore Species: Core Density Area - Mid-Atlantic scale", "id": 1182}, {"name": "Nearshore Species: Species Richness", "id": 1181}, {"name": "Offshore/Pelagic Species: Relative Density", "id": 1183}, {"name": "Offshore/Pelagic Species: Core Density Area - Mid-Atlantic scale", "id": 1185}, {"name": "Offshore/Pelagic Species: Species Richness", "id": 1184}, {"name": "State listed species: Relative Density", "id": 1189}, {"name": "State listed species: Core Density Area - Mid-Atlantic scale", "id": 1191}, {"name": "State listed species: Species Richness", "id": 1190}, {"name": "BCR30 Priority species: Relative Density", "id": 1153}, {"name": "BCR30 Priority species: Core Density Area - Mid-Atlantic scale", "id": 1155}, {"name": "BCR30 Priority species: Species Richness", "id": 1154}, {"name": "AMBCC high conservation concern (2014): Relative Density", "id": 1144}, {"name": "AMBCC high conservation concern (2014): Core Density Area - Mid-Atlantic scale", "id": 1146}, {"name": "AMBCC high conservation concern (2014): Species Richness", "id": 1145}, {"name": "AMBCC medium conservation concern (2014): Relative Density", "id": 1150}, {"name": "AMBCC medium conservation concern (2014): Core Density Area - Mid-Atlantic scale", "id": 1152}, {"name": "AMBCC medium conservation concern (2014): Species Richness", "id": 1151}, {"name": "AMBCC low conservation concern (2014): Relative Density", "id": 1147}, {"name": "AMBCC low (2014): Core Density Area - Mid-Atlantic scale", "id": 1149}, {"name": "AMBCC low (2014): Species Richness", "id": 1148}, {"name": "Coastal waterfowl: Relative Density", "id": 1159}, {"name": "Coastal waterfowl: Core Density Area - Mid-Atlantic scale", "id": 1161}, {"name": "Coastal waterfowl: Species Richness", "id": 1160}, {"name": "Divers and pursuit plungers: Relative Density", "id": 1165}, {"name": "Divers and pursuit plungers: Core Density Area - Mid-Atlantic scale", "id": 1167}, {"name": "Divers and pursuit plungers: Species Richness", "id": 1166}, {"name": "Surface feeders: Relative Density", "id": 1192}, {"name": "Surface feeders: Core Density Area - Mid-Atlantic scale", "id": 1194}, {"name": "Surface feeders: Species Richness", "id": 1193}, {"name": "Surface plungers: Relative Density", "id": 1195}, {"name": "Surface plungers: Core Density Area - Mid-Atlantic scale", "id": 1197}, {"name": "Surface plungers: Species Richness", "id": 1196}, {"name": "Fish eaters: Relative Density", "id": 1168}, {"name": "Fish eaters: Core Density Area - Mid-Atlantic scale", "id": 1170}, {"name": "Fish eaters: Species Richness", "id": 1169}, {"name": "Squid eaters: Relative Density", "id": 1186}, {"name": "Squid eaters: Core Density Area - Mid-Atlantic scale", "id": 1188}, {"name": "Squid eaters: Species Richness", "id": 1187}, {"name": "Crustacean eaters: Relative Density", "id": 1162}, {"name": "Crustacean eaters: Core Density Area - Mid-Atlantic scale", "id": 1164}, {"name": "Crustacean eaters: Species Richness", "id": 1163}, {"name": "Benthic/bivalve eaters: Relative Density", "id": 1156}, {"name": "Benthic/bivalve eaters: Core Density Area - Mid-Atlantic scale", "id": 1158}, {"name": "Benthic/bivalve eaters: Species Richness", "id": 1157}, {"name": "Migrant species: Relative Density", "id": 1177}, {"name": "Migrant species: Core Density Area - Mid-Atlantic scale", "id": 1179}, {"name": "Migrant species: Species Richness", "id": 1178}, {"name": "Higher collision sensitivity (2013): Relative Density", "id": 1171}, {"name": "Higher collision sensitivity (2013): Core Density Area - Mid-Atlantic scale", "id": 1173}, {"name": "Higher collision sensitivity (2013): Species Richness", "id": 1172}, {"name": "Higher displacement sensitivity (2013): Relative Density", "id": 1174}, {"name": "Higher displacement sensitivity (2013): Core Density Area - Mid-Atlantic scale", "id": 1176}, {"name": "Higher displacement sensitivity (2013): Species Richness", "id": 1175}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "HMS Hotspots of Change": {"layer": {"id": 6644, "name": "HMS Hotspots of Change", "has_sublayers": true, "sublayers": [{"name": "Number of Species Gaining Habitat - Summer", "id": 7168}, {"name": "Number of Species Gaining Habitat - Winter", "id": 7169}, {"name": "Number of Species Gaining Habitat - Annual", "id": 7170}, {"name": "Number of Species Losing Habitat - Summer", "id": 7171}, {"name": "Number of Species Losing Habitat - Winter", "id": 7172}, {"name": "Number of Species Losing Habitat - Annual", "id": 7173}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Fish Species Future Projections": {"layer": {"id": 3310, "name": "Fish Species Future Projections", "has_sublayers": true, "sublayers": [{"name": "Alewife Future Projections", "id": 3906}, {"name": "American Shad Future Projections", "id": 3907}, {"name": "Blueback Herring Future Projections", "id": 3908}, {"name": "Bluefish Future Projections", "id": 3909}, {"name": "Butterfish Future Projections", "id": 3910}, {"name": "Longfin Squid Future Projections", "id": 3911}, {"name": "Monkfish Future Projections", "id": 3912}, {"name": "Northern Sand Lance Future Projections", "id": 3913}, {"name": "Northern Shortfin Squid Future Projections", "id": 3914}, {"name": "Red Hake Future Projections", "id": 3915}, {"name": "Scup Future Projections", "id": 3916}, {"name": "Spot Future Projections", "id": 3918}, {"name": "Winter Flounder Future Projections", "id": 3919}, {"name": "Yellowtail Future Projections", "id": 3920}, {"name": "Summer Flounder Future Projections", "id": 2934}, {"name": "Atlantic Mackerel Future Projections", "id": 2936}, {"name": "Black Sea Bass Future Projections", "id": 2938}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Fish - Spring 2010-2019": {"layer": {"id": 2949, "name": "Fish - Spring 2010-2019", "has_sublayers": true, "sublayers": [{"name": "All Fish Species: Biomass (spring)", "id": 3206}, {"name": "All Fish Species: Species Richness (spring)", "id": 3208}, {"name": "All Fish Species: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3210}, {"name": "Abundance Vulnerable to Climate Changes: Biomass (spring)", "id": 3200}, {"name": "Abundance Vulnerable to Climate Changes: Species Richness (spring)", "id": 3202}, {"name": "Abundance Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3204}, {"name": "Distribution Vulnerable to Climate Changes: Biomass (spring)", "id": 3224}, {"name": "Distribution Vulnerable to Climate Changes: Species Richness (spring)", "id": 3226}, {"name": "Distribution Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3228}, {"name": "ASMFC FMPs: Biomass (spring)", "id": 3194}, {"name": "ASMFC FMPs: Species Richness (spring)", "id": 3196}, {"name": "ASMFC FMPs: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3198}, {"name": "MAFMC FMPs: Biomass (spring)", "id": 3247}, {"name": "MAFMC FMPs: Species Richness (spring)", "id": 3249}, {"name": "MAFMC FMPs: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3251}, {"name": "Demersal Fish: Biomass (spring)", "id": 3212}, {"name": "Demersal Fish: Species Richness (spring)", "id": 3214}, {"name": "Demersal Fish: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3216}, {"name": "Diadromous Fish: Biomass (spring)", "id": 3218}, {"name": "Diadromous Fish: Species Richness (spring)", "id": 3220}, {"name": "Diadromous Fish: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3222}, {"name": "EFH Species: Biomass (spring)", "id": 3230}, {"name": "EFH Species: Species Richness (spring)", "id": 3232}, {"name": "EFH Species: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3234}, {"name": "Forage Fish: Biomass (spring)", "id": 3236}, {"name": "Forage Fish: Species Richness (spring)", "id": 3238}, {"name": "Forage Fish: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3240}, {"name": "Highly Migratory Species: Biomass (spring)", "id": 3242}, {"name": "Highly Migratory Species: Species Richness (spring)", "id": 3244}, {"name": "NEFMC Skates: Biomass (spring)", "id": 3253}, {"name": "NEFMC Skates: Species Richness (spring)", "id": 3255}, {"name": "NEFMC Skates: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3257}, {"name": "NEFMC multispecies: Biomass (spring)", "id": 3259}, {"name": "NEFMC multispecies: Species Richness (spring)", "id": 3261}, {"name": "NEFMC multispecies: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3263}, {"name": "NEFMC small mesh multispecies: Biomass (spring)", "id": 3265}, {"name": "NEFMC small mesh multispecies: Species Richness (spring)", "id": 3267}, {"name": "NEFMC small mesh multispecies: Core Biomass Area - Mid-Atlantic scale (spring)", "id": 3269}, {"name": "Potentially Vulnerable to EMF: Biomass (Spring)", "id": 5320}, {"name": "Potentially Vulnerable to EMF: Species Richness (Spring)", "id": 5321}, {"name": "Potentially Vulnerable to EMF: Core Biomass Area - Mid-Atlantic scale (Spring)", "id": 5322}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Fish - Fall 2010-2019": {"layer": {"id": 2950, "name": "Fish - Fall 2010-2019", "has_sublayers": true, "sublayers": [{"name": "All Fish Species: Biomass (fall)", "id": 3207}, {"name": "All Fish Species: Species Richness (fall)", "id": 3209}, {"name": "All Fish Species: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3211}, {"name": "Abundance Vulnerable to Climate Changes: Biomass (fall)", "id": 3201}, {"name": "Abundance Vulnerable to Climate Changes: Species Richness (fall)", "id": 3203}, {"name": "Abundance Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3205}, {"name": "Distribution Vulnerable to Climate Changes: Biomass (fall)", "id": 3225}, {"name": "Distribution Vulnerable to Climate Changes: Species Richness (fall)", "id": 3227}, {"name": "Distribution Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3229}, {"name": "ASMFC FMPs: Biomass (fall)", "id": 3195}, {"name": "ASMFC FMPs: Species Richness (fall)", "id": 3197}, {"name": "ASMFC FMPs: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3199}, {"name": "MAFMC FMPs: Biomass (fall)", "id": 3248}, {"name": "MAFMC FMPs: Species Richness (fall)", "id": 3250}, {"name": "MAFMC FMPs: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3252}, {"name": "Demersal Fish: Biomass (fall)", "id": 3213}, {"name": "Demersal Fish: Species Richness (fall)", "id": 3215}, {"name": "Demersal Fish: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3217}, {"name": "Diadromous Fish: Biomass (fall)", "id": 3219}, {"name": "Diadromous Fish: Species Richness (fall)", "id": 3221}, {"name": "Diadromous Fish: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3223}, {"name": "EFH Species: Biomass (fall)", "id": 3231}, {"name": "EFH Species: Species Richness (fall)", "id": 3233}, {"name": "EFH Species: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3235}, {"name": "Forage Fish: Biomass (fall)", "id": 3237}, {"name": "Forage Fish: Species Richness (fall)", "id": 3239}, {"name": "Forage Fish: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3241}, {"name": "Highly Migratory Species: Biomass (fall)", "id": 3243}, {"name": "Highly Migratory Species: Species Richness (fall)", "id": 3245}, {"name": "Highly Migratory Species: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3246}, {"name": "NEFMC Skates: Biomass (fall)", "id": 3254}, {"name": "NEFMC Skates: Species Richness (fall)", "id": 3256}, {"name": "NEFMC Skates: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3258}, {"name": "NEFMC multispecies: Biomass (fall)", "id": 3260}, {"name": "NEFMC multispecies: Species Richness (fall)", "id": 3262}, {"name": "NEFMC multispecies: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3264}, {"name": "NEFMC small mesh multispecies: Biomass (fall)", "id": 3266}, {"name": "NEFMC small mesh multispecies: Species Richness (fall)", "id": 3268}, {"name": "NEFMC small mesh multispecies: Core Biomass Area - Mid-Atlantic scale (fall)", "id": 3270}, {"name": "Potentially Vulnerable to EMF: Biomass (Fall)", "id": 5323}, {"name": "Potentially Vulnerable to EMF: Species Richness (Fall)", "id": 5324}, {"name": "Potentially Vulnerable to EMF: Core Biomass Area - Mid-Atlantic scale (Fall)", "id": 5325}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Fish Time Series Sliders: 1980-2019 (spring and fall)": {"layer": {"id": 5423, "name": "Fish Time Series Sliders: 1980-2019 (spring and fall)", "has_sublayers": true, "sublayers": [{"name": "All Fish Species: Biomass 1980-2019", "id": 5276}, {"name": "Demersal Fish: Biomass 1980-2019", "id": 5288}, {"name": "Diadromous Fish: Biomass 1980-2019", "id": 5299}, {"name": "Forage Fish: Biomass 1980-2019", "id": 5310}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Highly Migratory Species Habitat Suitability - Past and Future Sliders": {"layer": {"id": 6340, "name": "Highly Migratory Species Habitat Suitability - Past and Future Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Marine Mammals": {"layer": {"id": 841, "name": "Marine Mammals", "has_sublayers": true, "sublayers": [{"name": "All Cetaceans: Abundance", "id": 1231}, {"name": "All Cetaceans: Species Richness", "id": 1232}, {"name": "All Cetaceans: Core Abundance Area - Mid-Atlantic scale", "id": 1233}, {"name": "Species of Concern: Abundance", "id": 1225}, {"name": "Species of Concern: Species Richness", "id": 1226}, {"name": "Species of Concern: Core Abundance Area - Mid-Atlantic scale", "id": 1227}, {"name": "Baleen whales: Abundance", "id": 1228}, {"name": "Baleen whales: Species Richness", "id": 1229}, {"name": "Baleen whales: Core Abundance Area - Mid-Atlantic scale", "id": 1230}, {"name": "Large delphinoids: Abundance", "id": 1234}, {"name": "Large delphinoids: Species Richness", "id": 1235}, {"name": "Large delphinoids: Core Abundance Area - Mid-Atlantic scale", "id": 1236}, {"name": "Small delphinoids: Abundance", "id": 1237}, {"name": "Small delphinoids: Species Richness", "id": 1238}, {"name": "Small delphinoids: Core Abundance Area - Mid-Atlantic scale", "id": 1239}, {"name": "Sound sensitivity High frequency: Abundance", "id": 1243}, {"name": "Sound sensitivity High frequency: Species Richness", "id": 1244}, {"name": "Sound sensitivity High frequency: Core Abundance Area - Mid-Atlantic scale", "id": 1245}, {"name": "Sound sensitivity Low frequency: Abundance", "id": 1240}, {"name": "Sound sensitivity Low frequency: Species Richness", "id": 1241}, {"name": "Sound sensitivity Low frequency: Core Abundance Area - Mid-Atlantic scale", "id": 1242}, {"name": "Sperm and beaked whales: Abundance", "id": 1246}, {"name": "Sperm and beaked whales: Species Richness", "id": 1247}, {"name": "Sperm and beaked whales: Core Abundance Area - Mid-Atlantic scale", "id": 1248}, {"name": "Vulnerability to climate change: Abundance", "id": 5888}, {"name": "Vulnerability to climate change: Species Richness", "id": 5889}, {"name": "Sensitivity to climate related changes in abundance: Abundance", "id": 5891}, {"name": "Sensitivity to climate related changes in abundance: Species Richness", "id": 5892}, {"name": "Sensitivity to climate related changes in distribution: Abundance", "id": 5894}, {"name": "Sensitivity to climate related changes in distribution: Species Richness", "id": 5895}, {"name": "Sensitivity to climate related changes in phenology: Abundance", "id": 5897}, {"name": "Sensitivity to climate related changes in phenology: Species Richness", "id": 5898}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Proposed Passive Acoustic Network": {"layer": {"id": 5181, "name": "Proposed Passive Acoustic Network", "has_sublayers": true, "sublayers": [{"name": "Proposed PAM Stations (20km)", "id": 5182}, {"name": "Proposed PAM 20km Grid Cells", "id": 5183}, {"name": "Proposed PAM Stations (40km)", "id": 5184}, {"name": "Proposed PAM 40km Grid Cells", "id": 5185}, {"name": "Current PAM Deployments", "id": 5188}, {"name": "PAM Detections of NARW Since 2010", "id": 5189}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Marine Mammal Strandings: County Summaries (2000-2020)": {"layer": {"id": 5206, "name": "Marine Mammal Strandings: County Summaries (2000-2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Marine Mammal Strandings: by Species/Group (2000-2020)": {"layer": {"id": 5207, "name": "Marine Mammal Strandings: by Species/Group (2000-2020)", "has_sublayers": true, "sublayers": [{"name": "Strandings - North Atlantic Right Whales", "id": 5208}, {"name": "Strandings - Humpback Whales", "id": 5209}, {"name": "Strandings - Other Whales and Marine Mammals", "id": 5210}, {"name": "Strandings - Dolphins", "id": 5211}, {"name": "Strandings - Porpoises", "id": 5212}, {"name": "Strandings - Seals", "id": 5213}, {"name": "Strandings - Unidentified", "id": 5214}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Marine Mammal Strandings: by Season (2000-2020)": {"layer": {"id": 5220, "name": "Marine Mammal Strandings: by Season (2000-2020)", "has_sublayers": true, "sublayers": [{"name": "Strandings - Winter", "id": 5221}, {"name": "Strandings - Spring", "id": 5222}, {"name": "Strandings - Summer", "id": 5223}, {"name": "Strandings - Fall", "id": 5224}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "North Atlantic Right Whale Change Over Time Sliders": {"layer": {"id": 6303, "name": "North Atlantic Right Whale Change Over Time Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Sea Turtle Density Monthly Slider": {"layer": {"id": 5844, "name": "Sea Turtle Density Monthly Slider", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Sea Scallops": {"layer": {"id": 5229, "name": "Sea Scallops", "has_sublayers": true, "sublayers": [{"name": "Sea Scallops 2016-2018 Potential Reproductive Output", "id": 5228}, {"name": "Sea Scallops Average Abundance (SMAST)", "id": 485}, {"name": "Sea Scallops Biomass, meat weight in kg (NEFSC) - Draft", "id": 484}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Sea Turtle Strandings: County Summaries (2000-2020)": {"layer": {"id": 5774, "name": "Sea Turtle Strandings: County Summaries (2000-2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Sea Turtle Strandings: by Season (2000-2020)": {"layer": {"id": 5775, "name": "Sea Turtle Strandings: by Season (2000-2020)", "has_sublayers": true, "sublayers": [{"name": "Sea Turtle Strandings - Winter", "id": 5776}, {"name": "Sea Turtle Strandings - Spring", "id": 5777}, {"name": "Sea Turtle Strandings - Summer", "id": 5778}, {"name": "Sea Turtle Strandings - Fall", "id": 5779}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Sea Turtle Strandings: by Species (2000-2020)": {"layer": {"id": 5787, "name": "Sea Turtle Strandings: by Species (2000-2020)", "has_sublayers": true, "sublayers": [{"name": "Strandings - Loggerhead sea turtle", "id": 5781}, {"name": "Strandings - Green sea turtle", "id": 5782}, {"name": "Strandings - Leatherback sea turtle", "id": 5783}, {"name": "Strandings - Hawksbill sea turtle", "id": 5784}, {"name": "Strandings - Kemp's ridley sea turtle", "id": 5785}, {"name": "Strandings - Unknown", "id": 5786}]}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Sea Turtle Strandings: by Type": {"layer": {"id": 5866, "name": "Sea Turtle Strandings: by Type", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Tagged Loggerhead Sea Turtle Density Monthly Slider": {"layer": {"id": 4041, "name": "Tagged Loggerhead Sea Turtle Density Monthly Slider", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Zooplankton Seasonal Slider (2003-2009)": {"layer": {"id": 6406, "name": "Zooplankton Seasonal Slider (2003-2009)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Zooplankton Seasonal Slider (2010-2021)": {"layer": {"id": 6404, "name": "Zooplankton Seasonal Slider (2010-2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Zooplankton Sample Points Slider (2003-2009, 2010-2021)": {"layer": {"id": 6494, "name": "Zooplankton Sample Points Slider (2003-2009, 2010-2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Ichthyoplankton Seasonal Abundance Sliders (2003-2009)": {"layer": {"id": 7336, "name": "Ichthyoplankton Seasonal Abundance Sliders (2003-2009)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Ichthyoplankton Seasonal Abundance Sliders (2010-2021)": {"layer": {"id": 7337, "name": "Ichthyoplankton Seasonal Abundance Sliders (2010-2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Chlorophyll-a Concentration Monthly Sliders (Median 2020-2024, 2010-2019)": {"layer": {"id": 7266, "name": "Chlorophyll-a Concentration Monthly Sliders (Median 2020-2024, 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2, "name": "Marine Life", "description": "The Mid-Atlantic region is well known for nutrient-rich and highly productive waters. Its estuaries, salt marshes, sea grasses, barrier islands, cold water corals, and submarine canyons provide spawning, nursery, and forage habitats that support diverse resident and migratory marine life including invertebrates, seabirds, fishes, and marine mammals."}}, "Marine Life Library|Avian Relative Density": {"layer": {"id": 5951, "name": "Marine Life Library|Avian Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Marine Life Library|Avian Relative Density 90% Confidence Interval Range": {"layer": {"id": 5952, "name": "Marine Life Library|Avian Relative Density 90% Confidence Interval Range", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Marine Life Library|Avian Relative Density Coefficient of Variation": {"layer": {"id": 5953, "name": "Marine Life Library|Avian Relative Density Coefficient of Variation", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Fish BioMass NEFSC Species": {"layer": {"id": 500, "name": "Fish BioMass NEFSC Species", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Fish BioMass NEAMAP Species": {"layer": {"id": 499, "name": "Fish BioMass NEAMAP Species", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Fish BioMass NRHA": {"layer": {"id": 6282, "name": "Fish BioMass NRHA", "has_sublayers": true, "sublayers": [{"name": "Marine Life Library|Fish BioMass NRHA Abundance|Fish NRHA Species Abundance", "id": 6283}, {"name": "Coastal Trawl Extents", "id": 6495}]}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Marine Mammal Abundance": {"layer": {"id": 503, "name": "Marine Mammal Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Marine Mammal 5th Percentile": {"layer": {"id": 501, "name": "Marine Mammal 5th Percentile", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Marine Mammal 95th Percentile": {"layer": {"id": 502, "name": "Marine Mammal 95th Percentile", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Marine Mammal Coefficient of Variation": {"layer": {"id": 504, "name": "Marine Mammal Coefficient of Variation", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "Marine Mammal Standard Error": {"layer": {"id": 505, "name": "Marine Mammal Standard Error", "has_sublayers": false, "sublayers": []}, "theme": {"id": 24, "name": "Marine Life Library (Species Specific)", "description": "The Marine Life Library is home to thousands of maps depicting populations of individual species of fish, birds and marine mammals along the East Coast. The maps were created by the Marine-life Data and Analysis Team (MDAT) and Northeast Data Portal in coordination with the NOAA Northeast Fisheries Science Center (NEFSC), OceanAdapt, and Mid-Atlantic Ocean Data Portal, and cover the Northeast U.S. Shelf ecosystem from Maine to Cape Hatteras. Users should visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the MDAT project."}}, "HAPC - All Layers": {"layer": {"id": 6231, "name": "HAPC - All Layers", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "description": "These data represent Habitat Areas of Particular Concern (HAPC) as published by NOAA Fisheries (data dated 7/10/2024 at time of data download and preparation for this web service). The purpose of HAPCs is to focus conservation, management, and research efforts on subsets of EFH that are vulnerable to degradation or are especially important ecologically for federally managed fish.\r\n<br></br>\r\nHabitat Areas of Particular Concern (HAPCs) are discrete subsets of EFH that provide extremely important ecological functions or are especially vulnerable to degradation. The HAPC designation does not provide additional protection or restrictions upon an area, but can help prioritize conservation efforts. HAPCs are described in the implementing regulations of the EFH provisions at 50 C.F.R. \u00a7 600.815. Regional fishery management councils are encouraged to identify habitat types or areas within EFH as HAPCs, based on one or more of the following considerations: the importance of the ecological function provided by the habitat; the extent to which the habitat is sensitive to human-induced environmental degradation; whether, and to what extent, development activities are, or will be, stressing the habitat type; and the rarity of the habitat type.\r\n<br></br>\r\nLimitations of Use: Although these data have been used by the National Oceanic and Atmospheric Administration, U.S. Department of Commerce, no warranty expressed or implied is made by the National Oceanic and Atmospheric Administration as to the accuracy of the data. The act of Distribution shall not constitute any such warranty, and no responsibility is assumed by the National Oceanic and Atmospheric Administration in the use of these data, software, or related materials.\r\n<br></br>\r\nUsers are advised that the spatial representation of essential fish habitat is for informational purposes only and should not be solely relied on for regulatory purposes. Implementing regulations [50 CFR 600.815(a)(1)(iv)(B)] specify if there are differences between the descriptions of EFH in text and maps the textual description is ultimately determinative of the limits of EFH as described in the Amendment."}}, "HAPC - Atlantic Cod": {"layer": {"id": 6226, "name": "HAPC - Atlantic Cod", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "description": "These data represent Habitat Areas of Particular Concern (HAPC) as published by NOAA Fisheries (data dated 7/10/2024 at time of data download and preparation for this web service). The purpose of HAPCs is to focus conservation, management, and research efforts on subsets of EFH that are vulnerable to degradation or are especially important ecologically for federally managed fish.\r\n<br></br>\r\nHabitat Areas of Particular Concern (HAPCs) are discrete subsets of EFH that provide extremely important ecological functions or are especially vulnerable to degradation. The HAPC designation does not provide additional protection or restrictions upon an area, but can help prioritize conservation efforts. HAPCs are described in the implementing regulations of the EFH provisions at 50 C.F.R. \u00a7 600.815. Regional fishery management councils are encouraged to identify habitat types or areas within EFH as HAPCs, based on one or more of the following considerations: the importance of the ecological function provided by the habitat; the extent to which the habitat is sensitive to human-induced environmental degradation; whether, and to what extent, development activities are, or will be, stressing the habitat type; and the rarity of the habitat type.\r\n<br></br>\r\nLimitations of Use: Although these data have been used by the National Oceanic and Atmospheric Administration, U.S. Department of Commerce, no warranty expressed or implied is made by the National Oceanic and Atmospheric Administration as to the accuracy of the data. The act of Distribution shall not constitute any such warranty, and no responsibility is assumed by the National Oceanic and Atmospheric Administration in the use of these data, software, or related materials.\r\n<br></br>\r\nUsers are advised that the spatial representation of essential fish habitat is for informational purposes only and should not be solely relied on for regulatory purposes. Implementing regulations [50 CFR 600.815(a)(1)(iv)(B)] specify if there are differences between the descriptions of EFH in text and maps the textual description is ultimately determinative of the limits of EFH as described in the Amendment."}}, "HAPC - Bluefin Tuna": {"layer": {"id": 6229, "name": "HAPC - Bluefin Tuna", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "description": "These data represent Habitat Areas of Particular Concern (HAPC) as published by NOAA Fisheries (data dated 7/10/2024 at time of data download and preparation for this web service). The purpose of HAPCs is to focus conservation, management, and research efforts on subsets of EFH that are vulnerable to degradation or are especially important ecologically for federally managed fish.\r\n<br></br>\r\nHabitat Areas of Particular Concern (HAPCs) are discrete subsets of EFH that provide extremely important ecological functions or are especially vulnerable to degradation. The HAPC designation does not provide additional protection or restrictions upon an area, but can help prioritize conservation efforts. HAPCs are described in the implementing regulations of the EFH provisions at 50 C.F.R. \u00a7 600.815. Regional fishery management councils are encouraged to identify habitat types or areas within EFH as HAPCs, based on one or more of the following considerations: the importance of the ecological function provided by the habitat; the extent to which the habitat is sensitive to human-induced environmental degradation; whether, and to what extent, development activities are, or will be, stressing the habitat type; and the rarity of the habitat type.\r\n<br></br>\r\nLimitations of Use: Although these data have been used by the National Oceanic and Atmospheric Administration, U.S. Department of Commerce, no warranty expressed or implied is made by the National Oceanic and Atmospheric Administration as to the accuracy of the data. The act of Distribution shall not constitute any such warranty, and no responsibility is assumed by the National Oceanic and Atmospheric Administration in the use of these data, software, or related materials.\r\n<br></br>\r\nUsers are advised that the spatial representation of essential fish habitat is for informational purposes only and should not be solely relied on for regulatory purposes. Implementing regulations [50 CFR 600.815(a)(1)(iv)(B)] specify if there are differences between the descriptions of EFH in text and maps the textual description is ultimately determinative of the limits of EFH as described in the Amendment."}}, "HAPC - Lemon Shark": {"layer": {"id": 6228, "name": "HAPC - Lemon Shark", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "description": "These data represent Habitat Areas of Particular Concern (HAPC) as published by NOAA Fisheries (data dated 7/10/2024 at time of data download and preparation for this web service). The purpose of HAPCs is to focus conservation, management, and research efforts on subsets of EFH that are vulnerable to degradation or are especially important ecologically for federally managed fish.\r\n<br></br>\r\nHabitat Areas of Particular Concern (HAPCs) are discrete subsets of EFH that provide extremely important ecological functions or are especially vulnerable to degradation. The HAPC designation does not provide additional protection or restrictions upon an area, but can help prioritize conservation efforts. HAPCs are described in the implementing regulations of the EFH provisions at 50 C.F.R. \u00a7 600.815. Regional fishery management councils are encouraged to identify habitat types or areas within EFH as HAPCs, based on one or more of the following considerations: the importance of the ecological function provided by the habitat; the extent to which the habitat is sensitive to human-induced environmental degradation; whether, and to what extent, development activities are, or will be, stressing the habitat type; and the rarity of the habitat type.\r\n<br></br>\r\nLimitations of Use: Although these data have been used by the National Oceanic and Atmospheric Administration, U.S. Department of Commerce, no warranty expressed or implied is made by the National Oceanic and Atmospheric Administration as to the accuracy of the data. The act of Distribution shall not constitute any such warranty, and no responsibility is assumed by the National Oceanic and Atmospheric Administration in the use of these data, software, or related materials.\r\n<br></br>\r\nUsers are advised that the spatial representation of essential fish habitat is for informational purposes only and should not be solely relied on for regulatory purposes. Implementing regulations [50 CFR 600.815(a)(1)(iv)(B)] specify if there are differences between the descriptions of EFH in text and maps the textual description is ultimately determinative of the limits of EFH as described in the Amendment."}}, "HAPC - Sand Tiger Shark": {"layer": {"id": 6225, "name": "HAPC - Sand Tiger Shark", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "description": "These data represent Habitat Areas of Particular Concern (HAPC) as published by NOAA Fisheries (data dated 7/10/2024 at time of data download and preparation for this web service). The purpose of HAPCs is to focus conservation, management, and research efforts on subsets of EFH that are vulnerable to degradation or are especially important ecologically for federally managed fish.\r\n<br></br>\r\nHabitat Areas of Particular Concern (HAPCs) are discrete subsets of EFH that provide extremely important ecological functions or are especially vulnerable to degradation. The HAPC designation does not provide additional protection or restrictions upon an area, but can help prioritize conservation efforts. HAPCs are described in the implementing regulations of the EFH provisions at 50 C.F.R. \u00a7 600.815. Regional fishery management councils are encouraged to identify habitat types or areas within EFH as HAPCs, based on one or more of the following considerations: the importance of the ecological function provided by the habitat; the extent to which the habitat is sensitive to human-induced environmental degradation; whether, and to what extent, development activities are, or will be, stressing the habitat type; and the rarity of the habitat type.\r\n<br></br>\r\nLimitations of Use: Although these data have been used by the National Oceanic and Atmospheric Administration, U.S. Department of Commerce, no warranty expressed or implied is made by the National Oceanic and Atmospheric Administration as to the accuracy of the data. The act of Distribution shall not constitute any such warranty, and no responsibility is assumed by the National Oceanic and Atmospheric Administration in the use of these data, software, or related materials.\r\n<br></br>\r\nUsers are advised that the spatial representation of essential fish habitat is for informational purposes only and should not be solely relied on for regulatory purposes. Implementing regulations [50 CFR 600.815(a)(1)(iv)(B)] specify if there are differences between the descriptions of EFH in text and maps the textual description is ultimately determinative of the limits of EFH as described in the Amendment."}}, "HAPC - Sandbar Shark": {"layer": {"id": 6227, "name": "HAPC - Sandbar Shark", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "description": "These data represent Habitat Areas of Particular Concern (HAPC) as published by NOAA Fisheries (data dated 7/10/2024 at time of data download and preparation for this web service). The purpose of HAPCs is to focus conservation, management, and research efforts on subsets of EFH that are vulnerable to degradation or are especially important ecologically for federally managed fish.\r\n<br></br>\r\nHabitat Areas of Particular Concern (HAPCs) are discrete subsets of EFH that provide extremely important ecological functions or are especially vulnerable to degradation. The HAPC designation does not provide additional protection or restrictions upon an area, but can help prioritize conservation efforts. HAPCs are described in the implementing regulations of the EFH provisions at 50 C.F.R. \u00a7 600.815. Regional fishery management councils are encouraged to identify habitat types or areas within EFH as HAPCs, based on one or more of the following considerations: the importance of the ecological function provided by the habitat; the extent to which the habitat is sensitive to human-induced environmental degradation; whether, and to what extent, development activities are, or will be, stressing the habitat type; and the rarity of the habitat type.\r\n<br></br>\r\nLimitations of Use: Although these data have been used by the National Oceanic and Atmospheric Administration, U.S. Department of Commerce, no warranty expressed or implied is made by the National Oceanic and Atmospheric Administration as to the accuracy of the data. The act of Distribution shall not constitute any such warranty, and no responsibility is assumed by the National Oceanic and Atmospheric Administration in the use of these data, software, or related materials.\r\n<br></br>\r\nUsers are advised that the spatial representation of essential fish habitat is for informational purposes only and should not be solely relied on for regulatory purposes. Implementing regulations [50 CFR 600.815(a)(1)(iv)(B)] specify if there are differences between the descriptions of EFH in text and maps the textual description is ultimately determinative of the limits of EFH as described in the Amendment."}}, "HAPC - Tilefish": {"layer": {"id": 6223, "name": "HAPC - Tilefish", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "description": "These data represent Habitat Areas of Particular Concern (HAPC) as published by NOAA Fisheries (data dated 7/10/2024 at time of data download and preparation for this web service). The purpose of HAPCs is to focus conservation, management, and research efforts on subsets of EFH that are vulnerable to degradation or are especially important ecologically for federally managed fish.\r\n<br></br>\r\nHabitat Areas of Particular Concern (HAPCs) are discrete subsets of EFH that provide extremely important ecological functions or are especially vulnerable to degradation. The HAPC designation does not provide additional protection or restrictions upon an area, but can help prioritize conservation efforts. HAPCs are described in the implementing regulations of the EFH provisions at 50 C.F.R. \u00a7 600.815. Regional fishery management councils are encouraged to identify habitat types or areas within EFH as HAPCs, based on one or more of the following considerations: the importance of the ecological function provided by the habitat; the extent to which the habitat is sensitive to human-induced environmental degradation; whether, and to what extent, development activities are, or will be, stressing the habitat type; and the rarity of the habitat type.\r\n<br></br>\r\nLimitations of Use: Although these data have been used by the National Oceanic and Atmospheric Administration, U.S. Department of Commerce, no warranty expressed or implied is made by the National Oceanic and Atmospheric Administration as to the accuracy of the data. The act of Distribution shall not constitute any such warranty, and no responsibility is assumed by the National Oceanic and Atmospheric Administration in the use of these data, software, or related materials.\r\n<br></br>\r\nUsers are advised that the spatial representation of essential fish habitat is for informational purposes only and should not be solely relied on for regulatory purposes. Implementing regulations [50 CFR 600.815(a)(1)(iv)(B)] specify if there are differences between the descriptions of EFH in text and maps the textual description is ultimately determinative of the limits of EFH as described in the Amendment."}}, "HAPC - Multiple Species": {"layer": {"id": 6224, "name": "HAPC - Multiple Species", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6222, "name": "Habitat Areas of Particular Concern (HAPC)", "description": "These data represent Habitat Areas of Particular Concern (HAPC) as published by NOAA Fisheries (data dated 7/10/2024 at time of data download and preparation for this web service). The purpose of HAPCs is to focus conservation, management, and research efforts on subsets of EFH that are vulnerable to degradation or are especially important ecologically for federally managed fish.\r\n<br></br>\r\nHabitat Areas of Particular Concern (HAPCs) are discrete subsets of EFH that provide extremely important ecological functions or are especially vulnerable to degradation. The HAPC designation does not provide additional protection or restrictions upon an area, but can help prioritize conservation efforts. HAPCs are described in the implementing regulations of the EFH provisions at 50 C.F.R. \u00a7 600.815. Regional fishery management councils are encouraged to identify habitat types or areas within EFH as HAPCs, based on one or more of the following considerations: the importance of the ecological function provided by the habitat; the extent to which the habitat is sensitive to human-induced environmental degradation; whether, and to what extent, development activities are, or will be, stressing the habitat type; and the rarity of the habitat type.\r\n<br></br>\r\nLimitations of Use: Although these data have been used by the National Oceanic and Atmospheric Administration, U.S. Department of Commerce, no warranty expressed or implied is made by the National Oceanic and Atmospheric Administration as to the accuracy of the data. The act of Distribution shall not constitute any such warranty, and no responsibility is assumed by the National Oceanic and Atmospheric Administration in the use of these data, software, or related materials.\r\n<br></br>\r\nUsers are advised that the spatial representation of essential fish habitat is for informational purposes only and should not be solely relied on for regulatory purposes. Implementing regulations [50 CFR 600.815(a)(1)(iv)(B)] specify if there are differences between the descriptions of EFH in text and maps the textual description is ultimately determinative of the limits of EFH as described in the Amendment."}}, "Submarine Cable Areas": {"layer": {"id": 5256, "name": "Submarine Cable Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3305, "name": "Submarine Cables and Pipelines", "description": "The Submarine Cables and Pipelines layers display the approximate routes of telecommunications and power lines and submerged oil and gas pipelines. Data have been provided by private owners, industry representatives and the federal government for ocean planning purposes. See specific submarine cable and pipeline layers (Recent Telecom Cables, NASCA Submarine Telecom Cables, NOAA Charted Submarine Telecom & Power Cables, and Oil and Gas Pipelines: Outer Continental Shelf) for more information, including metadata and source.\r\n"}}, "Offshore Wind - Proposed Export Cable Corridors": {"layer": {"id": 5506, "name": "Offshore Wind - Proposed Export Cable Corridors", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3321, "name": "Offshore Energy Projects Under Review", "description": "Proposed offshore wind energy projects currently in the review stages."}}, "Offshore Wind - Proposed or Installed Inter-array Cables": {"layer": {"id": 5508, "name": "Offshore Wind - Proposed or Installed Inter-array Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3305, "name": "Submarine Cables and Pipelines", "description": "The Submarine Cables and Pipelines layers display the approximate routes of telecommunications and power lines and submerged oil and gas pipelines. Data have been provided by private owners, industry representatives and the federal government for ocean planning purposes. See specific submarine cable and pipeline layers (Recent Telecom Cables, NASCA Submarine Telecom Cables, NOAA Charted Submarine Telecom & Power Cables, and Oil and Gas Pipelines: Outer Continental Shelf) for more information, including metadata and source.\r\n"}}, "Proposed Transco NESE Limit of Disturbance": {"layer": {"id": 7161, "name": "Proposed Transco NESE Limit of Disturbance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3305, "name": "Submarine Cables and Pipelines", "description": "The Submarine Cables and Pipelines layers display the approximate routes of telecommunications and power lines and submerged oil and gas pipelines. Data have been provided by private owners, industry representatives and the federal government for ocean planning purposes. See specific submarine cable and pipeline layers (Recent Telecom Cables, NASCA Submarine Telecom Cables, NOAA Charted Submarine Telecom & Power Cables, and Oil and Gas Pipelines: Outer Continental Shelf) for more information, including metadata and source.\r\n"}}, "Coastal Virginia Offshore Wind Pilot Cable Alignment": {"layer": {"id": 3655, "name": "Coastal Virginia Offshore Wind Pilot Cable Alignment", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3305, "name": "Submarine Cables and Pipelines", "description": "The Submarine Cables and Pipelines layers display the approximate routes of telecommunications and power lines and submerged oil and gas pipelines. Data have been provided by private owners, industry representatives and the federal government for ocean planning purposes. See specific submarine cable and pipeline layers (Recent Telecom Cables, NASCA Submarine Telecom Cables, NOAA Charted Submarine Telecom & Power Cables, and Oil and Gas Pipelines: Outer Continental Shelf) for more information, including metadata and source.\r\n"}}, "Proposed Transco NESE Centerline": {"layer": {"id": 7160, "name": "Proposed Transco NESE Centerline", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3305, "name": "Submarine Cables and Pipelines", "description": "The Submarine Cables and Pipelines layers display the approximate routes of telecommunications and power lines and submerged oil and gas pipelines. Data have been provided by private owners, industry representatives and the federal government for ocean planning purposes. See specific submarine cable and pipeline layers (Recent Telecom Cables, NASCA Submarine Telecom Cables, NOAA Charted Submarine Telecom & Power Cables, and Oil and Gas Pipelines: Outer Continental Shelf) for more information, including metadata and source.\r\n"}}, "Block Island Transmission Cables": {"layer": {"id": 3649, "name": "Block Island Transmission Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "Offshore Wind - Proposed or Installed Export Cable Locations": {"layer": {"id": 5501, "name": "Offshore Wind - Proposed or Installed Export Cable Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3305, "name": "Submarine Cables and Pipelines", "description": "The Submarine Cables and Pipelines layers display the approximate routes of telecommunications and power lines and submerged oil and gas pipelines. Data have been provided by private owners, industry representatives and the federal government for ocean planning purposes. See specific submarine cable and pipeline layers (Recent Telecom Cables, NASCA Submarine Telecom Cables, NOAA Charted Submarine Telecom & Power Cables, and Oil and Gas Pipelines: Outer Continental Shelf) for more information, including metadata and source.\r\n"}}, "Pipeline Areas": {"layer": {"id": 5231, "name": "Pipeline Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3305, "name": "Submarine Cables and Pipelines", "description": "The Submarine Cables and Pipelines layers display the approximate routes of telecommunications and power lines and submerged oil and gas pipelines. Data have been provided by private owners, industry representatives and the federal government for ocean planning purposes. See specific submarine cable and pipeline layers (Recent Telecom Cables, NASCA Submarine Telecom Cables, NOAA Charted Submarine Telecom & Power Cables, and Oil and Gas Pipelines: Outer Continental Shelf) for more information, including metadata and source.\r\n"}}, "Wastewater Outfall Pipes": {"layer": {"id": 5258, "name": "Wastewater Outfall Pipes", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3305, "name": "Submarine Cables and Pipelines", "description": "The Submarine Cables and Pipelines layers display the approximate routes of telecommunications and power lines and submerged oil and gas pipelines. Data have been provided by private owners, industry representatives and the federal government for ocean planning purposes. See specific submarine cable and pipeline layers (Recent Telecom Cables, NASCA Submarine Telecom Cables, NOAA Charted Submarine Telecom & Power Cables, and Oil and Gas Pipelines: Outer Continental Shelf) for more information, including metadata and source.\r\n"}}, "DE Water Trails": {"layer": {"id": 5542, "name": "DE Water Trails", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "MD Water Trails": {"layer": {"id": 5543, "name": "MD Water Trails", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "NJ Water Trails": {"layer": {"id": 5540, "name": "NJ Water Trails", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "NY Empire State Water Trail": {"layer": {"id": 5553, "name": "NY Empire State Water Trail", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "NY - NE Portal Water Trails": {"layer": {"id": 5548, "name": "NY - NE Portal Water Trails", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "NYC Water Trail Human Powered Boat Launches": {"layer": {"id": 5549, "name": "NYC Water Trail Human Powered Boat Launches", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "VA Water Trails": {"layer": {"id": 5544, "name": "VA Water Trails", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "Captain John Smith Chesapeake National Historic Trail": {"layer": {"id": 5546, "name": "Captain John Smith Chesapeake National Historic Trail", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "Star-Spangled Banner National Historic Trail": {"layer": {"id": 5545, "name": "Star-Spangled Banner National Historic Trail", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "PA Water Trails": {"layer": {"id": 5541, "name": "PA Water Trails", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5539, "name": "Water Trails", "description": "This dataset represents recreational water trails in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions by Portal digitizing).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous water trails data effort by the Northeast Ocean Data Portal, however, was modified to include farther inland for New York State and Pennsylvania rivers that flow to the MARCO region, as well as for the National Historic Trails.\r\n\r\n<br></br>\r\n\r\nThese data represent coastal region water trails (and some inland) for the following states:\r\n\r\nNew Jersey* <br>\r\nPennsylvania <br>\r\nDelaware* <br>\r\nMaryland <br>\r\nVirginia <br>\r\nNew York** <br>\r\n\r\n<br></br>\r\n\r\n* New Jersey and Delaware contain unofficial water trails drafted by the Portal using a variety of PDF map sources. These trails are to be reviewed for content and accuracy.\r\n\r\n<br></br>\r\n\r\n** New York Empire State Water Trails and New York City Human Powered Boat Launches do not represent all of New York water trails data. These are a supplement to the existing New York data in the Northeast Ocean Data Portal's water trials data merge. \r\n\r\n<br></br>\r\n\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "Sea Turtle Strandings - Winter": {"layer": {"id": 5776, "name": "Sea Turtle Strandings - Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5775, "name": "Sea Turtle Strandings: by Season (2000-2020)", "description": "This layer represents sea turtle strandings reported by season from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network.\r\n<br></br>\r\nThe map layers depict where stranding events for all sea turtle types were reported in the winter, spring, summer and fall. The seasons are defined for these map layers as follows:\r\n<br></br>\r\n\u2022\tWinter: December, January, February <br>\r\n\u2022\tSpring: March, April, May <br>\r\n\u2022\tSummer: June, July, August <br>\r\n\u2022\tFall: September, October, November <br>"}}, "Sea Turtle Strandings - Spring": {"layer": {"id": 5777, "name": "Sea Turtle Strandings - Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5775, "name": "Sea Turtle Strandings: by Season (2000-2020)", "description": "This layer represents sea turtle strandings reported by season from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network.\r\n<br></br>\r\nThe map layers depict where stranding events for all sea turtle types were reported in the winter, spring, summer and fall. The seasons are defined for these map layers as follows:\r\n<br></br>\r\n\u2022\tWinter: December, January, February <br>\r\n\u2022\tSpring: March, April, May <br>\r\n\u2022\tSummer: June, July, August <br>\r\n\u2022\tFall: September, October, November <br>"}}, "Sea Turtle Strandings - Summer": {"layer": {"id": 5778, "name": "Sea Turtle Strandings - Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5775, "name": "Sea Turtle Strandings: by Season (2000-2020)", "description": "This layer represents sea turtle strandings reported by season from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network.\r\n<br></br>\r\nThe map layers depict where stranding events for all sea turtle types were reported in the winter, spring, summer and fall. The seasons are defined for these map layers as follows:\r\n<br></br>\r\n\u2022\tWinter: December, January, February <br>\r\n\u2022\tSpring: March, April, May <br>\r\n\u2022\tSummer: June, July, August <br>\r\n\u2022\tFall: September, October, November <br>"}}, "Sea Turtle Strandings - Fall": {"layer": {"id": 5779, "name": "Sea Turtle Strandings - Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5775, "name": "Sea Turtle Strandings: by Season (2000-2020)", "description": "This layer represents sea turtle strandings reported by season from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network.\r\n<br></br>\r\nThe map layers depict where stranding events for all sea turtle types were reported in the winter, spring, summer and fall. The seasons are defined for these map layers as follows:\r\n<br></br>\r\n\u2022\tWinter: December, January, February <br>\r\n\u2022\tSpring: March, April, May <br>\r\n\u2022\tSummer: June, July, August <br>\r\n\u2022\tFall: September, October, November <br>"}}, "Virginia Blue Crab Sanctuaries 4 VAC 20 752": {"layer": {"id": 5863, "name": "Virginia Blue Crab Sanctuaries 4 VAC 20 752", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5862, "name": "State Designated Areas", "description": "These data layers represent conservation areas that have been proposed or enacted by state authorities in the Mid-Atlantic."}}, "Virginia Oyster Sanctuaries": {"layer": {"id": 5864, "name": "Virginia Oyster Sanctuaries", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5862, "name": "State Designated Areas", "description": "These data layers represent conservation areas that have been proposed or enacted by state authorities in the Mid-Atlantic."}}, "Virginia Submerged Aquatic Vegetation Sanctuaries": {"layer": {"id": 5865, "name": "Virginia Submerged Aquatic Vegetation Sanctuaries", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5862, "name": "State Designated Areas", "description": "These data layers represent conservation areas that have been proposed or enacted by state authorities in the Mid-Atlantic."}}, "Strandings - Loggerhead sea turtle": {"layer": {"id": 5781, "name": "Strandings - Loggerhead sea turtle", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5787, "name": "Sea Turtle Strandings: by Species (2000-2020)", "description": "This layer represents sea turtle strandings reported by species from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network. Map layers show strandings reported for the following sea turtle types: Loggerhead sea turtle, green sea turtle, leatherback sea turtle, hawksbill sea turtle, Kemp\u2019s ridley sea turtle, and those that were unknown."}}, "Strandings - Green sea turtle": {"layer": {"id": 5782, "name": "Strandings - Green sea turtle", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5787, "name": "Sea Turtle Strandings: by Species (2000-2020)", "description": "This layer represents sea turtle strandings reported by species from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network. Map layers show strandings reported for the following sea turtle types: Loggerhead sea turtle, green sea turtle, leatherback sea turtle, hawksbill sea turtle, Kemp\u2019s ridley sea turtle, and those that were unknown."}}, "Strandings - Leatherback sea turtle": {"layer": {"id": 5783, "name": "Strandings - Leatherback sea turtle", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5787, "name": "Sea Turtle Strandings: by Species (2000-2020)", "description": "This layer represents sea turtle strandings reported by species from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network. Map layers show strandings reported for the following sea turtle types: Loggerhead sea turtle, green sea turtle, leatherback sea turtle, hawksbill sea turtle, Kemp\u2019s ridley sea turtle, and those that were unknown."}}, "Strandings - Hawksbill sea turtle": {"layer": {"id": 5784, "name": "Strandings - Hawksbill sea turtle", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5787, "name": "Sea Turtle Strandings: by Species (2000-2020)", "description": "This layer represents sea turtle strandings reported by species from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network. Map layers show strandings reported for the following sea turtle types: Loggerhead sea turtle, green sea turtle, leatherback sea turtle, hawksbill sea turtle, Kemp\u2019s ridley sea turtle, and those that were unknown."}}, "Strandings - Kemp's ridley sea turtle": {"layer": {"id": 5785, "name": "Strandings - Kemp's ridley sea turtle", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5787, "name": "Sea Turtle Strandings: by Species (2000-2020)", "description": "This layer represents sea turtle strandings reported by species from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network. Map layers show strandings reported for the following sea turtle types: Loggerhead sea turtle, green sea turtle, leatherback sea turtle, hawksbill sea turtle, Kemp\u2019s ridley sea turtle, and those that were unknown."}}, "Strandings - Unknown": {"layer": {"id": 5786, "name": "Strandings - Unknown", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5787, "name": "Sea Turtle Strandings: by Species (2000-2020)", "description": "This layer represents sea turtle strandings reported by species from Maine to Virginia for the 2000-20 time period. These data are a subset of the larger dataset maintained by the National Oceanic and Atmospheric Administration (NOAA) Sea Turtle Stranding and Salvage Network. Map layers show strandings reported for the following sea turtle types: Loggerhead sea turtle, green sea turtle, leatherback sea turtle, hawksbill sea turtle, Kemp\u2019s ridley sea turtle, and those that were unknown."}}, "24NM Contiguous Zone": {"layer": {"id": 77, "name": "24NM Contiguous Zone", "has_sublayers": false, "sublayers": []}, "theme": {"id": 80, "name": "Marine Jurisdictions", "description": "Federally - and internationally - recognized political, legal, and resource management boundaries."}}, "200NM EEZ and Maritime Boundaries": {"layer": {"id": 78, "name": "200NM EEZ and Maritime Boundaries", "has_sublayers": false, "sublayers": []}, "theme": {"id": 80, "name": "Marine Jurisdictions", "description": "Federally - and internationally - recognized political, legal, and resource management boundaries."}}, "Limit of OCSLA '8(g)' zone": {"layer": {"id": 75, "name": "Limit of OCSLA '8(g)' zone", "has_sublayers": false, "sublayers": []}, "theme": {"id": 80, "name": "Marine Jurisdictions", "description": "Federally - and internationally - recognized political, legal, and resource management boundaries."}}, "12NM Territorial Sea": {"layer": {"id": 76, "name": "12NM Territorial Sea", "has_sublayers": false, "sublayers": []}, "theme": {"id": 80, "name": "Marine Jurisdictions", "description": "Federally - and internationally - recognized political, legal, and resource management boundaries."}}, "Submerged Lands Act Boundary (3 NM Fed-State Boundary)": {"layer": {"id": 74, "name": "Submerged Lands Act Boundary (3 NM Fed-State Boundary)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 80, "name": "Marine Jurisdictions", "description": "Federally - and internationally - recognized political, legal, and resource management boundaries."}}, "All Avian Species: Relative Density": {"layer": {"id": 1198, "name": "All Avian Species: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "All Avian Species: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1200, "name": "All Avian Species: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "All Avian Species: Species Richness": {"layer": {"id": 1199, "name": "All Avian Species: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Nearshore Species: Relative Density": {"layer": {"id": 1180, "name": "Nearshore Species: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Nearshore Species: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1182, "name": "Nearshore Species: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Nearshore Species: Species Richness": {"layer": {"id": 1181, "name": "Nearshore Species: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Offshore/Pelagic Species: Relative Density": {"layer": {"id": 1183, "name": "Offshore/Pelagic Species: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Offshore/Pelagic Species: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1185, "name": "Offshore/Pelagic Species: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Offshore/Pelagic Species: Species Richness": {"layer": {"id": 1184, "name": "Offshore/Pelagic Species: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "State listed species: Relative Density": {"layer": {"id": 1189, "name": "State listed species: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "State listed species: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1191, "name": "State listed species: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "State listed species: Species Richness": {"layer": {"id": 1190, "name": "State listed species: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "BCR30 Priority species: Relative Density": {"layer": {"id": 1153, "name": "BCR30 Priority species: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "BCR30 Priority species: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1155, "name": "BCR30 Priority species: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "BCR30 Priority species: Species Richness": {"layer": {"id": 1154, "name": "BCR30 Priority species: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC high conservation concern (2014): Relative Density": {"layer": {"id": 1144, "name": "AMBCC high conservation concern (2014): Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC high conservation concern (2014): Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1146, "name": "AMBCC high conservation concern (2014): Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC high conservation concern (2014): Species Richness": {"layer": {"id": 1145, "name": "AMBCC high conservation concern (2014): Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC medium conservation concern (2014): Relative Density": {"layer": {"id": 1150, "name": "AMBCC medium conservation concern (2014): Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC medium conservation concern (2014): Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1152, "name": "AMBCC medium conservation concern (2014): Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC medium conservation concern (2014): Species Richness": {"layer": {"id": 1151, "name": "AMBCC medium conservation concern (2014): Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC low conservation concern (2014): Relative Density": {"layer": {"id": 1147, "name": "AMBCC low conservation concern (2014): Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC low (2014): Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1149, "name": "AMBCC low (2014): Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "AMBCC low (2014): Species Richness": {"layer": {"id": 1148, "name": "AMBCC low (2014): Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Coastal waterfowl: Relative Density": {"layer": {"id": 1159, "name": "Coastal waterfowl: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Coastal waterfowl: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1161, "name": "Coastal waterfowl: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Coastal waterfowl: Species Richness": {"layer": {"id": 1160, "name": "Coastal waterfowl: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Divers and pursuit plungers: Relative Density": {"layer": {"id": 1165, "name": "Divers and pursuit plungers: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Divers and pursuit plungers: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1167, "name": "Divers and pursuit plungers: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Divers and pursuit plungers: Species Richness": {"layer": {"id": 1166, "name": "Divers and pursuit plungers: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Surface feeders: Relative Density": {"layer": {"id": 1192, "name": "Surface feeders: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Surface feeders: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1194, "name": "Surface feeders: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Surface feeders: Species Richness": {"layer": {"id": 1193, "name": "Surface feeders: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Surface plungers: Relative Density": {"layer": {"id": 1195, "name": "Surface plungers: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Surface plungers: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1197, "name": "Surface plungers: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Surface plungers: Species Richness": {"layer": {"id": 1196, "name": "Surface plungers: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Fish eaters: Relative Density": {"layer": {"id": 1168, "name": "Fish eaters: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Fish eaters: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1170, "name": "Fish eaters: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Fish eaters: Species Richness": {"layer": {"id": 1169, "name": "Fish eaters: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Squid eaters: Relative Density": {"layer": {"id": 1186, "name": "Squid eaters: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Squid eaters: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1188, "name": "Squid eaters: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Squid eaters: Species Richness": {"layer": {"id": 1187, "name": "Squid eaters: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Crustacean eaters: Relative Density": {"layer": {"id": 1162, "name": "Crustacean eaters: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Crustacean eaters: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1164, "name": "Crustacean eaters: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Crustacean eaters: Species Richness": {"layer": {"id": 1163, "name": "Crustacean eaters: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Benthic/bivalve eaters: Relative Density": {"layer": {"id": 1156, "name": "Benthic/bivalve eaters: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Benthic/bivalve eaters: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1158, "name": "Benthic/bivalve eaters: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Benthic/bivalve eaters: Species Richness": {"layer": {"id": 1157, "name": "Benthic/bivalve eaters: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Migrant species: Relative Density": {"layer": {"id": 1177, "name": "Migrant species: Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Migrant species: Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1179, "name": "Migrant species: Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Migrant species: Species Richness": {"layer": {"id": 1178, "name": "Migrant species: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Higher collision sensitivity (2013): Relative Density": {"layer": {"id": 1171, "name": "Higher collision sensitivity (2013): Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Higher collision sensitivity (2013): Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1173, "name": "Higher collision sensitivity (2013): Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Higher collision sensitivity (2013): Species Richness": {"layer": {"id": 1172, "name": "Higher collision sensitivity (2013): Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Higher displacement sensitivity (2013): Relative Density": {"layer": {"id": 1174, "name": "Higher displacement sensitivity (2013): Relative Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Higher displacement sensitivity (2013): Core Density Area - Mid-Atlantic scale": {"layer": {"id": 1176, "name": "Higher displacement sensitivity (2013): Core Density Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Higher displacement sensitivity (2013): Species Richness": {"layer": {"id": 1175, "name": "Higher displacement sensitivity (2013): Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 839, "name": "Birds", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules set by the funders of each modeling effort. Additionally, MDAT receives and hosts data from other sources, including in 2023 sea turtle density models.\r\n<br></br>\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance, density, or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.\r\n<br></br>\r\nAn additional map product was created to highlight the core areas of highest abundance, density, or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative density per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance, density, or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/density/biomass products will differ at each extent."}}, "Atlantic States Marine Fisheries Commission FMP Landings 2011-2015": {"layer": {"id": 5994, "name": "Atlantic States Marine Fisheries Commission FMP Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Atlantic Herring Landings 2011-2015": {"layer": {"id": 5995, "name": "Atlantic Herring Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Bluefish Landings 2011-2015": {"layer": {"id": 5996, "name": "Bluefish Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Highly Migratory Species Landings 2011-2015": {"layer": {"id": 5997, "name": "Highly Migratory Species Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Mackerel/Squid/Butterfish Landings 2011-2015": {"layer": {"id": 5998, "name": "Mackerel/Squid/Butterfish Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Monkfish Landings 2011-2015": {"layer": {"id": 5999, "name": "Monkfish Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Northeast Multispecies Landings 2011-2015": {"layer": {"id": 6000, "name": "Northeast Multispecies Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Sea Scallop Landings 2011-2015": {"layer": {"id": 6001, "name": "Sea Scallop Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "NOAA Southeast Regional Office FMP Landings 2011-2015": {"layer": {"id": 6002, "name": "NOAA Southeast Regional Office FMP Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Skates Landings 2011-2015": {"layer": {"id": 6003, "name": "Skates Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Small Mesh Multispecies Landings 2011-2015": {"layer": {"id": 6004, "name": "Small Mesh Multispecies Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Spiny Dogfish Landings 2011-2015": {"layer": {"id": 6005, "name": "Spiny Dogfish Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Summer Flounder/Scup/Black Sea Bass Landings 2011-2015": {"layer": {"id": 6006, "name": "Summer Flounder/Scup/Black Sea Bass Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Surfclam/Ocean Quahog Landings 2011-2015": {"layer": {"id": 6007, "name": "Surfclam/Ocean Quahog Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Atlantic States Marine Fisheries Commission FMP Landings 2016-2020": {"layer": {"id": 6008, "name": "Atlantic States Marine Fisheries Commission FMP Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Atlantic Herring Landings 2016-2020": {"layer": {"id": 6009, "name": "Atlantic Herring Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Bluefish Landings 2016-2020": {"layer": {"id": 6010, "name": "Bluefish Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Highly Migratory Species Landings 2016-2020": {"layer": {"id": 6011, "name": "Highly Migratory Species Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Mackerel/Squid/Butterfish Landings 2016-2020": {"layer": {"id": 6012, "name": "Mackerel/Squid/Butterfish Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Monkfish Landings 2016-2020": {"layer": {"id": 6013, "name": "Monkfish Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Northeast Multispecies Landings 2016-2020": {"layer": {"id": 6014, "name": "Northeast Multispecies Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Sea Scallop Landings 2016-2020": {"layer": {"id": 6015, "name": "Sea Scallop Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "NOAA Southeast Regional Office FMP Landings 2016-2020": {"layer": {"id": 6016, "name": "NOAA Southeast Regional Office FMP Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Skates Landings 2016-2020": {"layer": {"id": 6017, "name": "Skates Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Small Mesh Multispecies Landings 2016-2020": {"layer": {"id": 6018, "name": "Small Mesh Multispecies Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Spiny Dogfish Landings 2016-2020": {"layer": {"id": 6019, "name": "Spiny Dogfish Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Summer Flounder/Scup/Black Sea Bass Landings 2016-2020": {"layer": {"id": 6020, "name": "Summer Flounder/Scup/Black Sea Bass Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Surfclam/Ocean Quahog Landings 2016-2020": {"layer": {"id": 6021, "name": "Surfclam/Ocean Quahog Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5516, "name": "NOAA NEFSC Fishing Footprints: FMP Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Block Island Turbine Locations": {"layer": {"id": 3648, "name": "Block Island Turbine Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "Block Island Renewable Energy Zone": {"layer": {"id": 3647, "name": "Block Island Renewable Energy Zone", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "Coastal Virginia Offshore Wind Pilot Turbine Locations": {"layer": {"id": 4551, "name": "Coastal Virginia Offshore Wind Pilot Turbine Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "Coastal Virginia Offshore Wind Pilot Test Turbine Area": {"layer": {"id": 3654, "name": "Coastal Virginia Offshore Wind Pilot Test Turbine Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "OCS-A 0517 - South Fork Wind LLC": {"layer": {"id": 5538, "name": "OCS-A 0517 - South Fork Wind LLC", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "South Fork Wind Farm Proposed or Installed Export Cable Corridors": {"layer": {"id": 5531, "name": "South Fork Wind Farm Proposed or Installed Export Cable Corridors", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "South Fork Wind Farm Proposed or Installed Export Cable Locations": {"layer": {"id": 5530, "name": "South Fork Wind Farm Proposed or Installed Export Cable Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "South Fork Wind Farm Proposed or Installed Inter-Array Cables": {"layer": {"id": 5529, "name": "South Fork Wind Farm Proposed or Installed Inter-Array Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "South Fork Wind Farm Proposed or Installed Turbine Locations": {"layer": {"id": 5528, "name": "South Fork Wind Farm Proposed or Installed Turbine Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3658, "name": "Operational Offshore Energy Projects", "description": "Wind energy projects that are actively generating electricity."}}, "BOEM Active Renewable Energy Leases": {"layer": {"id": 5139, "name": "BOEM Active Renewable Energy Leases", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3659, "name": "Planning and Lease Areas", "description": "Active renewable energy lease areas and wind development planning areas off the Atlantic Coast."}}, "Virginia Research Lease Areas": {"layer": {"id": 161, "name": "Virginia Research Lease Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3659, "name": "Planning and Lease Areas", "description": "Active renewable energy lease areas and wind development planning areas off the Atlantic Coast."}}, "Renewable Energy|Planning and Lease Areas|Archived Planning Areas and Activities": {"layer": {"id": 6618, "name": "Renewable Energy|Planning and Lease Areas|Archived Planning Areas and Activities", "has_sublayers": true, "sublayers": [{"name": "BOEM Wind Planning Areas", "id": 5551}, {"name": "Central Atlantic 2 Call for Information and Nominations Area 8/2024", "id": 6202}, {"name": "BOEM Central Atlantic Final Sale Notice of OCS-A 0557 (A-2) and OCS-A 0558 (C-1) 7/2024", "id": 6194}, {"name": "BOEM Central Atlantic Final Wind Energy Areas 7/2023", "id": 5791}, {"name": "BOEM Central Atlantic Draft Wind Energy Areas 11/2022", "id": 5460}, {"name": "BOEM Central Atlantic Call for Information and Nominations Area 5/2022", "id": 5262}]}, "theme": {"id": 3659, "name": "Planning and Lease Areas", "description": "Active renewable energy lease areas and wind development planning areas off the Atlantic Coast."}}, "Surfclam/Ocean Quahog 2006-2010": {"layer": {"id": 288, "name": "Surfclam/Ocean Quahog 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Surfclam/Ocean Quahog 2012-2014": {"layer": {"id": 289, "name": "Surfclam/Ocean Quahog 2012-2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Surfclam/Ocean Quahog 2015-2016": {"layer": {"id": 712, "name": "Surfclam/Ocean Quahog 2015-2016", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Surfclam/Ocean Quahog 2012-2014 (<4 knots)": {"layer": {"id": 290, "name": "Surfclam/Ocean Quahog 2012-2014 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Surfclam/Ocean Quahog 2015-2016 (<4 knots)": {"layer": {"id": 713, "name": "Surfclam/Ocean Quahog 2015-2016 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Ocean Quahog 2015-2019": {"layer": {"id": 5451, "name": "Ocean Quahog 2015-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Surfclam 2015-2019": {"layer": {"id": 5452, "name": "Surfclam 2015-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Spiny Dogfish Revenue 2011-2015": {"layer": {"id": 6054, "name": "Spiny Dogfish Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Spiny Dogfish Revenue 2016-2020": {"layer": {"id": 6069, "name": "Spiny Dogfish Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Delaware Special Management Zone Areas for Recreational Fishermen": {"layer": {"id": 4924, "name": "Delaware Special Management Zone Areas for Recreational Fishermen", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6587, "name": "Mgt. Areas", "description": ""}}, "Management Units for Summer Flounder, Scup, and Black Sea Bass": {"layer": {"id": 4923, "name": "Management Units for Summer Flounder, Scup, and Black Sea Bass", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6587, "name": "Mgt. Areas", "description": ""}}, "New Jersey Special Management Zone Areas": {"layer": {"id": 4922, "name": "New Jersey Special Management Zone Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6587, "name": "Mgt. Areas", "description": ""}}, "Scup Gear Restricted Areas": {"layer": {"id": 4921, "name": "Scup Gear Restricted Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6587, "name": "Mgt. Areas", "description": ""}}, "Scup Transfer-at-Sea Boundary": {"layer": {"id": 4920, "name": "Scup Transfer-at-Sea Boundary", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6587, "name": "Mgt. Areas", "description": ""}}, "Summer Flounder Small-Mesh Exemption Area": {"layer": {"id": 5901, "name": "Summer Flounder Small-Mesh Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6587, "name": "Mgt. Areas", "description": ""}}, "Sea Scallops 2016-2018 Potential Reproductive Output": {"layer": {"id": 5228, "name": "Sea Scallops 2016-2018 Potential Reproductive Output", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5229, "name": "Sea Scallops", "description": ""}}, "Sea Scallops Average Abundance (SMAST)": {"layer": {"id": 485, "name": "Sea Scallops Average Abundance (SMAST)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5229, "name": "Sea Scallops", "description": ""}}, "Sea Scallops Biomass, meat weight in kg (NEFSC) - Draft": {"layer": {"id": 484, "name": "Sea Scallops Biomass, meat weight in kg (NEFSC) - Draft", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5229, "name": "Sea Scallops", "description": ""}}, "Pot - Lobster Landings 2011-2015": {"layer": {"id": 5979, "name": "Pot - Lobster Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Pot - Lobster Revenue 2011-2015": {"layer": {"id": 6027, "name": "Pot - Lobster Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Pot - Lobster Landings 2016-2020": {"layer": {"id": 5989, "name": "Pot - Lobster Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Pot - Lobster Revenue 2016-2020": {"layer": {"id": 6037, "name": "Pot - Lobster Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Surfclam/Ocean Quahog Revenue 2011-2015": {"layer": {"id": 6056, "name": "Surfclam/Ocean Quahog Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Surfclam/Ocean Quahog Revenue 2016-2020": {"layer": {"id": 6071, "name": "Surfclam/Ocean Quahog Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Dredge - Clam Landings 2011-2015": {"layer": {"id": 5974, "name": "Dredge - Clam Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6607, "name": "NOAA Fishing Footprints", "description": ""}}, "Dredge - Clam Landings 2016-2020": {"layer": {"id": 5984, "name": "Dredge - Clam Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6607, "name": "NOAA Fishing Footprints", "description": ""}}, "Dredge - Clam Revenue 2011-2015": {"layer": {"id": 6022, "name": "Dredge - Clam Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6607, "name": "NOAA Fishing Footprints", "description": ""}}, "Dredge - Clam Revenue 2016-2020": {"layer": {"id": 6032, "name": "Dredge - Clam Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6607, "name": "NOAA Fishing Footprints", "description": ""}}, "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|Fishing Vessel ActivityVMS": {"layer": {"id": 6589, "name": "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|Fishing Vessel ActivityVMS", "has_sublayers": true, "sublayers": [{"name": "Squid/Mackerel/Butterfish 2015-2019", "id": 5454}, {"name": "Pelagics (Herring/Mackerel/Squid) 2014", "id": 704}, {"name": "Pelagics (Herring/Mackerel/Squid) 2014 (<4 knots)", "id": 703}, {"name": "Pelagics (Herring/Mackerel/Squid) 2015-2016", "id": 705}, {"name": "Pelagics (Herring/Mackerel/Squid) 2015-2016 (<4 knots)", "id": 706}, {"name": "Squid 2014", "id": 286}, {"name": "Squid 2014 (<4 knots)", "id": 287}, {"name": "Squid 2015-2016", "id": 710}, {"name": "Squid 2015-2016 (<4 knots)", "id": 711}]}, "theme": {"id": 6588, "name": "Mackerel/Squid/Butterfish", "description": ""}}, "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|NOAA Fishing Footprints": {"layer": {"id": 6590, "name": "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Mackerel/Squid/Butterfish Landings 2011-2015", "id": 5998}, {"name": "Mackerel/Squid/Butterfish Landings 2016-2020", "id": 6012}, {"name": "Mackerel/Squid/Butterfish Revenue 2011-2015", "id": 6046}, {"name": "Mackerel/Squid/Butterfish Revenue 2016-2020", "id": 6061}]}, "theme": {"id": 6588, "name": "Mackerel/Squid/Butterfish", "description": ""}}, "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|Mgt. Areas": {"layer": {"id": 6591, "name": "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Atlantic mackerel, Squid, and Butterfish Bottom Trawling Restricted Areas", "id": 4883}, {"name": "Illex Fishery Mesh Exemption Area", "id": 4884}, {"name": "Scup Gear Restricted Areas", "id": 4921}]}, "theme": {"id": 6588, "name": "Mackerel/Squid/Butterfish", "description": ""}}, "Summer Flounder/Scup/Black Sea Bass Revenue 2011-2015": {"layer": {"id": 6055, "name": "Summer Flounder/Scup/Black Sea Bass Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Summer Flounder/Scup/Black Sea Bass Revenue 2016-2020": {"layer": {"id": 6070, "name": "Summer Flounder/Scup/Black Sea Bass Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "All Fish Species: Biomass (fall)": {"layer": {"id": 3207, "name": "All Fish Species: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "All Fish Species: Species Richness (fall)": {"layer": {"id": 3209, "name": "All Fish Species: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "All Fish Species: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3211, "name": "All Fish Species: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Abundance Vulnerable to Climate Changes: Biomass (fall)": {"layer": {"id": 3201, "name": "Abundance Vulnerable to Climate Changes: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Abundance Vulnerable to Climate Changes: Species Richness (fall)": {"layer": {"id": 3203, "name": "Abundance Vulnerable to Climate Changes: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Abundance Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3205, "name": "Abundance Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Distribution Vulnerable to Climate Changes: Biomass (fall)": {"layer": {"id": 3225, "name": "Distribution Vulnerable to Climate Changes: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Distribution Vulnerable to Climate Changes: Species Richness (fall)": {"layer": {"id": 3227, "name": "Distribution Vulnerable to Climate Changes: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Distribution Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3229, "name": "Distribution Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "ASMFC FMPs: Biomass (fall)": {"layer": {"id": 3195, "name": "ASMFC FMPs: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "ASMFC FMPs: Species Richness (fall)": {"layer": {"id": 3197, "name": "ASMFC FMPs: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "ASMFC FMPs: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3199, "name": "ASMFC FMPs: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "MAFMC FMPs: Biomass (fall)": {"layer": {"id": 3248, "name": "MAFMC FMPs: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "MAFMC FMPs: Species Richness (fall)": {"layer": {"id": 3250, "name": "MAFMC FMPs: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "MAFMC FMPs: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3252, "name": "MAFMC FMPs: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Demersal Fish: Biomass (fall)": {"layer": {"id": 3213, "name": "Demersal Fish: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Demersal Fish: Species Richness (fall)": {"layer": {"id": 3215, "name": "Demersal Fish: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Demersal Fish: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3217, "name": "Demersal Fish: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Diadromous Fish: Biomass (fall)": {"layer": {"id": 3219, "name": "Diadromous Fish: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Diadromous Fish: Species Richness (fall)": {"layer": {"id": 3221, "name": "Diadromous Fish: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Diadromous Fish: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3223, "name": "Diadromous Fish: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "EFH Species: Biomass (fall)": {"layer": {"id": 3231, "name": "EFH Species: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "EFH Species: Species Richness (fall)": {"layer": {"id": 3233, "name": "EFH Species: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "EFH Species: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3235, "name": "EFH Species: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Forage Fish: Biomass (fall)": {"layer": {"id": 3237, "name": "Forage Fish: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Forage Fish: Species Richness (fall)": {"layer": {"id": 3239, "name": "Forage Fish: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Forage Fish: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3241, "name": "Forage Fish: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Highly Migratory Species: Biomass (fall)": {"layer": {"id": 3243, "name": "Highly Migratory Species: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Highly Migratory Species: Species Richness (fall)": {"layer": {"id": 3245, "name": "Highly Migratory Species: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Highly Migratory Species: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3246, "name": "Highly Migratory Species: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC Skates: Biomass (fall)": {"layer": {"id": 3254, "name": "NEFMC Skates: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC Skates: Species Richness (fall)": {"layer": {"id": 3256, "name": "NEFMC Skates: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC Skates: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3258, "name": "NEFMC Skates: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC multispecies: Biomass (fall)": {"layer": {"id": 3260, "name": "NEFMC multispecies: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC multispecies: Species Richness (fall)": {"layer": {"id": 3262, "name": "NEFMC multispecies: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC multispecies: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3264, "name": "NEFMC multispecies: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC small mesh multispecies: Biomass (fall)": {"layer": {"id": 3266, "name": "NEFMC small mesh multispecies: Biomass (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC small mesh multispecies: Species Richness (fall)": {"layer": {"id": 3268, "name": "NEFMC small mesh multispecies: Species Richness (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC small mesh multispecies: Core Biomass Area - Mid-Atlantic scale (fall)": {"layer": {"id": 3270, "name": "NEFMC small mesh multispecies: Core Biomass Area - Mid-Atlantic scale (fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Potentially Vulnerable to EMF: Biomass (Fall)": {"layer": {"id": 5323, "name": "Potentially Vulnerable to EMF: Biomass (Fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Potentially Vulnerable to EMF: Species Richness (Fall)": {"layer": {"id": 5324, "name": "Potentially Vulnerable to EMF: Species Richness (Fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Potentially Vulnerable to EMF: Core Biomass Area - Mid-Atlantic scale (Fall)": {"layer": {"id": 5325, "name": "Potentially Vulnerable to EMF: Core Biomass Area - Mid-Atlantic scale (Fall)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2950, "name": "Fish - Fall 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "All Cetaceans: Abundance": {"layer": {"id": 1231, "name": "All Cetaceans: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "All Cetaceans: Species Richness": {"layer": {"id": 1232, "name": "All Cetaceans: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "All Cetaceans: Core Abundance Area - Mid-Atlantic scale": {"layer": {"id": 1233, "name": "All Cetaceans: Core Abundance Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Species of Concern: Abundance": {"layer": {"id": 1225, "name": "Species of Concern: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Species of Concern: Species Richness": {"layer": {"id": 1226, "name": "Species of Concern: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Species of Concern: Core Abundance Area - Mid-Atlantic scale": {"layer": {"id": 1227, "name": "Species of Concern: Core Abundance Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Baleen whales: Abundance": {"layer": {"id": 1228, "name": "Baleen whales: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Baleen whales: Species Richness": {"layer": {"id": 1229, "name": "Baleen whales: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Baleen whales: Core Abundance Area - Mid-Atlantic scale": {"layer": {"id": 1230, "name": "Baleen whales: Core Abundance Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Large delphinoids: Abundance": {"layer": {"id": 1234, "name": "Large delphinoids: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Large delphinoids: Species Richness": {"layer": {"id": 1235, "name": "Large delphinoids: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Large delphinoids: Core Abundance Area - Mid-Atlantic scale": {"layer": {"id": 1236, "name": "Large delphinoids: Core Abundance Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Small delphinoids: Abundance": {"layer": {"id": 1237, "name": "Small delphinoids: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Small delphinoids: Species Richness": {"layer": {"id": 1238, "name": "Small delphinoids: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Small delphinoids: Core Abundance Area - Mid-Atlantic scale": {"layer": {"id": 1239, "name": "Small delphinoids: Core Abundance Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sound sensitivity High frequency: Abundance": {"layer": {"id": 1243, "name": "Sound sensitivity High frequency: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sound sensitivity High frequency: Species Richness": {"layer": {"id": 1244, "name": "Sound sensitivity High frequency: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sound sensitivity High frequency: Core Abundance Area - Mid-Atlantic scale": {"layer": {"id": 1245, "name": "Sound sensitivity High frequency: Core Abundance Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sound sensitivity Low frequency: Abundance": {"layer": {"id": 1240, "name": "Sound sensitivity Low frequency: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sound sensitivity Low frequency: Species Richness": {"layer": {"id": 1241, "name": "Sound sensitivity Low frequency: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sound sensitivity Low frequency: Core Abundance Area - Mid-Atlantic scale": {"layer": {"id": 1242, "name": "Sound sensitivity Low frequency: Core Abundance Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sperm and beaked whales: Abundance": {"layer": {"id": 1246, "name": "Sperm and beaked whales: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sperm and beaked whales: Species Richness": {"layer": {"id": 1247, "name": "Sperm and beaked whales: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sperm and beaked whales: Core Abundance Area - Mid-Atlantic scale": {"layer": {"id": 1248, "name": "Sperm and beaked whales: Core Abundance Area - Mid-Atlantic scale", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Vulnerability to climate change: Abundance": {"layer": {"id": 5888, "name": "Vulnerability to climate change: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Vulnerability to climate change: Species Richness": {"layer": {"id": 5889, "name": "Vulnerability to climate change: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sensitivity to climate related changes in abundance: Abundance": {"layer": {"id": 5891, "name": "Sensitivity to climate related changes in abundance: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sensitivity to climate related changes in abundance: Species Richness": {"layer": {"id": 5892, "name": "Sensitivity to climate related changes in abundance: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sensitivity to climate related changes in distribution: Abundance": {"layer": {"id": 5894, "name": "Sensitivity to climate related changes in distribution: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sensitivity to climate related changes in distribution: Species Richness": {"layer": {"id": 5895, "name": "Sensitivity to climate related changes in distribution: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sensitivity to climate related changes in phenology: Abundance": {"layer": {"id": 5897, "name": "Sensitivity to climate related changes in phenology: Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Sensitivity to climate related changes in phenology: Species Richness": {"layer": {"id": 5898, "name": "Sensitivity to climate related changes in phenology: Species Richness", "has_sublayers": false, "sublayers": []}, "theme": {"id": 841, "name": "Marine Mammals", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Atlantic Salmon, Gulf of Maine DPS": {"layer": {"id": 6511, "name": "Atlantic Salmon, Gulf of Maine DPS", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6289, "name": "Designated", "description": ""}}, "Atlantic Sturgeon, Atlantic Subspecies, Carolina DPS": {"layer": {"id": 6512, "name": "Atlantic Sturgeon, Atlantic Subspecies, Carolina DPS", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6289, "name": "Designated", "description": ""}}, "Atlantic Sturgeon, Atlantic Subspecies, Chesapeake Bay DPS": {"layer": {"id": 6513, "name": "Atlantic Sturgeon, Atlantic Subspecies, Chesapeake Bay DPS", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6289, "name": "Designated", "description": ""}}, "Atlantic Sturgeon, Atlantic Subspecies, Gulf of Maine DPS": {"layer": {"id": 6514, "name": "Atlantic Sturgeon, Atlantic Subspecies, Gulf of Maine DPS", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6289, "name": "Designated", "description": ""}}, "Atlantic Sturgeon, Atlantic Subspecies, New York Bight DPS": {"layer": {"id": 6515, "name": "Atlantic Sturgeon, Atlantic Subspecies, New York Bight DPS", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6289, "name": "Designated", "description": ""}}, "Atlantic Sturgeon, Atlantic Subspecies, South Atlantic DPS": {"layer": {"id": 6516, "name": "Atlantic Sturgeon, Atlantic Subspecies, South Atlantic DPS", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6289, "name": "Designated", "description": ""}}, "All Fish Species: Biomass (spring)": {"layer": {"id": 3206, "name": "All Fish Species: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "All Fish Species: Species Richness (spring)": {"layer": {"id": 3208, "name": "All Fish Species: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "All Fish Species: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3210, "name": "All Fish Species: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Abundance Vulnerable to Climate Changes: Biomass (spring)": {"layer": {"id": 3200, "name": "Abundance Vulnerable to Climate Changes: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Abundance Vulnerable to Climate Changes: Species Richness (spring)": {"layer": {"id": 3202, "name": "Abundance Vulnerable to Climate Changes: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Abundance Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3204, "name": "Abundance Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Distribution Vulnerable to Climate Changes: Biomass (spring)": {"layer": {"id": 3224, "name": "Distribution Vulnerable to Climate Changes: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Distribution Vulnerable to Climate Changes: Species Richness (spring)": {"layer": {"id": 3226, "name": "Distribution Vulnerable to Climate Changes: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Distribution Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3228, "name": "Distribution Vulnerable to Climate Changes: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "ASMFC FMPs: Biomass (spring)": {"layer": {"id": 3194, "name": "ASMFC FMPs: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "ASMFC FMPs: Species Richness (spring)": {"layer": {"id": 3196, "name": "ASMFC FMPs: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "ASMFC FMPs: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3198, "name": "ASMFC FMPs: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "MAFMC FMPs: Biomass (spring)": {"layer": {"id": 3247, "name": "MAFMC FMPs: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "MAFMC FMPs: Species Richness (spring)": {"layer": {"id": 3249, "name": "MAFMC FMPs: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "MAFMC FMPs: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3251, "name": "MAFMC FMPs: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Demersal Fish: Biomass (spring)": {"layer": {"id": 3212, "name": "Demersal Fish: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Demersal Fish: Species Richness (spring)": {"layer": {"id": 3214, "name": "Demersal Fish: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Demersal Fish: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3216, "name": "Demersal Fish: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Diadromous Fish: Biomass (spring)": {"layer": {"id": 3218, "name": "Diadromous Fish: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Diadromous Fish: Species Richness (spring)": {"layer": {"id": 3220, "name": "Diadromous Fish: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Diadromous Fish: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3222, "name": "Diadromous Fish: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "EFH Species: Biomass (spring)": {"layer": {"id": 3230, "name": "EFH Species: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "EFH Species: Species Richness (spring)": {"layer": {"id": 3232, "name": "EFH Species: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "EFH Species: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3234, "name": "EFH Species: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Forage Fish: Biomass (spring)": {"layer": {"id": 3236, "name": "Forage Fish: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Forage Fish: Species Richness (spring)": {"layer": {"id": 3238, "name": "Forage Fish: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Forage Fish: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3240, "name": "Forage Fish: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Highly Migratory Species: Biomass (spring)": {"layer": {"id": 3242, "name": "Highly Migratory Species: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Highly Migratory Species: Species Richness (spring)": {"layer": {"id": 3244, "name": "Highly Migratory Species: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC Skates: Biomass (spring)": {"layer": {"id": 3253, "name": "NEFMC Skates: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC Skates: Species Richness (spring)": {"layer": {"id": 3255, "name": "NEFMC Skates: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC Skates: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3257, "name": "NEFMC Skates: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC multispecies: Biomass (spring)": {"layer": {"id": 3259, "name": "NEFMC multispecies: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC multispecies: Species Richness (spring)": {"layer": {"id": 3261, "name": "NEFMC multispecies: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC multispecies: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3263, "name": "NEFMC multispecies: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC small mesh multispecies: Biomass (spring)": {"layer": {"id": 3265, "name": "NEFMC small mesh multispecies: Biomass (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC small mesh multispecies: Species Richness (spring)": {"layer": {"id": 3267, "name": "NEFMC small mesh multispecies: Species Richness (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "NEFMC small mesh multispecies: Core Biomass Area - Mid-Atlantic scale (spring)": {"layer": {"id": 3269, "name": "NEFMC small mesh multispecies: Core Biomass Area - Mid-Atlantic scale (spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Potentially Vulnerable to EMF: Biomass (Spring)": {"layer": {"id": 5320, "name": "Potentially Vulnerable to EMF: Biomass (Spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Potentially Vulnerable to EMF: Species Richness (Spring)": {"layer": {"id": 5321, "name": "Potentially Vulnerable to EMF: Species Richness (Spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Potentially Vulnerable to EMF: Core Biomass Area - Mid-Atlantic scale (Spring)": {"layer": {"id": 5322, "name": "Potentially Vulnerable to EMF: Core Biomass Area - Mid-Atlantic scale (Spring)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 2949, "name": "Fish - Spring 2010-2019", "description": "The Marine Geospatial Ecology Lab (MGEL) of Duke University began work with the Northeast Regional Ocean Council (NROC), the NOAA National Centers for Coastal Ocean Science (NCCOS), the NOAA Northeast Fisheries Science Center (NEFSC) and Loyola University Chicago in 2014 as part of the Marine-life Data and Analysis Team (MDAT), to characterize and map marine life in the Northeast region. In 2015, the Mid-Atlantic Regional Council on the Ocean (MARCO) began working with the same team to build upon and expand this effort into the Mid-Atlantic region. These research groups collaborated to produce \u201cbase layer\u201d predictive model products with associated uncertainty products for cetacean species or species guilds and avian species, and additional geospatial products for fish species. Periodic updates to these base layer models and data are produced by the individual institutions in the MDAT team based on schedules that are necessary to ensure the use of the latest methods and data.<br></br>\r\n\r\nBecause base layers total in the thousands, efforts to develop a general understanding of the overall richness or diversity in a particular area are not well served by the individual base products. To address this gap and other potential management applications, MDAT has created several types of summary map products from these base layers. Summary products are comprised of data layers from multiple species, and were created to allow quick access to map summaries about potential biological, management, or sensitivity groups of interest. Species were grouped according to these three categories, resulting in approximately 22 avian groups, 13 fish groups, and 8 cetacean groups. Summary products provide a means to distill hundreds of data layer and time period combinations into more simplified maps that supplement the base layer reference library. These summary products include total abundance or biomass, species richness, and diversity for all modeled/sampled groups of species and are useful tools for seeing broad patterns in the underlying data or model results.  <br></br>\r\n\r\nAn additional map product was created to highlight the core areas of highest abundance or biomass by species groups. Core areas for individual species were created using a 50% population threshold. Each core area represents the smallest area containing 50% of the species\u2019 predicted abundance (cetaceans), 50% of the species\u2019 relative abundance per strip transect (avian) or 50% of the species\u2019 biomass (fish). These core area layers were then aggregated within each of the above-mentioned groups to obtain a group core area abundance or biomass species richness product. Group core area richness maps aid users in identifying the \u201chotspots\u201d of where certain groups of species have the highest abundance or biomass. Core area richness maps were created for three spatial extents: 1) the full US east coast; 2) the Northeast planning area and 3) the Mid-Atlantic area of interest. Because these products are dependent on the total extent of the input data, core area abundance/biomass products will differ at each extent."}}, "Fishing2|Fishery Specifc|Lobster|Mgt. Areas": {"layer": {"id": 6616, "name": "Fishing2|Fishery Specifc|Lobster|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Lobster Gear Areas", "id": 4919}, {"name": "Lobster Management Areas", "id": 1541}, {"name": "Lobster Restricted Gear Areas", "id": 4918}, {"name": "Northeast Trap/Pot Management Areas", "id": 4915}, {"name": "Sinking Groundline Exemption Contour", "id": 4917}]}, "theme": {"id": 6615, "name": "Lobster", "description": ""}}, "Fishing2|Fishery Specific|Lobster|NOAA Fishing Footprints": {"layer": {"id": 6617, "name": "Fishing2|Fishery Specific|Lobster|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Pot - Lobster Landings 2011-2015", "id": 5979}, {"name": "Pot - Lobster Revenue 2011-2015", "id": 6027}, {"name": "Pot - Lobster Landings 2016-2020", "id": 5989}, {"name": "Pot - Lobster Revenue 2016-2020", "id": 6037}]}, "theme": {"id": 6615, "name": "Lobster", "description": ""}}, "Squid/Mackerel/Butterfish 2015-2019": {"layer": {"id": 5454, "name": "Squid/Mackerel/Butterfish 2015-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Pelagics (Herring/Mackerel/Squid) 2014": {"layer": {"id": 704, "name": "Pelagics (Herring/Mackerel/Squid) 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Pelagics (Herring/Mackerel/Squid) 2014 (<4 knots)": {"layer": {"id": 703, "name": "Pelagics (Herring/Mackerel/Squid) 2014 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Pelagics (Herring/Mackerel/Squid) 2015-2016": {"layer": {"id": 705, "name": "Pelagics (Herring/Mackerel/Squid) 2015-2016", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Pelagics (Herring/Mackerel/Squid) 2015-2016 (<4 knots)": {"layer": {"id": 706, "name": "Pelagics (Herring/Mackerel/Squid) 2015-2016 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Squid 2014": {"layer": {"id": 286, "name": "Squid 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Squid 2014 (<4 knots)": {"layer": {"id": 287, "name": "Squid 2014 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Squid 2015-2016": {"layer": {"id": 710, "name": "Squid 2015-2016", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Squid 2015-2016 (<4 knots)": {"layer": {"id": 711, "name": "Squid 2015-2016 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6589, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "All Vessel Transit Counts (2021)": {"layer": {"id": 5312, "name": "All Vessel Transit Counts (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters in real-time. The data represent vessel transit counts in 100 meter grid cells. A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Cargo Vessel Transit Counts (2021)": {"layer": {"id": 5313, "name": "Cargo Vessel Transit Counts (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters in real-time. The data represent vessel transit counts in 100 meter grid cells. A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Passenger Vessel Transit Counts (2021)": {"layer": {"id": 5314, "name": "Passenger Vessel Transit Counts (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters in real-time. The data represent vessel transit counts in 100 meter grid cells. A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tanker Vessel Transit Counts (2021)": {"layer": {"id": 5315, "name": "Tanker Vessel Transit Counts (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters in real-time. The data represent vessel transit counts in 100 meter grid cells. A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tug-Tow Vessel Transit Counts (2021)": {"layer": {"id": 5316, "name": "Tug-Tow Vessel Transit Counts (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters in real-time. The data represent vessel transit counts in 100 meter grid cells. A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Other Vessel Transit Counts (2021)": {"layer": {"id": 5317, "name": "Other Vessel Transit Counts (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters in real-time. The data represent vessel transit counts in 100 meter grid cells. A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Fishing Vessel Transit Counts (2021)": {"layer": {"id": 5318, "name": "Fishing Vessel Transit Counts (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters in real-time. The data represent vessel transit counts in 100 meter grid cells. A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Pleasure Craft-Sailing Vessel Transit Counts (2021)": {"layer": {"id": 5319, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters in real-time. The data represent vessel transit counts in 100 meter grid cells. A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "All Fish Species: Biomass 1980-2019": {"layer": {"id": 5276, "name": "All Fish Species: Biomass 1980-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5423, "name": "Fish Time Series Sliders: 1980-2019 (spring and fall)", "description": "These maps depict key biological or management groups of fish species by decade from 1980-2009 and five-year windows from 2010-19 for the fall or spring seasons. The maps were prepared by the Marine Life Data and Analysis Team (MDAT) based on trawl data gathered by the NOAA Northeast Fisheries Science Center."}}, "Demersal Fish: Biomass 1980-2019": {"layer": {"id": 5288, "name": "Demersal Fish: Biomass 1980-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5423, "name": "Fish Time Series Sliders: 1980-2019 (spring and fall)", "description": "These maps depict key biological or management groups of fish species by decade from 1980-2009 and five-year windows from 2010-19 for the fall or spring seasons. The maps were prepared by the Marine Life Data and Analysis Team (MDAT) based on trawl data gathered by the NOAA Northeast Fisheries Science Center."}}, "Diadromous Fish: Biomass 1980-2019": {"layer": {"id": 5299, "name": "Diadromous Fish: Biomass 1980-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5423, "name": "Fish Time Series Sliders: 1980-2019 (spring and fall)", "description": "These maps depict key biological or management groups of fish species by decade from 1980-2009 and five-year windows from 2010-19 for the fall or spring seasons. The maps were prepared by the Marine Life Data and Analysis Team (MDAT) based on trawl data gathered by the NOAA Northeast Fisheries Science Center."}}, "Forage Fish: Biomass 1980-2019": {"layer": {"id": 5310, "name": "Forage Fish: Biomass 1980-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5423, "name": "Fish Time Series Sliders: 1980-2019 (spring and fall)", "description": "These maps depict key biological or management groups of fish species by decade from 1980-2009 and five-year windows from 2010-19 for the fall or spring seasons. The maps were prepared by the Marine Life Data and Analysis Team (MDAT) based on trawl data gathered by the NOAA Northeast Fisheries Science Center."}}, "[CLOSED] Coastal Buoy Modernization Candidate (USCG September 2025 Proposal)": {"layer": {"id": 6593, "name": "[CLOSED] Coastal Buoy Modernization Candidate (USCG September 2025 Proposal)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3927, "name": "USCG Proposed Areas and Studies", "description": "This grouping of layers includes data and maps related to current regulatory or management actions proposed or undertaken by the Unites States Coast Guard.  This includes proposed anchorage areas, study areas for active Port Access Route Studies (PARS), and other activities or measures to enhance or study marine transportation in the region."}}, "Proposed Shipping Safety Fairways Along the Atlantic Coast 01/2024": {"layer": {"id": 5900, "name": "Proposed Shipping Safety Fairways Along the Atlantic Coast 01/2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3927, "name": "USCG Proposed Areas and Studies", "description": "This grouping of layers includes data and maps related to current regulatory or management actions proposed or undertaken by the Unites States Coast Guard.  This includes proposed anchorage areas, study areas for active Port Access Route Studies (PARS), and other activities or measures to enhance or study marine transportation in the region."}}, "Consolidated Port Approaches and International Entry and Departure Transit Areas PARS 03/2023": {"layer": {"id": 5527, "name": "Consolidated Port Approaches and International Entry and Departure Transit Areas PARS 03/2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3927, "name": "USCG Proposed Areas and Studies", "description": "This grouping of layers includes data and maps related to current regulatory or management actions proposed or undertaken by the Unites States Coast Guard.  This includes proposed anchorage areas, study areas for active Port Access Route Studies (PARS), and other activities or measures to enhance or study marine transportation in the region."}}, "Port Access Route Study: Approaches to Maine, New Hampshire, and Massachusetts 03/2022": {"layer": {"id": 5261, "name": "Port Access Route Study: Approaches to Maine, New Hampshire, and Massachusetts 03/2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3927, "name": "USCG Proposed Areas and Studies", "description": "This grouping of layers includes data and maps related to current regulatory or management actions proposed or undertaken by the Unites States Coast Guard.  This includes proposed anchorage areas, study areas for active Port Access Route Studies (PARS), and other activities or measures to enhance or study marine transportation in the region."}}, "Port Access Route Study (PARS) Areas": {"layer": {"id": 4512, "name": "Port Access Route Study (PARS) Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3927, "name": "USCG Proposed Areas and Studies", "description": "This grouping of layers includes data and maps related to current regulatory or management actions proposed or undertaken by the Unites States Coast Guard.  This includes proposed anchorage areas, study areas for active Port Access Route Studies (PARS), and other activities or measures to enhance or study marine transportation in the region."}}, "Green Sea Turtle, North Atlantic DPS (07/19/2023) - Proposed": {"layer": {"id": 6519, "name": "Green Sea Turtle, North Atlantic DPS (07/19/2023) - Proposed", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6290, "name": "Proposed", "description": ""}}, "Tropical Cyclone Storm Segments in the North Atlantic (1988-2022)": {"layer": {"id": 6189, "name": "Tropical Cyclone Storm Segments in the North Atlantic (1988-2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4540, "name": "Storms", "description": "Storms data on the MARCO Portal include historical hurricane tracks and tropical cyclone wind exposure."}}, "Tropical Cyclone Wind Exposure in the North Atlantic (1988-2022)": {"layer": {"id": 6191, "name": "Tropical Cyclone Wind Exposure in the North Atlantic (1988-2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4540, "name": "Storms", "description": "Storms data on the MARCO Portal include historical hurricane tracks and tropical cyclone wind exposure."}}, "Hurricane Tracks Since 1980 in the North Atlantic Slider": {"layer": {"id": 4539, "name": "Hurricane Tracks Since 1980 in the North Atlantic Slider", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4540, "name": "Storms", "description": "Storms data on the MARCO Portal include historical hurricane tracks and tropical cyclone wind exposure."}}, "Strandings - North Atlantic Right Whales": {"layer": {"id": 5208, "name": "Strandings - North Atlantic Right Whales", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5207, "name": "Marine Mammal Strandings: by Species/Group (2000-2020)", "description": "Marine mammal strandings (2000-2020) layers by species/group from Maine to Virginia: North Atlantic right whales, humpback whales, other whales and marine mammals, dolphins, porpoises, seals, and unidentified.\r\nThese data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health. \r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Humpback Whales": {"layer": {"id": 5209, "name": "Strandings - Humpback Whales", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5207, "name": "Marine Mammal Strandings: by Species/Group (2000-2020)", "description": "Marine mammal strandings (2000-2020) layers by species/group from Maine to Virginia: North Atlantic right whales, humpback whales, other whales and marine mammals, dolphins, porpoises, seals, and unidentified.\r\nThese data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health. \r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Other Whales and Marine Mammals": {"layer": {"id": 5210, "name": "Strandings - Other Whales and Marine Mammals", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5207, "name": "Marine Mammal Strandings: by Species/Group (2000-2020)", "description": "Marine mammal strandings (2000-2020) layers by species/group from Maine to Virginia: North Atlantic right whales, humpback whales, other whales and marine mammals, dolphins, porpoises, seals, and unidentified.\r\nThese data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health. \r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Dolphins": {"layer": {"id": 5211, "name": "Strandings - Dolphins", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5207, "name": "Marine Mammal Strandings: by Species/Group (2000-2020)", "description": "Marine mammal strandings (2000-2020) layers by species/group from Maine to Virginia: North Atlantic right whales, humpback whales, other whales and marine mammals, dolphins, porpoises, seals, and unidentified.\r\nThese data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health. \r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Porpoises": {"layer": {"id": 5212, "name": "Strandings - Porpoises", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5207, "name": "Marine Mammal Strandings: by Species/Group (2000-2020)", "description": "Marine mammal strandings (2000-2020) layers by species/group from Maine to Virginia: North Atlantic right whales, humpback whales, other whales and marine mammals, dolphins, porpoises, seals, and unidentified.\r\nThese data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health. \r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Seals": {"layer": {"id": 5213, "name": "Strandings - Seals", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5207, "name": "Marine Mammal Strandings: by Species/Group (2000-2020)", "description": "Marine mammal strandings (2000-2020) layers by species/group from Maine to Virginia: North Atlantic right whales, humpback whales, other whales and marine mammals, dolphins, porpoises, seals, and unidentified.\r\nThese data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health. \r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Unidentified": {"layer": {"id": 5214, "name": "Strandings - Unidentified", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5207, "name": "Marine Mammal Strandings: by Species/Group (2000-2020)", "description": "Marine mammal strandings (2000-2020) layers by species/group from Maine to Virginia: North Atlantic right whales, humpback whales, other whales and marine mammals, dolphins, porpoises, seals, and unidentified.\r\nThese data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health. \r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Winter": {"layer": {"id": 5221, "name": "Strandings - Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5220, "name": "Marine Mammal Strandings: by Season (2000-2020)", "description": "Marine mammal strandings layers by season (2000-2020) from Maine to Virginia. These data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health.\r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Spring": {"layer": {"id": 5222, "name": "Strandings - Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5220, "name": "Marine Mammal Strandings: by Season (2000-2020)", "description": "Marine mammal strandings layers by season (2000-2020) from Maine to Virginia. These data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health.\r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Summer": {"layer": {"id": 5223, "name": "Strandings - Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5220, "name": "Marine Mammal Strandings: by Season (2000-2020)", "description": "Marine mammal strandings layers by season (2000-2020) from Maine to Virginia. These data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health.\r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Strandings - Fall": {"layer": {"id": 5224, "name": "Strandings - Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5220, "name": "Marine Mammal Strandings: by Season (2000-2020)", "description": "Marine mammal strandings layers by season (2000-2020) from Maine to Virginia. These data are a subset of the larger dataset maintained by the NOAA Marine Mammal Health and Stranding Response Program.\r\n<br></br>\r\nData have been collected over the past 100 years by members of the U.S. National Marine Mammal Stranding Network on stranded cetaceans and pinnipeds (excluding walrus) along U.S. coasts under the oversight of the NOAA National Marine Fisheries Service. Data are gathered using a series of forms that collect valuable stranding information through a process known as Level A data collection. Stranding network responders use these forms to collect basic information on stranding events as well as morphology, life history, biology, and general health.\r\n<br></br>\r\nScientists and natural resource managers use the information to help promote the conservation of marine mammal species, as well as to respond to and mitigate threats to marine mammal populations. Individual stranding events are documented, providing important insight into natural history, life history, and health of species that can be cryptic and difficult to study. Long-term data collection allows for analysis of trends, and informs conservation and management efforts.\r\n<br></br>\r\nNOAA maintains a tabular dataset containing the species, date of initial observation, location of stranding, condition at initial observation, sex, age class, and condition/determination for all Level A strandings. This dataset, supplied by NOAA, was processed from tabular to geographic information systems (GIS) point file format by the MARCO Portal and prepared for visualization in partnership with the Marine Mammal Health and Stranding Response Program."}}, "Dedicated Habitat Research Area": {"layer": {"id": 1534, "name": "Dedicated Habitat Research Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4877, "name": "Management Areas: Habitat Conservation", "description": ""}}, "Clam Dredge Exemption Areas in the Great South Channel Habitat Management Area": {"layer": {"id": 4903, "name": "Clam Dredge Exemption Areas in the Great South Channel Habitat Management Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4877, "name": "Management Areas: Habitat Conservation", "description": ""}}, "Research Areas in the Great South Channel Habitat Management Area": {"layer": {"id": 4904, "name": "Research Areas in the Great South Channel Habitat Management Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4877, "name": "Management Areas: Habitat Conservation", "description": ""}}, "Habitat Management Areas": {"layer": {"id": 1539, "name": "Habitat Management Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4877, "name": "Management Areas: Habitat Conservation", "description": ""}}, "North Atlantic Right Whale Northeastern Critical Habitat": {"layer": {"id": 4905, "name": "North Atlantic Right Whale Northeastern Critical Habitat", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4877, "name": "Management Areas: Habitat Conservation", "description": ""}}, "Mid-Atlantic Exemption Area": {"layer": {"id": 4891, "name": "Mid-Atlantic Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4874, "name": "Management Areas: Monkfish and Skate", "description": ""}}, "Southern New England Monkfish and Skate Trawl Exemption Area": {"layer": {"id": 4906, "name": "Southern New England Monkfish and Skate Trawl Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4874, "name": "Management Areas: Monkfish and Skate", "description": ""}}, "Southern New England Monkfish and Skate Gillnet Exemption Area": {"layer": {"id": 4907, "name": "Southern New England Monkfish and Skate Gillnet Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4874, "name": "Management Areas: Monkfish and Skate", "description": ""}}, "Southern New England Exemption Area": {"layer": {"id": 5198, "name": "Southern New England Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6612, "name": "Mgt. Areas", "description": ""}}, "Offshore Fishery Program Area": {"layer": {"id": 4909, "name": "Offshore Fishery Program Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4874, "name": "Management Areas: Monkfish and Skate", "description": ""}}, "Monkfish Fishery Management Areas": {"layer": {"id": 4910, "name": "Monkfish Fishery Management Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4874, "name": "Management Areas: Monkfish and Skate", "description": ""}}, "Monkfish Canyon Closed Areas": {"layer": {"id": 4911, "name": "Monkfish Canyon Closed Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4874, "name": "Management Areas: Monkfish and Skate", "description": ""}}, "Southern New England Skate Bait Trawl Exemption Area": {"layer": {"id": 4913, "name": "Southern New England Skate Bait Trawl Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4874, "name": "Management Areas: Monkfish and Skate", "description": ""}}, "Skate Management Unit": {"layer": {"id": 4914, "name": "Skate Management Unit", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4874, "name": "Management Areas: Monkfish and Skate", "description": ""}}, "GOM Cod Protection Closure Areas": {"layer": {"id": 1536, "name": "GOM Cod Protection Closure Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4875, "name": "Management Areas: Northeast Multispecies (groundfish)", "description": ""}}, "Groundfish Closure Areas": {"layer": {"id": 1537, "name": "Groundfish Closure Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4875, "name": "Management Areas: Northeast Multispecies (groundfish)", "description": ""}}, "Groundfish Spawning Measures": {"layer": {"id": 1538, "name": "Groundfish Spawning Measures", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4875, "name": "Management Areas: Northeast Multispecies (groundfish)", "description": ""}}, "Nantucket Lightship Closed Area Exemption Areas": {"layer": {"id": 1542, "name": "Nantucket Lightship Closed Area Exemption Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4875, "name": "Management Areas: Northeast Multispecies (groundfish)", "description": ""}}, "Lobster Gear Areas": {"layer": {"id": 4919, "name": "Lobster Gear Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6616, "name": "Mgt. Areas", "description": ""}}, "Lobster Management Areas": {"layer": {"id": 1541, "name": "Lobster Management Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6616, "name": "Mgt. Areas", "description": ""}}, "Lobster Restricted Gear Areas": {"layer": {"id": 4918, "name": "Lobster Restricted Gear Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6616, "name": "Mgt. Areas", "description": ""}}, "Northeast Trap/Pot Management Areas": {"layer": {"id": 4915, "name": "Northeast Trap/Pot Management Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6616, "name": "Mgt. Areas", "description": ""}}, "Sinking Groundline Exemption Contour": {"layer": {"id": 4917, "name": "Sinking Groundline Exemption Contour", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6616, "name": "Mgt. Areas", "description": ""}}, "Fishing2|Fishery Specific|Surfclam/Quahog|Fishing Vessel ActivityVMS": {"layer": {"id": 6606, "name": "Fishing2|Fishery Specific|Surfclam/Quahog|Fishing Vessel ActivityVMS", "has_sublayers": true, "sublayers": [{"name": "Surfclam/Ocean Quahog 2006-2010", "id": 288}, {"name": "Surfclam/Ocean Quahog 2012-2014", "id": 289}, {"name": "Surfclam/Ocean Quahog 2015-2016", "id": 712}, {"name": "Surfclam/Ocean Quahog 2012-2014 (<4 knots)", "id": 290}, {"name": "Surfclam/Ocean Quahog 2015-2016 (<4 knots)", "id": 713}, {"name": "Ocean Quahog 2015-2019", "id": 5451}, {"name": "Surfclam 2015-2019", "id": 5452}]}, "theme": {"id": 6605, "name": "Surfclam/Quahog", "description": ""}}, "Fishing2|Fishery Specific|Surfclam/Quahog|NOAA Fishing Footprints": {"layer": {"id": 6607, "name": "Fishing2|Fishery Specific|Surfclam/Quahog|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Surfclam/Ocean Quahog Landings 2011-2015", "id": 6007}, {"name": "Surfclam/Ocean Quahog Landings 2016-2020", "id": 6021}, {"name": "Surfclam/Ocean Quahog Revenue 2011-2015", "id": 6056}, {"name": "Surfclam/Ocean Quahog Revenue 2016-2020", "id": 6071}, {"name": "Dredge - Clam Landings 2011-2015", "id": 5974}, {"name": "Dredge - Clam Landings 2016-2020", "id": 5984}, {"name": "Dredge - Clam Revenue 2011-2015", "id": 6022}, {"name": "Dredge - Clam Revenue 2016-2020", "id": 6032}]}, "theme": {"id": 6605, "name": "Surfclam/Quahog", "description": ""}}, "Fishing2|Fishery Specific|Surfclam/Quahog|Mgt. Areas": {"layer": {"id": 6608, "name": "Fishing2|Fishery Specific|Surfclam/Quahog|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Surfclam/Ocean Quahog Environmental Degradation Closures", "id": 1535}]}, "theme": {"id": 6605, "name": "Surfclam/Quahog", "description": ""}}, "Mackerel/Squid/Butterfish Revenue 2011-2015": {"layer": {"id": 6046, "name": "Mackerel/Squid/Butterfish Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Mackerel/Squid/Butterfish Revenue 2016-2020": {"layer": {"id": 6061, "name": "Mackerel/Squid/Butterfish Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "NPP 2010 Winter": {"layer": {"id": 764, "name": "NPP 2010 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2010 Spring": {"layer": {"id": 765, "name": "NPP 2010 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2010 Summer": {"layer": {"id": 766, "name": "NPP 2010 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2010 Fall": {"layer": {"id": 767, "name": "NPP 2010 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2011 Winter": {"layer": {"id": 760, "name": "NPP 2011 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2011 Spring": {"layer": {"id": 761, "name": "NPP 2011 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2011 Summer": {"layer": {"id": 762, "name": "NPP 2011 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2011 Fall": {"layer": {"id": 763, "name": "NPP 2011 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2012 Winter": {"layer": {"id": 756, "name": "NPP 2012 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2012 Spring": {"layer": {"id": 757, "name": "NPP 2012 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2012 Summer": {"layer": {"id": 758, "name": "NPP 2012 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2012 Fall": {"layer": {"id": 759, "name": "NPP 2012 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2013 Winter": {"layer": {"id": 752, "name": "NPP 2013 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2013 Spring": {"layer": {"id": 753, "name": "NPP 2013 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2013 Summer": {"layer": {"id": 754, "name": "NPP 2013 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2013 Fall": {"layer": {"id": 755, "name": "NPP 2013 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2014 Winter": {"layer": {"id": 748, "name": "NPP 2014 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2014 Spring": {"layer": {"id": 749, "name": "NPP 2014 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2014 Summer": {"layer": {"id": 750, "name": "NPP 2014 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2014 Fall": {"layer": {"id": 751, "name": "NPP 2014 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2015 Winter": {"layer": {"id": 546, "name": "NPP 2015 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2015 Spring": {"layer": {"id": 547, "name": "NPP 2015 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2015 Summer": {"layer": {"id": 548, "name": "NPP 2015 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2015 Fall": {"layer": {"id": 549, "name": "NPP 2015 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2016 Winter": {"layer": {"id": 550, "name": "NPP 2016 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2016 Spring": {"layer": {"id": 551, "name": "NPP 2016 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2016 Summer": {"layer": {"id": 552, "name": "NPP 2016 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2016 Fall": {"layer": {"id": 553, "name": "NPP 2016 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2017 Winter": {"layer": {"id": 554, "name": "NPP 2017 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2017 Spring": {"layer": {"id": 674, "name": "NPP 2017 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2017 Summer": {"layer": {"id": 675, "name": "NPP 2017 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2017 Fall": {"layer": {"id": 676, "name": "NPP 2017 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2018 Winter": {"layer": {"id": 677, "name": "NPP 2018 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2018 Spring": {"layer": {"id": 3276, "name": "NPP 2018 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2018 Summer": {"layer": {"id": 3277, "name": "NPP 2018 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2018 Fall": {"layer": {"id": 3278, "name": "NPP 2018 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2019 Winter": {"layer": {"id": 3279, "name": "NPP 2019 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2019 Spring": {"layer": {"id": 3280, "name": "NPP 2019 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2019 Summer": {"layer": {"id": 5485, "name": "NPP 2019 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2019 Fall": {"layer": {"id": 5486, "name": "NPP 2019 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2020 Winter": {"layer": {"id": 5473, "name": "NPP 2020 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2020 Spring": {"layer": {"id": 5474, "name": "NPP 2020 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2020 Summer": {"layer": {"id": 5475, "name": "NPP 2020 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2020 Fall": {"layer": {"id": 5476, "name": "NPP 2020 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2021 Winter": {"layer": {"id": 5487, "name": "NPP 2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2021 Spring": {"layer": {"id": 5488, "name": "NPP 2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2021 Summer": {"layer": {"id": 5489, "name": "NPP 2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2021 Fall": {"layer": {"id": 5490, "name": "NPP 2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2022 Winter": {"layer": {"id": 5491, "name": "NPP 2022 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "NPP 2022 Spring": {"layer": {"id": 5492, "name": "NPP 2022 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 545, "name": "Net Primary Productivity", "description": "In the surface ocean, net primary productivity (NPP) is the amount of organic carbon generated by photosynthesis in planktonic organisms minus the amount of organic carbon used by these organisms in respiration. Primary producers form the base of the food chain and generate the biomass that sustains all life in the ocean. NOAA CoastWatch provides a measurement of primary productivity based on a number of satellite measurements.  These data represent seasonal 'max' values of ocean NPP generated utilizing data available from NOAA CoastWatch.  Data were processed to monthly rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Seabed Shear Stress": {"layer": {"id": 1690, "name": "Seabed Shear Stress", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4581, "name": "Seabeds and Sediments", "description": "A selection of maps depicting the physical characteristics and makeup of the ocean floor."}}, "Seabed Forms": {"layer": {"id": 3945, "name": "Seabed Forms", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4581, "name": "Seabeds and Sediments", "description": "A selection of maps depicting the physical characteristics and makeup of the ocean floor."}}, "Soft Sediments": {"layer": {"id": 336, "name": "Soft Sediments", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4581, "name": "Seabeds and Sediments", "description": "A selection of maps depicting the physical characteristics and makeup of the ocean floor."}}, "BOEM Modeled Shoals in Federal Waters": {"layer": {"id": 4552, "name": "BOEM Modeled Shoals in Federal Waters", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4529, "name": "Managed Sediments and Sand", "description": "This collection includes maps characterizing sand and sediments as potential resources for human/industrial use (e.g. borrow areas, beach nourishment projects). See the Habitat theme for several additional data layers pertaining to the Mid-Atlantic\u2019s ocean bottom."}}, "Seabed Mobility": {"layer": {"id": 1691, "name": "Seabed Mobility", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4581, "name": "Seabeds and Sediments", "description": "A selection of maps depicting the physical characteristics and makeup of the ocean floor."}}, "Southeast New England Regional Sediment": {"layer": {"id": 6509, "name": "Southeast New England Regional Sediment", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4581, "name": "Seabeds and Sediments", "description": "A selection of maps depicting the physical characteristics and makeup of the ocean floor."}}, "Surficial Substrates Stokesbury et al. 2024": {"layer": {"id": 6287, "name": "Surficial Substrates Stokesbury et al. 2024", "has_sublayers": true, "sublayers": [{"name": "Probability of Cobble", "id": 6505}, {"name": "Probability of Gravel", "id": 6504}, {"name": "Probability of Mud", "id": 6502}, {"name": "Probability of Rock", "id": 6506}, {"name": "Probability of Sand", "id": 6503}, {"name": "Probability of Shell Debris", "id": 6507}]}, "theme": {"id": 4581, "name": "Seabeds and Sediments", "description": "A selection of maps depicting the physical characteristics and makeup of the ocean floor."}}, "Relocated Boulders": {"layer": {"id": 6508, "name": "Relocated Boulders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4581, "name": "Seabeds and Sediments", "description": "A selection of maps depicting the physical characteristics and makeup of the ocean floor."}}, "Pots and Traps 1996-2000": {"layer": {"id": 661, "name": "Pots and Traps 1996-2000", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Pots and Traps 2001-2005": {"layer": {"id": 660, "name": "Pots and Traps 2001-2005", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Pots and Traps 2006-2010": {"layer": {"id": 659, "name": "Pots and Traps 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Longline 1996-2000": {"layer": {"id": 645, "name": "Longline 1996-2000", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Longline 2001-2005": {"layer": {"id": 644, "name": "Longline 2001-2005", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Longline 2006-2010": {"layer": {"id": 643, "name": "Longline 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Longline 2011-2015": {"layer": {"id": 642, "name": "Longline 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Gillnet 1996-2000": {"layer": {"id": 637, "name": "Gillnet 1996-2000", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Gillnet 2001-2005": {"layer": {"id": 636, "name": "Gillnet 2001-2005", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Gillnet 2006-2010": {"layer": {"id": 635, "name": "Gillnet 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Gillnet 2011-2015": {"layer": {"id": 634, "name": "Gillnet 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Dredge 1996-2000": {"layer": {"id": 621, "name": "Dredge 1996-2000", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Dredge 2001-2005": {"layer": {"id": 620, "name": "Dredge 2001-2005", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Dredge 2006-2010": {"layer": {"id": 619, "name": "Dredge 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Dredge 2011-2015": {"layer": {"id": 618, "name": "Dredge 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Bottom Trawl < 65 ft 1996-2000": {"layer": {"id": 613, "name": "Bottom Trawl < 65 ft 1996-2000", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Bottom Trawl < 65 ft 2001-2005": {"layer": {"id": 612, "name": "Bottom Trawl < 65 ft 2001-2005", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Bottom Trawl > 65 ft 2001-2005": {"layer": {"id": 604, "name": "Bottom Trawl > 65 ft 2001-2005", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Bottom Trawl < 65 ft 2006-2010": {"layer": {"id": 611, "name": "Bottom Trawl < 65 ft 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Bottom Trawl < 65 ft 2011-2015": {"layer": {"id": 610, "name": "Bottom Trawl < 65 ft 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Pots and Traps 2011-2015": {"layer": {"id": 658, "name": "Pots and Traps 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Bottom Trawl > 65 ft 1996-2000": {"layer": {"id": 605, "name": "Bottom Trawl > 65 ft 1996-2000", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Bottom Trawl > 65 ft 2006-2010": {"layer": {"id": 603, "name": "Bottom Trawl > 65 ft 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Bottom Trawl > 65 ft 2011-2015": {"layer": {"id": 602, "name": "Bottom Trawl > 65 ft 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 313, "name": "Commercial Fishing - VTR", "description": "Commercial Fishing - VTR (also referred to as Communities at Sea) maps link fishing communities to specific resource areas in the ocean. They are developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data.  VTRs include trip date, number of crew on board, species and quantities caught, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).  By linking the two, fishing communities can be categorized based on port and fishing gear group combinations as a function of port of origin or major gear type used on the vessel. For example, fishermen from Newport News, VA and Montauk, NY who fish using dredge gear can be grouped and mapped as two separate communities.  \r\n\r\n</br></br>\r\n\r\nThis set of maps was created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The VTR maps show total labor including crew time and the time spent in transit to and from fishing locations. They do not show other variables such as ex-vessel value or number of pounds landed. The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a fishing area (i.e. \"hot spot\") of any individual fisherman or fishing vessel.\r\n\r\n</br></br>\r\n\r\nDraft maps were reviewed and refined in consultation with diverse fishermen in several ports in each Mid-Atlantic state. The following considerations and caveats guided and emerged from these conversations:\r\n\r\n<ul>\r\n\r\n<li>\r\n\r\nThese maps represent the locations and intensity of fishing during recent years (2011-2014).  If these maps are considered during planning or permitting decision making processes it\u2019s critical to recognize that additional important fishing areas may not be represented as locations frequently shift due to several factors including market dynamics, regulatory changes and rotational fishing strategies. \r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps only show fishing conducted by vessels holding federal fishing permits. The maps do show a portion of state licensed activity because many state licensed vessels engaged in ocean fishing also hold federal permits and therefore submit VTRs. State licensed fishing activity includes whelks (\u201cconch\u201d), striped bass, black sea bass and lobster.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nMaps showing areas for fixed gear (pots, traps, gillnets) fishing activity will tend to be more accurate than maps showing fishing using mobile (trawls, dredges) fishing gear, and maps showing single day trips will tend to be more accurate than maps showing multi-data trips. This is because of the nature of the fishing activity and record keeping regulations; fishermen are only required to report one geographic position (point location) per trip on VTRs unless switching to a new gear type or moving into a new statistical area.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nThese maps can be supplemented with maps based on Vessel Monitoring System data (available for select federally managed fisheries).  Overlay comparison of these VTR based maps with VMS based maps reveals substantial agreement between the two and the VMS maps provide additional useful precision for some fisheries.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFisheries and fisheries data are complex and there are many options for mapping fishing activity, each with strengths and weaknesses.  These maps are intended as a starting to point to help target and guide direct engagement and consultation with specific affected fishing communities during diverse ocean planning, permitting and management decision making processes.\r\n\r\n</li>\r\n\r\n<li>\r\n\r\nFor some types of decision making (e.g. detailed construction plans for energy infrastructure) much finer scale information and data than can be obtained using either VTR or VMS data will be needed, ideally provided by fishermen.\r\n\r\n</li>  \r\n\r\n</ul>"}}, "Other Vessel Transit Counts (2017)": {"layer": {"id": 1344, "name": "Other Vessel Transit Counts (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Fishing Vessel Transit Counts (2017)": {"layer": {"id": 1345, "name": "Fishing Vessel Transit Counts (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Pleasure Craft-Sailing Vessel Transit Counts (2017)": {"layer": {"id": 1346, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "All Vessel Transit Counts (2017)": {"layer": {"id": 1339, "name": "All Vessel Transit Counts (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Cargo Vessel Transit Counts (2017)": {"layer": {"id": 1340, "name": "Cargo Vessel Transit Counts (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Passenger Vessel Transit Counts (2017)": {"layer": {"id": 1341, "name": "Passenger Vessel Transit Counts (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Tanker Vessel Transit Counts (2017)": {"layer": {"id": 1342, "name": "Tanker Vessel Transit Counts (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Tug-Tow Vessel Transit Counts (2017)": {"layer": {"id": 1343, "name": "Tug-Tow Vessel Transit Counts (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Northern Gannet, Fall Migration, Utilization Distribution": {"layer": {"id": 3947, "name": "Northern Gannet, Fall Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Northern Gannet, Spring Migration, Utilization Distribution": {"layer": {"id": 3948, "name": "Northern Gannet, Spring Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Northern Gannet, Winter Migration, Utilization Distribution": {"layer": {"id": 3949, "name": "Northern Gannet, Winter Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Red Throated Loon, Fall Migration, Utilization Distribution": {"layer": {"id": 3950, "name": "Red Throated Loon, Fall Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Red Throated Loon, Spring Migration, Utilization Distribution": {"layer": {"id": 3951, "name": "Red Throated Loon, Spring Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Red Throated Loon, Winter Migration, Utilization Distribution": {"layer": {"id": 3952, "name": "Red Throated Loon, Winter Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Surf Scoter, Fall Migration, Utilization Distribution": {"layer": {"id": 3953, "name": "Surf Scoter, Fall Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Surf Scoter, Spring Migration, Utilization Distribution": {"layer": {"id": 3954, "name": "Surf Scoter, Spring Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Surf Scoter, Winter Migration, Utilization Distribution": {"layer": {"id": 3955, "name": "Surf Scoter, Winter Migration, Utilization Distribution", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Black-capped Petrel Individual Movement Tracks": {"layer": {"id": 5227, "name": "Black-capped Petrel Individual Movement Tracks", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3946, "name": "Bird Migrations", "description": "These datasets represent some of the results of a study to determine fine-scale use and movement patterns over the course of five years (2012-2016) of over 400 individuals of three species of diving marine birds, Red-throated Loon (Gavia stellata), Surf Scoter (Melanitta perspicillata), and Northern Gannet (Morus bassanus), in Federal waters of the mid-Atlantic U.S. during migration and winter. These species are each found in relatively large numbers and represent a cross-section of marine birds within mid-Atlantic U.S. waters during this time period. They are all considered species of conservation concern, and also exhibit traits that may make them vulnerable to the adverse effects of offshore wind development."}}, "Fishing Effects - Intrinsic Seabed Habitat Vulnerability": {"layer": {"id": 4559, "name": "Fishing Effects - Intrinsic Seabed Habitat Vulnerability", "has_sublayers": true, "sublayers": [{"name": "Intrinsic Seabed Habitat Vulnerability: Bottom Trawl, median fishing effort", "id": 4568}, {"name": "Intrinsic Seabed Habitat Vulnerability: Scallop Dredge, median fishing effort", "id": 4569}, {"name": "Intrinsic Seabed Habitat Vulnerability: Hydraulic Clam Dredge, median fishing effort", "id": 4570}, {"name": "Intrinsic Seabed Habitat Vulnerability: Gillnet, median fishing effort", "id": 4571}, {"name": "Intrinsic Seabed Habitat Vulnerability: Longline, median fishing effort", "id": 4572}, {"name": "Intrinsic Seabed Habitat Vulnerability: Trap, median fishing effort", "id": 4573}]}, "theme": {"id": 6292, "name": "Fishing Effects", "description": ""}}, "Fishing Effects - Percent Seabed Habitat Disturbance (2015)": {"layer": {"id": 4841, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "has_sublayers": true, "sublayers": [{"name": "All Gear Types Percent Seabed Habitat Disturbance (2015)", "id": 4844}, {"name": "Bottom Trawl Percent Seabed Habitat Disturbance (2015)", "id": 4845}, {"name": "Gillnet Percent Seabed Habitat Disturbance (2015)", "id": 4846}, {"name": "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2015)", "id": 4847}, {"name": "Longline Percent Seabed Habitat Disturbance (2015)", "id": 4848}, {"name": "Scallop Dredge Percent Seabed Habitat Disturbance (2015)", "id": 4849}, {"name": "Trap Percent Seabed Habitat Disturbance (2015)", "id": 4850}]}, "theme": {"id": 6292, "name": "Fishing Effects", "description": ""}}, "Percent Seabed Habitat Disturbance 2015 Monthly Data Sliders": {"layer": {"id": 4839, "name": "Percent Seabed Habitat Disturbance 2015 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6292, "name": "Fishing Effects", "description": ""}}, "Fishing Effects - Percent Seabed Habitat Disturbance (2016)": {"layer": {"id": 4842, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "has_sublayers": true, "sublayers": [{"name": "All Gear Types Percent Seabed Habitat Disturbance (2016)", "id": 4851}, {"name": "Bottom Trawl Percent Seabed Habitat Disturbance (2016)", "id": 4852}, {"name": "Gillnet Percent Seabed Habitat Disturbance (2016)", "id": 4853}, {"name": "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2016)", "id": 4854}, {"name": "Longline Percent Seabed Habitat Disturbance (2016)", "id": 4855}, {"name": "Scallop Dredge Percent Seabed Habitat Disturbance (2016)", "id": 4856}, {"name": "Trap Percent Seabed Habitat Disturbance (2016)", "id": 4857}]}, "theme": {"id": 6292, "name": "Fishing Effects", "description": ""}}, "Percent Seabed Habitat Disturbance 2016 Monthly Data Sliders": {"layer": {"id": 4666, "name": "Percent Seabed Habitat Disturbance 2016 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6292, "name": "Fishing Effects", "description": ""}}, "Fishing Effects - Percent Seabed Habitat Disturbance (2017)": {"layer": {"id": 4843, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "has_sublayers": true, "sublayers": [{"name": "Bottom Trawl Percent Seabed Habitat Disturbance (2017)", "id": 4859}, {"name": "Gillnet Percent Seabed Habitat Disturbance (2017)", "id": 4860}, {"name": "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2017)", "id": 4861}, {"name": "Longline Percent Seabed Habitat Disturbance (2017)", "id": 4862}, {"name": "Scallop Dredge Percent Seabed Habitat Disturbance (2017)", "id": 4863}, {"name": "Trap Percent Seabed Habitat Disturbance (2017)", "id": 4864}, {"name": "All Gear Types Percent Seabed Habitat Disturbance (2017)", "id": 4858}]}, "theme": {"id": 6292, "name": "Fishing Effects", "description": ""}}, "Percent Seabed Habitat Disturbance 2017 Monthly Data Sliders": {"layer": {"id": 4754, "name": "Percent Seabed Habitat Disturbance 2017 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6292, "name": "Fishing Effects", "description": ""}}, "Sediment Type from Fishing Effects Model": {"layer": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "has_sublayers": true, "sublayers": [{"name": "Percent Sediment Type: Mud", "id": 4560}, {"name": "Percent Sediment Type: Sand", "id": 4561}, {"name": "Percent Sediment Type: Granule and Pebble", "id": 4562}, {"name": "Percent Sediment Type: Cobble", "id": 4563}, {"name": "Percent Sediment Type: Boulder", "id": 4564}, {"name": "Percent Sediment Type: Steep/Deep", "id": 4565}, {"name": "Sediment Diversity", "id": 4566}, {"name": "Sediment Data Density", "id": 4567}]}, "theme": {"id": 6292, "name": "Fishing Effects", "description": ""}}, "Raised Footrope Trawl Whiting Fishery Exemption Areas": {"layer": {"id": 5199, "name": "Raised Footrope Trawl Whiting Fishery Exemption Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6612, "name": "Mgt. Areas", "description": ""}}, "Cultivator Shoal Whiting Fishery Exemption Area": {"layer": {"id": 5200, "name": "Cultivator Shoal Whiting Fishery Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6612, "name": "Mgt. Areas", "description": ""}}, "Gulf of Maine Grate Raised Footrope Trawl Whiting Fishery Exemption Area": {"layer": {"id": 5201, "name": "Gulf of Maine Grate Raised Footrope Trawl Whiting Fishery Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6612, "name": "Mgt. Areas", "description": ""}}, "Small Mesh Areas 1 and 2": {"layer": {"id": 5202, "name": "Small Mesh Areas 1 and 2", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6612, "name": "Mgt. Areas", "description": ""}}, "All Vessel Transit Counts (2018)": {"layer": {"id": 4484, "name": "All Vessel Transit Counts (2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4475, "name": "AIS Vessel Transit Counts (2018)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Cargo Vessel Transit Counts (2018)": {"layer": {"id": 4485, "name": "Cargo Vessel Transit Counts (2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4475, "name": "AIS Vessel Transit Counts (2018)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Fishing Vessel Transit Counts (2018)": {"layer": {"id": 4486, "name": "Fishing Vessel Transit Counts (2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4475, "name": "AIS Vessel Transit Counts (2018)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Other Vessel Transit Counts (2018)": {"layer": {"id": 4487, "name": "Other Vessel Transit Counts (2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4475, "name": "AIS Vessel Transit Counts (2018)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Passenger Vessel Transit Counts (2018)": {"layer": {"id": 4488, "name": "Passenger Vessel Transit Counts (2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4475, "name": "AIS Vessel Transit Counts (2018)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Pleasure Craft-Sailing Vessel Transit Counts (2018)": {"layer": {"id": 4489, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4475, "name": "AIS Vessel Transit Counts (2018)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tanker Vessel Transit Counts (2018)": {"layer": {"id": 4490, "name": "Tanker Vessel Transit Counts (2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4475, "name": "AIS Vessel Transit Counts (2018)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Recreational Boating Points": {"layer": {"id": 164, "name": "Recreational Boating Points", "has_sublayers": false, "sublayers": []}, "theme": {"id": 163, "name": "Recreational Boating Survey", "description": "The goal of this study was to gather data on recreational boating routes and activities in ocean and coastal waters of the U.S. Mid-Atlantic region\u2014covering the states of New Jersey, Delaware, Maryland, and Virginia. The data were collected each month through an online survey deployed to registered boaters from June 4, 2013 to December 1, 2013. The survey respondents provided spatial information by drawing their boating routes and placing a marker to indicate where they recreated in the last month. The resulting data layers display the density of boater routes and activity points in the Mid-Atlantic region. \n\n\n\n<br><br>Please note this data set should not be construed as representative of private boater activity as a whole.  Due to the limited number of survey respondents, the data represents only a portion of actual offshore private boating activities."}}, "Recreational Boating density (1km)": {"layer": {"id": 166, "name": "Recreational Boating density (1km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 163, "name": "Recreational Boating Survey", "description": "The goal of this study was to gather data on recreational boating routes and activities in ocean and coastal waters of the U.S. Mid-Atlantic region\u2014covering the states of New Jersey, Delaware, Maryland, and Virginia. The data were collected each month through an online survey deployed to registered boaters from June 4, 2013 to December 1, 2013. The survey respondents provided spatial information by drawing their boating routes and placing a marker to indicate where they recreated in the last month. The resulting data layers display the density of boater routes and activity points in the Mid-Atlantic region. \n\n\n\n<br><br>Please note this data set should not be construed as representative of private boater activity as a whole.  Due to the limited number of survey respondents, the data represents only a portion of actual offshore private boating activities."}}, "Recreational Boating density (5km)": {"layer": {"id": 167, "name": "Recreational Boating density (5km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 163, "name": "Recreational Boating Survey", "description": "The goal of this study was to gather data on recreational boating routes and activities in ocean and coastal waters of the U.S. Mid-Atlantic region\u2014covering the states of New Jersey, Delaware, Maryland, and Virginia. The data were collected each month through an online survey deployed to registered boaters from June 4, 2013 to December 1, 2013. The survey respondents provided spatial information by drawing their boating routes and placing a marker to indicate where they recreated in the last month. The resulting data layers display the density of boater routes and activity points in the Mid-Atlantic region. \n\n\n\n<br><br>Please note this data set should not be construed as representative of private boater activity as a whole.  Due to the limited number of survey respondents, the data represents only a portion of actual offshore private boating activities."}}, "Recreational Boating Routes and Density": {"layer": {"id": 165, "name": "Recreational Boating Routes and Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 163, "name": "Recreational Boating Survey", "description": "The goal of this study was to gather data on recreational boating routes and activities in ocean and coastal waters of the U.S. Mid-Atlantic region\u2014covering the states of New Jersey, Delaware, Maryland, and Virginia. The data were collected each month through an online survey deployed to registered boaters from June 4, 2013 to December 1, 2013. The survey respondents provided spatial information by drawing their boating routes and placing a marker to indicate where they recreated in the last month. The resulting data layers display the density of boater routes and activity points in the Mid-Atlantic region. \n\n\n\n<br><br>Please note this data set should not be construed as representative of private boater activity as a whole.  Due to the limited number of survey respondents, the data represents only a portion of actual offshore private boating activities."}}, "Northeast Recreational Boating Density": {"layer": {"id": 315, "name": "Northeast Recreational Boating Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 163, "name": "Recreational Boating Survey", "description": "The goal of this study was to gather data on recreational boating routes and activities in ocean and coastal waters of the U.S. Mid-Atlantic region\u2014covering the states of New Jersey, Delaware, Maryland, and Virginia. The data were collected each month through an online survey deployed to registered boaters from June 4, 2013 to December 1, 2013. The survey respondents provided spatial information by drawing their boating routes and placing a marker to indicate where they recreated in the last month. The resulting data layers display the density of boater routes and activity points in the Mid-Atlantic region. \n\n\n\n<br><br>Please note this data set should not be construed as representative of private boater activity as a whole.  Due to the limited number of survey respondents, the data represents only a portion of actual offshore private boating activities."}}, "NY Recreational Fishing": {"layer": {"id": 211, "name": "NY Recreational Fishing", "has_sublayers": false, "sublayers": []}, "theme": {"id": 210, "name": "Recreational Uses Workshop: NY", "description": "DOS staff worked with NOAA\u2019s Coastal Services Center (CSC) to design and develop a participatory mapping process. Leaders from 30 partner organizations and other knowledgeable individuals were invited to participate in one of five offshore use workshops conducted during the summer of 2011: two each in Riverhead and Baldwin, and one in Manhattan.At the workshops, DOS and CSC trained organizational contacts and knowledgeable individuals to work with their colleagues, constituents, and memberships to collect ocean use information. At the conclusion of the workshops, participants were provided with information-collecting kits containing navigation charts, information tables, guidance for meeting with their members and collecting information, sample charts and tables, and copies of several one-pagers explaining DOS\u2019s marine spatial planning process, ocean uses, offshore habitats, and offshore renewable energy development.Workshop participants collected ocean use information from their peers over several months, and the marked-up charts with corresponding information tables were returned to DOS, representing over 130 records of new ocean use information. DOS digitized the geographic information provided by ocean users and created an aggregate dataset, including linked attribute data characterizing each mapped use area. DOS staff returned to the organizations that provided ocean use information to \u201cground truth\u201d the digitized data during the winter of 2011 and through the spring of 2012. These geographic data were updated/corrected based on participant feedback."}}, "NY Surfing": {"layer": {"id": 212, "name": "NY Surfing", "has_sublayers": false, "sublayers": []}, "theme": {"id": 210, "name": "Recreational Uses Workshop: NY", "description": "DOS staff worked with NOAA\u2019s Coastal Services Center (CSC) to design and develop a participatory mapping process. Leaders from 30 partner organizations and other knowledgeable individuals were invited to participate in one of five offshore use workshops conducted during the summer of 2011: two each in Riverhead and Baldwin, and one in Manhattan.At the workshops, DOS and CSC trained organizational contacts and knowledgeable individuals to work with their colleagues, constituents, and memberships to collect ocean use information. At the conclusion of the workshops, participants were provided with information-collecting kits containing navigation charts, information tables, guidance for meeting with their members and collecting information, sample charts and tables, and copies of several one-pagers explaining DOS\u2019s marine spatial planning process, ocean uses, offshore habitats, and offshore renewable energy development.Workshop participants collected ocean use information from their peers over several months, and the marked-up charts with corresponding information tables were returned to DOS, representing over 130 records of new ocean use information. DOS digitized the geographic information provided by ocean users and created an aggregate dataset, including linked attribute data characterizing each mapped use area. DOS staff returned to the organizations that provided ocean use information to \u201cground truth\u201d the digitized data during the winter of 2011 and through the spring of 2012. These geographic data were updated/corrected based on participant feedback."}}, "NY Wildlife Viewing": {"layer": {"id": 213, "name": "NY Wildlife Viewing", "has_sublayers": false, "sublayers": []}, "theme": {"id": 210, "name": "Recreational Uses Workshop: NY", "description": "DOS staff worked with NOAA\u2019s Coastal Services Center (CSC) to design and develop a participatory mapping process. Leaders from 30 partner organizations and other knowledgeable individuals were invited to participate in one of five offshore use workshops conducted during the summer of 2011: two each in Riverhead and Baldwin, and one in Manhattan.At the workshops, DOS and CSC trained organizational contacts and knowledgeable individuals to work with their colleagues, constituents, and memberships to collect ocean use information. At the conclusion of the workshops, participants were provided with information-collecting kits containing navigation charts, information tables, guidance for meeting with their members and collecting information, sample charts and tables, and copies of several one-pagers explaining DOS\u2019s marine spatial planning process, ocean uses, offshore habitats, and offshore renewable energy development.Workshop participants collected ocean use information from their peers over several months, and the marked-up charts with corresponding information tables were returned to DOS, representing over 130 records of new ocean use information. DOS digitized the geographic information provided by ocean users and created an aggregate dataset, including linked attribute data characterizing each mapped use area. DOS staff returned to the organizations that provided ocean use information to \u201cground truth\u201d the digitized data during the winter of 2011 and through the spring of 2012. These geographic data were updated/corrected based on participant feedback."}}, "OCS-A 0534 Park City Wind LLC (New England Wind)": {"layer": {"id": 5172, "name": "OCS-A 0534 Park City Wind LLC (New England Wind)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3321, "name": "Offshore Energy Projects Under Review", "description": "Proposed offshore wind energy projects currently in the review stages."}}, "OCS-A 0508 Avangrid Renewables LLC": {"layer": {"id": 5173, "name": "OCS-A 0508 Avangrid Renewables LLC", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3321, "name": "Offshore Energy Projects Under Review", "description": "Proposed offshore wind energy projects currently in the review stages."}}, "Offshore Wind - Proposed Substations": {"layer": {"id": 5502, "name": "Offshore Wind - Proposed Substations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3321, "name": "Offshore Energy Projects Under Review", "description": "Proposed offshore wind energy projects currently in the review stages."}}, "Offshore Wind - Proposed or Installed Turbine Locations": {"layer": {"id": 5503, "name": "Offshore Wind - Proposed or Installed Turbine Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3321, "name": "Offshore Energy Projects Under Review", "description": "Proposed offshore wind energy projects currently in the review stages."}}, "OCS-A 0521 SouthCoast Wind Energy LLC": {"layer": {"id": 5759, "name": "OCS-A 0521 SouthCoast Wind Energy LLC", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3321, "name": "Offshore Energy Projects Under Review", "description": "Proposed offshore wind energy projects currently in the review stages."}}, "OCS-A 0520 Beacon Wind LLC": {"layer": {"id": 5773, "name": "OCS-A 0520 Beacon Wind LLC", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3321, "name": "Offshore Energy Projects Under Review", "description": "Proposed offshore wind energy projects currently in the review stages."}}, "OCS-A 0549 Atlantic Shores North": {"layer": {"id": 5949, "name": "OCS-A 0549 Atlantic Shores North", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3321, "name": "Offshore Energy Projects Under Review", "description": "Proposed offshore wind energy projects currently in the review stages."}}, "Small Mesh Multispecies Revenue 2011-2015": {"layer": {"id": 6053, "name": "Small Mesh Multispecies Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Small Mesh Multispecies Revenue 2016-2020": {"layer": {"id": 6068, "name": "Small Mesh Multispecies Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)|Mgt. Areas": {"layer": {"id": 6612, "name": "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Southern New England Exemption Area", "id": 5198}, {"name": "Raised Footrope Trawl Whiting Fishery Exemption Areas", "id": 5199}, {"name": "Cultivator Shoal Whiting Fishery Exemption Area", "id": 5200}, {"name": "Gulf of Maine Grate Raised Footrope Trawl Whiting Fishery Exemption Area", "id": 5201}, {"name": "Small Mesh Areas 1 and 2", "id": 5202}]}, "theme": {"id": 6609, "name": "Small Mesh Multispecies (whiting)", "description": ""}}, "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)|NOAA Fishing Footprints": {"layer": {"id": 6611, "name": "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Small Mesh Multispecies Landings 2011-2015", "id": 6004}, {"name": "Small Mesh Multispecies Landings 2016-2020", "id": 6018}, {"name": "Small Mesh Multispecies Revenue 2011-2015", "id": 6053}, {"name": "Small Mesh Multispecies Revenue 2016-2020", "id": 6068}]}, "theme": {"id": 6609, "name": "Small Mesh Multispecies (whiting)", "description": ""}}, "Fishing2|Fishery Specific|Golden/Blueline Tilefish|Mgt. Areas": {"layer": {"id": 6595, "name": "Fishing2|Fishery Specific|Golden/Blueline Tilefish|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Tilefish Gear Restricted Areas", "id": 6588}]}, "theme": {"id": 6592, "name": "Golden/Blueline Tilefish", "description": ""}}, "All Vessel Transit Counts (2015)": {"layer": {"id": 781, "name": "All Vessel Transit Counts (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Cargo Vessel Transit Counts (2015)": {"layer": {"id": 782, "name": "Cargo Vessel Transit Counts (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Passenger Vessel Transit Counts (2015)": {"layer": {"id": 783, "name": "Passenger Vessel Transit Counts (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Tanker Vessel Transit Counts (2015)": {"layer": {"id": 784, "name": "Tanker Vessel Transit Counts (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Tug-Tow Vessel Transit Counts (2015)": {"layer": {"id": 785, "name": "Tug-Tow Vessel Transit Counts (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Fishing Vessel Transit Counts (2015)": {"layer": {"id": 787, "name": "Fishing Vessel Transit Counts (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Other Vessel Transit Counts (2015)": {"layer": {"id": 824, "name": "Other Vessel Transit Counts (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Pleasure Craft-Sailing Vessel Transit Counts (2015)": {"layer": {"id": 825, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell.\r\n"}}, "Fishing Vessel Transit Counts (2016)": {"layer": {"id": 790, "name": "Fishing Vessel Transit Counts (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Passenger Vessel Transit Counts (2016)": {"layer": {"id": 791, "name": "Passenger Vessel Transit Counts (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Cargo Vessel Transit Counts (2016)": {"layer": {"id": 788, "name": "Cargo Vessel Transit Counts (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "All Vessel Transit Counts (2016)": {"layer": {"id": 789, "name": "All Vessel Transit Counts (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Other Vessel Transit Counts (2016)": {"layer": {"id": 822, "name": "Other Vessel Transit Counts (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Pleasure Craft-Sailing Vessel Transit Counts (2016)": {"layer": {"id": 823, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tanker Vessel Transit Counts (2016)": {"layer": {"id": 792, "name": "Tanker Vessel Transit Counts (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tug-Tow Vessel Transit Counts (2016)": {"layer": {"id": 793, "name": "Tug-Tow Vessel Transit Counts (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "All Vessels (2011)": {"layer": {"id": 98, "name": "All Vessels (2011)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 97, "name": "AIS Vessel Density (2011)", "description": "This data set is derived from archived 2011 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Cargo Vessels (2011)": {"layer": {"id": 99, "name": "Cargo Vessels (2011)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 97, "name": "AIS Vessel Density (2011)", "description": "This data set is derived from archived 2011 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Passenger Vessels (2011)": {"layer": {"id": 102, "name": "Passenger Vessels (2011)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 97, "name": "AIS Vessel Density (2011)", "description": "This data set is derived from archived 2011 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Tanker Vessels (2011)": {"layer": {"id": 100, "name": "Tanker Vessels (2011)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 97, "name": "AIS Vessel Density (2011)", "description": "This data set is derived from archived 2011 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Tug-Tow Vessels (2011)": {"layer": {"id": 101, "name": "Tug-Tow Vessels (2011)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 97, "name": "AIS Vessel Density (2011)", "description": "This data set is derived from archived 2011 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Tug-Tow Vessel Transit Counts (2013)": {"layer": {"id": 1336, "name": "Tug-Tow Vessel Transit Counts (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1331, "name": "AIS Vessel Transit Counts (2013)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "All Vessel Transit Counts (2013)": {"layer": {"id": 1332, "name": "All Vessel Transit Counts (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1331, "name": "AIS Vessel Transit Counts (2013)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Cargo Vessel Transit Counts (2013)": {"layer": {"id": 1333, "name": "Cargo Vessel Transit Counts (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1331, "name": "AIS Vessel Transit Counts (2013)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Passenger Vessel Transit Counts (2013)": {"layer": {"id": 1334, "name": "Passenger Vessel Transit Counts (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1331, "name": "AIS Vessel Transit Counts (2013)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tanker Vessel Transit Counts (2013)": {"layer": {"id": 1335, "name": "Tanker Vessel Transit Counts (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1331, "name": "AIS Vessel Transit Counts (2013)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Surfclam/Ocean Quahog Environmental Degradation Closures": {"layer": {"id": 1535, "name": "Surfclam/Ocean Quahog Environmental Degradation Closures", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6608, "name": "Mgt. Areas", "description": ""}}, "Fishing2|Multi-Fishery|Fishing Vessel Activity|VMS": {"layer": {"id": 6268, "name": "Fishing2|Multi-Fishery|Fishing Vessel Activity|VMS", "has_sublayers": true, "sublayers": [{"name": "All VMS Vessels 2015-2019", "id": 5446}, {"name": "Declared Out of Fishery 2015-2019", "id": 5447}, {"name": "VMS Transit Density >= 5 knots", "id": 6185}, {"name": "VMS Transit Density >= 6 knots", "id": 6186}]}, "theme": {"id": 6575, "name": "Fishing Vessel Activity (AIS & VMS)", "description": ""}}, "Fishing2|Multi-Fishery|Fishing Vessel Activity|AIS": {"layer": {"id": 6614, "name": "Fishing2|Multi-Fishery|Fishing Vessel Activity|AIS", "has_sublayers": true, "sublayers": [{"name": "Fishing Vessel Transit Counts (2024)", "id": 6854}, {"name": "Fishing Vessel Transit Counts (2020)", "id": 5131}, {"name": "Fishing Vessel Transit Counts (2021)", "id": 5318}, {"name": "Fishing Vessel Transit Counts (2022)", "id": 5561}, {"name": "Fishing Vessel Transit Counts (2023)", "id": 6082}]}, "theme": {"id": 6575, "name": "Fishing Vessel Activity (AIS & VMS)", "description": ""}}, "Maritime|AIS Vessel Transit Counts (2024)": {"layer": {"id": 6619, "name": "Maritime|AIS Vessel Transit Counts (2024)", "has_sublayers": true, "sublayers": [{"name": "All Vessel Transit Counts (2024)", "id": 6852}, {"name": "Cargo Vessel Transit Counts (2024)", "id": 6853}, {"name": "Fishing Vessel Transit Counts (2024)", "id": 6854}, {"name": "Other Vessel Transit Counts (2024)", "id": 6855}, {"name": "Passenger Vessel Transit Counts (2024)", "id": 6856}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2024)", "id": 6857}, {"name": "Tanker Vessel Transit Counts (2024)", "id": 6858}, {"name": "Tug-Tow Vessel Transit Counts (2024)", "id": 6859}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2024 Monthly Data Sliders": {"layer": {"id": 6850, "name": "AIS 2024 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2023)": {"layer": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "has_sublayers": true, "sublayers": [{"name": "All Vessel Transit Counts (2023)", "id": 6080}, {"name": "Cargo Vessel Transit Counts (2023)", "id": 6081}, {"name": "Fishing Vessel Transit Counts (2023)", "id": 6082}, {"name": "Other Vessel Transit Counts (2023)", "id": 6083}, {"name": "Passenger Vessel Transit Counts (2023)", "id": 6084}, {"name": "Tanker Vessel Transit Counts (2023)", "id": 6085}, {"name": "Tug-Tow Vessel Transit Counts (2023)", "id": 6086}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2023)", "id": 6087}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2023 Monthly Data Sliders": {"layer": {"id": 6184, "name": "AIS 2023 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2022)": {"layer": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "has_sublayers": true, "sublayers": [{"name": "All Vessel Transit Counts (2022)", "id": 5555}, {"name": "Cargo Vessel Transit Counts (2022)", "id": 5556}, {"name": "Passenger Vessel Transit Counts (2022)", "id": 5557}, {"name": "Tanker Vessel Transit Counts (2022)", "id": 5558}, {"name": "Tug-Tow Vessel Transit Counts (2022)", "id": 5559}, {"name": "Other Vessel Transit Counts (2022)", "id": 5560}, {"name": "Fishing Vessel Transit Counts (2022)", "id": 5561}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2022)", "id": 5562}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2022 Monthly Data Sliders": {"layer": {"id": 5755, "name": "AIS 2022 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2021)": {"layer": {"id": 5311, "name": "AIS Vessel Transit Counts (2021)", "has_sublayers": true, "sublayers": [{"name": "All Vessel Transit Counts (2021)", "id": 5312}, {"name": "Cargo Vessel Transit Counts (2021)", "id": 5313}, {"name": "Passenger Vessel Transit Counts (2021)", "id": 5314}, {"name": "Tanker Vessel Transit Counts (2021)", "id": 5315}, {"name": "Tug-Tow Vessel Transit Counts (2021)", "id": 5316}, {"name": "Other Vessel Transit Counts (2021)", "id": 5317}, {"name": "Fishing Vessel Transit Counts (2021)", "id": 5318}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2021)", "id": 5319}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2020)": {"layer": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "has_sublayers": true, "sublayers": [{"name": "All Vessel Transit Counts (2020)", "id": 5127}, {"name": "Cargo Vessel Transit Counts (2020)", "id": 5128}, {"name": "Passenger Vessel Transit Counts (2020)", "id": 5129}, {"name": "Tug-Tow Vessel Transit Counts (2020)", "id": 5130}, {"name": "Fishing Vessel Transit Counts (2020)", "id": 5131}, {"name": "Tanker Vessel Transit Counts (2020)", "id": 5132}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2020)", "id": 5133}, {"name": "Other Vessel Transit Counts (2020)", "id": 5134}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2021 Monthly Data Sliders": {"layer": {"id": 5422, "name": "AIS 2021 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2020 Monthly Data Sliders": {"layer": {"id": 5125, "name": "AIS 2020 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2019)": {"layer": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "has_sublayers": true, "sublayers": [{"name": "All Vessel Transit Counts (2019)", "id": 4501}, {"name": "Cargo Vessel Transit Counts (2019)", "id": 4502}, {"name": "Fishing Vessel Transit Counts (2019)", "id": 4503}, {"name": "Other Vessel Transit Counts (2019)", "id": 4504}, {"name": "Passenger Vessel Transit Counts (2019)", "id": 4505}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2019)", "id": 4506}, {"name": "Tanker Vessel Transit Counts (2019)", "id": 4507}, {"name": "Tug-Tow Vessel Transit Counts (2019)", "id": 4508}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2019 Monthly Data Sliders": {"layer": {"id": 4492, "name": "AIS 2019 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2018)": {"layer": {"id": 4475, "name": "AIS Vessel Transit Counts (2018)", "has_sublayers": true, "sublayers": [{"name": "All Vessel Transit Counts (2018)", "id": 4484}, {"name": "Cargo Vessel Transit Counts (2018)", "id": 4485}, {"name": "Fishing Vessel Transit Counts (2018)", "id": 4486}, {"name": "Other Vessel Transit Counts (2018)", "id": 4487}, {"name": "Passenger Vessel Transit Counts (2018)", "id": 4488}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2018)", "id": 4489}, {"name": "Tanker Vessel Transit Counts (2018)", "id": 4490}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2018 Monthly Data Sliders": {"layer": {"id": 4258, "name": "AIS 2018 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2017)": {"layer": {"id": 1338, "name": "AIS Vessel Transit Counts (2017)", "has_sublayers": true, "sublayers": [{"name": "Other Vessel Transit Counts (2017)", "id": 1344}, {"name": "Fishing Vessel Transit Counts (2017)", "id": 1345}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2017)", "id": 1346}, {"name": "All Vessel Transit Counts (2017)", "id": 1339}, {"name": "Cargo Vessel Transit Counts (2017)", "id": 1340}, {"name": "Passenger Vessel Transit Counts (2017)", "id": 1341}, {"name": "Tanker Vessel Transit Counts (2017)", "id": 1342}, {"name": "Tug-Tow Vessel Transit Counts (2017)", "id": 1343}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2017 Monthly Data Sliders": {"layer": {"id": 1385, "name": "AIS 2017 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2016)": {"layer": {"id": 1347, "name": "AIS Vessel Transit Counts (2016)", "has_sublayers": true, "sublayers": [{"name": "Fishing Vessel Transit Counts (2016)", "id": 790}, {"name": "Passenger Vessel Transit Counts (2016)", "id": 791}, {"name": "Cargo Vessel Transit Counts (2016)", "id": 788}, {"name": "All Vessel Transit Counts (2016)", "id": 789}, {"name": "Other Vessel Transit Counts (2016)", "id": 822}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2016)", "id": 823}, {"name": "Tanker Vessel Transit Counts (2016)", "id": 792}, {"name": "Tug-Tow Vessel Transit Counts (2016)", "id": 793}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS 2016 Monthly Data Sliders": {"layer": {"id": 1363, "name": "AIS 2016 Monthly Data Sliders", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2015)": {"layer": {"id": 780, "name": "AIS Vessel Transit Counts (2015)", "has_sublayers": true, "sublayers": [{"name": "All Vessel Transit Counts (2015)", "id": 781}, {"name": "Cargo Vessel Transit Counts (2015)", "id": 782}, {"name": "Passenger Vessel Transit Counts (2015)", "id": 783}, {"name": "Tanker Vessel Transit Counts (2015)", "id": 784}, {"name": "Tug-Tow Vessel Transit Counts (2015)", "id": 785}, {"name": "Fishing Vessel Transit Counts (2015)", "id": 787}, {"name": "Other Vessel Transit Counts (2015)", "id": 824}, {"name": "Pleasure Craft-Sailing Vessel Transit Counts (2015)", "id": 825}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Transit Counts (2013)": {"layer": {"id": 1331, "name": "AIS Vessel Transit Counts (2013)", "has_sublayers": true, "sublayers": [{"name": "Tug-Tow Vessel Transit Counts (2013)", "id": 1336}, {"name": "All Vessel Transit Counts (2013)", "id": 1332}, {"name": "Cargo Vessel Transit Counts (2013)", "id": 1333}, {"name": "Passenger Vessel Transit Counts (2013)", "id": 1334}, {"name": "Tanker Vessel Transit Counts (2013)", "id": 1335}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Density (2013)": {"layer": {"id": 224, "name": "AIS Vessel Density (2013)", "has_sublayers": true, "sublayers": [{"name": "All Vessels (2013)", "id": 225}, {"name": "Cargo Vessels (2013)", "id": 226}, {"name": "Passenger Vessels (2013)", "id": 227}, {"name": "Tanker Vessels (2013)", "id": 228}, {"name": "Tug-Tow Vessels (2013)", "id": 229}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Density (2012)": {"layer": {"id": 142, "name": "AIS Vessel Density (2012)", "has_sublayers": true, "sublayers": [{"name": "All Vessels (2012)", "id": 143}, {"name": "Cargo Vessels (2012)", "id": 144}, {"name": "Passenger Vessels (2012)", "id": 145}, {"name": "Tug-Tow Vessels (2012)", "id": 147}, {"name": "Tanker Vessels (2012)", "id": 146}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "AIS Vessel Density (2011)": {"layer": {"id": 97, "name": "AIS Vessel Density (2011)", "has_sublayers": true, "sublayers": [{"name": "All Vessels (2011)", "id": 98}, {"name": "Cargo Vessels (2011)", "id": 99}, {"name": "Passenger Vessels (2011)", "id": 102}, {"name": "Tanker Vessels (2011)", "id": 100}, {"name": "Tug-Tow Vessels (2011)", "id": 101}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Anchorage Areas": {"layer": {"id": 105, "name": "Anchorage Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Aids to Navigation": {"layer": {"id": 3938, "name": "Aids to Navigation", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Channels": {"layer": {"id": 6201, "name": "Channels", "has_sublayers": true, "sublayers": [{"name": "USACE National Channel Framework Channel Area", "id": 6198}, {"name": "USACE National Channel Framework Channel Reach", "id": 6199}, {"name": "USACE National Channel Framework Channel Quarter", "id": 6200}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Ferry Routes": {"layer": {"id": 5235, "name": "Ferry Routes", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Ferry Terminals": {"layer": {"id": 5236, "name": "Ferry Terminals", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Intermodal Freight Facilities - Marine Roll-on/Roll-off": {"layer": {"id": 5441, "name": "Intermodal Freight Facilities - Marine Roll-on/Roll-off", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Lightering Zones": {"layer": {"id": 5250, "name": "Lightering Zones", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Marine Highways": {"layer": {"id": 5443, "name": "Marine Highways", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Navigation Channels": {"layer": {"id": 5251, "name": "Navigation Channels", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Right Whale Dynamic Management Areas (Slow Zones)": {"layer": {"id": 6354, "name": "Right Whale Dynamic Management Areas (Slow Zones)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Ocean Disposal Sites": {"layer": {"id": 168, "name": "Ocean Disposal Sites", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Pilot Boarding Areas": {"layer": {"id": 141, "name": "Pilot Boarding Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Vessel Routing Measures": {"layer": {"id": 64, "name": "Vessel Routing Measures", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Maritime|Sand": {"layer": {"id": 4529, "name": "Maritime|Sand", "has_sublayers": true, "sublayers": [{"name": "BOEM Sand Resources", "id": 1684}, {"name": "BOEM Modeled Shoals in Federal Waters", "id": 4552}, {"name": "BOEM Atlantic OCS Aliquots with Sand Resources", "id": 1674}, {"name": "Beach Nourishment Projects", "id": 4514}, {"name": "BOEM Marine Minerals Lease Areas", "id": 222}, {"name": "USACE National Sediment Management Framework Placement Areas", "id": 6072}, {"name": "USACE National Sediment Management Framework Borrow Areas", "id": 6076}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Maritime|USCG Proposed Areas and Studies": {"layer": {"id": 3927, "name": "Maritime|USCG Proposed Areas and Studies", "has_sublayers": true, "sublayers": [{"name": "[CLOSED] Coastal Buoy Modernization Candidate (USCG September 2025 Proposal)", "id": 6593}, {"name": "Proposed Shipping Safety Fairways Along the Atlantic Coast 01/2024", "id": 5900}, {"name": "Consolidated Port Approaches and International Entry and Departure Transit Areas PARS 03/2023", "id": 5527}, {"name": "Port Access Route Study: Approaches to Maine, New Hampshire, and Massachusetts 03/2022", "id": 5261}, {"name": "Port Access Route Study (PARS) Areas", "id": 4512}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Submarine Cables and Pipelines": {"layer": {"id": 3305, "name": "Submarine Cables and Pipelines", "has_sublayers": true, "sublayers": [{"name": "Recent Telecom Cables (2016-)", "id": 5427}, {"name": "Submarine Cable Areas", "id": 5256}, {"name": "Offshore Wind - Proposed Export Cable Corridors", "id": 5506}, {"name": "Offshore Wind - Proposed or Installed Inter-array Cables", "id": 5508}, {"name": "Proposed Transco NESE Limit of Disturbance", "id": 7161}, {"name": "Coastal Virginia Offshore Wind Pilot Cable Alignment", "id": 3655}, {"name": "Proposed Transco NESE Centerline", "id": 7160}, {"name": "Block Island Transmission Cables", "id": 3649}, {"name": "Offshore Wind - Proposed or Installed Export Cable Locations", "id": 5501}, {"name": "Pipeline Areas", "id": 5231}, {"name": "Wastewater Outfall Pipes", "id": 5258}]}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "US Historical Lighthouses": {"layer": {"id": 1683, "name": "US Historical Lighthouses", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Wrecks and Obstructions": {"layer": {"id": 199, "name": "Wrecks and Obstructions", "has_sublayers": false, "sublayers": []}, "theme": {"id": 8, "name": "Maritime", "description": "The Mid-Atlantic is home to some of the busiest facilities in the nation\u2019s seaport network. Learn more about regional maritime in the issues via MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/maritime-commerce-navigation-safety?from=%2Fwork-groups\" target=\"_blank\">Maritime Commerce & Navigation Work Group</a>, which seeks to integrate the safe transit of people and goods into regional planning efforts."}}, "Delaware Bay Leasable Oyster Grounds (DNREC)": {"layer": {"id": 7156, "name": "Delaware Bay Leasable Oyster Grounds (DNREC)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6642, "name": "Delaware", "description": ""}}, "Delaware Shellfish Aquaculture (DNREC)": {"layer": {"id": 6862, "name": "Delaware Shellfish Aquaculture (DNREC)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6642, "name": "Delaware", "description": ""}}, "All Vessels (2013)": {"layer": {"id": 225, "name": "All Vessels (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 224, "name": "AIS Vessel Density (2013)", "description": "This data set is derived from archived 2013 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Cargo Vessels (2013)": {"layer": {"id": 226, "name": "Cargo Vessels (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 224, "name": "AIS Vessel Density (2013)", "description": "This data set is derived from archived 2013 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Passenger Vessels (2013)": {"layer": {"id": 227, "name": "Passenger Vessels (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 224, "name": "AIS Vessel Density (2013)", "description": "This data set is derived from archived 2013 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Tanker Vessels (2013)": {"layer": {"id": 228, "name": "Tanker Vessels (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 224, "name": "AIS Vessel Density (2013)", "description": "This data set is derived from archived 2013 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Tug-Tow Vessels (2013)": {"layer": {"id": 229, "name": "Tug-Tow Vessels (2013)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 224, "name": "AIS Vessel Density (2013)", "description": "This data set is derived from archived 2013 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Alewife Future Projections": {"layer": {"id": 3906, "name": "Alewife Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "American Shad Future Projections": {"layer": {"id": 3907, "name": "American Shad Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Blueback Herring Future Projections": {"layer": {"id": 3908, "name": "Blueback Herring Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Bluefish Future Projections": {"layer": {"id": 3909, "name": "Bluefish Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Butterfish Future Projections": {"layer": {"id": 3910, "name": "Butterfish Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Longfin Squid Future Projections": {"layer": {"id": 3911, "name": "Longfin Squid Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Monkfish Future Projections": {"layer": {"id": 3912, "name": "Monkfish Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Northern Sand Lance Future Projections": {"layer": {"id": 3913, "name": "Northern Sand Lance Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Northern Shortfin Squid Future Projections": {"layer": {"id": 3914, "name": "Northern Shortfin Squid Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Red Hake Future Projections": {"layer": {"id": 3915, "name": "Red Hake Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Scup Future Projections": {"layer": {"id": 3916, "name": "Scup Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Spot Future Projections": {"layer": {"id": 3918, "name": "Spot Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Winter Flounder Future Projections": {"layer": {"id": 3919, "name": "Winter Flounder Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Yellowtail Future Projections": {"layer": {"id": 3920, "name": "Yellowtail Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Summer Flounder Future Projections": {"layer": {"id": 2934, "name": "Summer Flounder Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Atlantic Mackerel Future Projections": {"layer": {"id": 2936, "name": "Atlantic Mackerel Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "Black Sea Bass Future Projections": {"layer": {"id": 2938, "name": "Black Sea Bass Future Projections", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3310, "name": "Fish Species Future Projections", "description": "Data from <a href=\"https://oceanadapt.rutgers.edu/\">OceanAdapt</a>. For viewing at a regional scale only. In some cases there may not be significant changes shown in the Mid-Atlantic region.<br><br>\r\n\r\nOceanAdapt is a collaboration between the Pinsky Lab of Rutgers University, the National Marine Fisheries Service (NMFS), and Fisheries and Oceans Canada (DFO) to provide information about the impacts of changing climate and other factors on the distribution of marine life to the National Climate Assessment, fisheries communities, policymakers, and to others.<br><br>\r\n\r\nA limited number of Mid-Atlantic fish species are shown here for the RCP 8.5 scenario. For more information and to view maps of other species and scenarios see <a href=\"https://oceanadapt.rutgers.edu/\">https://oceanadapt.rutgers.edu/</a><br><br>\r\n\r\nMore information is also available in this paper: Morley JW, Selden RL, Latour RJ, Fr\u00f6licher TL, Seagraves RJ, Pinsky ML (2018) Projecting shifts in thermal habitat for 686 species on the North American continental shelf. PLoS ONE 13(5): e0196127. <a href=\"https://doi.org/10.1371/journal.pone.0196127\">https://doi.org/10.1371/journal.pone.0196127</a>"}}, "All Vessel Transit Counts (2019)": {"layer": {"id": 4501, "name": "All Vessel Transit Counts (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Cargo Vessel Transit Counts (2019)": {"layer": {"id": 4502, "name": "Cargo Vessel Transit Counts (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Fishing Vessel Transit Counts (2019)": {"layer": {"id": 4503, "name": "Fishing Vessel Transit Counts (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Other Vessel Transit Counts (2019)": {"layer": {"id": 4504, "name": "Other Vessel Transit Counts (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Passenger Vessel Transit Counts (2019)": {"layer": {"id": 4505, "name": "Passenger Vessel Transit Counts (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Pleasure Craft-Sailing Vessel Transit Counts (2019)": {"layer": {"id": 4506, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tanker Vessel Transit Counts (2019)": {"layer": {"id": 4507, "name": "Tanker Vessel Transit Counts (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tug-Tow Vessel Transit Counts (2019)": {"layer": {"id": 4508, "name": "Tug-Tow Vessel Transit Counts (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4509, "name": "AIS Vessel Transit Counts (2019)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Alewife Biomass (Data Sliders)": {"layer": {"id": 3645, "name": "Alewife Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "American Shad Biomass (Data Sliders)": {"layer": {"id": 3646, "name": "American Shad Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Atlantic Mackerel Biomass (Data Sliders)": {"layer": {"id": 2452, "name": "Atlantic Mackerel Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Black Sea Bass Biomass (Data Sliders)": {"layer": {"id": 2453, "name": "Black Sea Bass Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Blueback Herring Biomass (Data Sliders)": {"layer": {"id": 3656, "name": "Blueback Herring Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Bluefish Biomass (Data Sliders)": {"layer": {"id": 2454, "name": "Bluefish Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Butterfish Biomass (Data Sliders)": {"layer": {"id": 2456, "name": "Butterfish Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Longfin Squid Biomass (Data Sliders)": {"layer": {"id": 2866, "name": "Longfin Squid Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Monkfish Biomass (Data Sliders)": {"layer": {"id": 2867, "name": "Monkfish Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Northern Shortfin Squid Biomass (Data Sliders)": {"layer": {"id": 2868, "name": "Northern Shortfin Squid Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Red Hake Biomass (Data Sliders)": {"layer": {"id": 2457, "name": "Red Hake Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Sand Lance Biomass (Data Sliders)": {"layer": {"id": 3657, "name": "Sand Lance Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Scup Biomass (Data Sliders)": {"layer": {"id": 2458, "name": "Scup Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Spiny Dogfish Biomass (Data Sliders)": {"layer": {"id": 2459, "name": "Spiny Dogfish Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Spot Biomass (Data Sliders)": {"layer": {"id": 2460, "name": "Spot Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Summer Flounder Biomass (Data Sliders)": {"layer": {"id": 1713, "name": "Summer Flounder Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Winter Flounder Biomass (Data Sliders)": {"layer": {"id": 2869, "name": "Winter Flounder Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Yellowtail Biomass (Data Sliders)": {"layer": {"id": 2870, "name": "Yellowtail Biomass (Data Sliders)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Alewife Overlap Areas": {"layer": {"id": 3932, "name": "Alewife Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "American Shad Overlap Areas": {"layer": {"id": 3933, "name": "American Shad Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Atlantic Mackerel Overlap Areas": {"layer": {"id": 3934, "name": "Atlantic Mackerel Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Black Sea Bass Overlap Areas": {"layer": {"id": 3935, "name": "Black Sea Bass Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Blueback Herring Overlap Areas": {"layer": {"id": 3957, "name": "Blueback Herring Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Bluefish Overlap Areas": {"layer": {"id": 3958, "name": "Bluefish Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Butterfish Overlap Areas": {"layer": {"id": 3959, "name": "Butterfish Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Monkfish Overlap Areas": {"layer": {"id": 3961, "name": "Monkfish Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Red Hake Overlap Areas": {"layer": {"id": 3963, "name": "Red Hake Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Sand Lance Overlap Areas": {"layer": {"id": 3964, "name": "Sand Lance Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Scup Overlap Areas": {"layer": {"id": 3965, "name": "Scup Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Spiny Dogfish Overlap Areas": {"layer": {"id": 3966, "name": "Spiny Dogfish Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Spot Overlap Areas": {"layer": {"id": 3967, "name": "Spot Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Summer Flounder Overlap Areas": {"layer": {"id": 3968, "name": "Summer Flounder Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Winter Flounder Overlap Areas": {"layer": {"id": 3969, "name": "Winter Flounder Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Longfin Squid Overlap Areas": {"layer": {"id": 3960, "name": "Longfin Squid Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Northern Shortfin Squid Overlap Areas": {"layer": {"id": 3962, "name": "Northern Shortfin Squid Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Yellowtail Overlap Areas": {"layer": {"id": 3970, "name": "Yellowtail Overlap Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 1756, "name": "Fish Species Through Time", "description": "The Fish Species Through Time data represent an analysis of Northeast Fisheries Science Center (NEFSC) bottom trawl survey data collected between 1972 and 2016 (Spring includes an additional year up to 2017). This analysis was performed by The Nature Conservancy with funding from Virginia\u2019s Coastal Zone Management Program. Layers show where selected individual fish species have consistently been found in high biomass over time (by decade). The species included are those that are important recreationally and/or commercially in the Mid-Atlantic region and are also relatively well represented in the trawl survey data. Employing analysis methods developed by NEFSC and Rutgers University, an interpolated biomass surface was derived for each species, each year and each season (refer to the documentation of the fish biomass data layers on the Mid-Atlantic Ocean Data Portal for an overview on the methods used). Each interpolated surface was then analyzed to determine areas of higher relative biomass. Two thresholds were used \u2013 \u201chigh\u201d and \u201chighest\u201d. These thresholds represent biomass values in the top 25% and top 10%, respectively, of all biomass values available for an individual species and season. The same threshold values are used for all decades, so the resulting layers are comparable. These areas of high biomass by year were then combined by decade (e.g., 1990 \u2013 1999) and areas with high year-to-year variability (areas with 5 years or less within the high or very high categories, or persistence below 50%) were removed. Areas where a species was present, regardless of biomass, were also developed. Finally, data layers were developed showing \"overlap areas\" for each species. This is a single layer for each species that shows areas of high biomass that occurred in all five decades and spatially overlapped with one another.  <br><br>\r\n\r\nThese maps show areas of persistent high and very high biomass over time. Each species\u2019 areas are compared to its own range of possible biomass values, so the biomass areas shown are relative. As a result, these maps do not show increases or decreases in absolute biomass values. Also, these areas depend on how the trawl survey has collected information of the particular species through time. Many shifts are apparent on these maps, but we advise careful consideration on the interpretation. Some examples for guidance:\r\n<ul>\r\n\t<li>Area changing from \u201cpresence\u201d to \u201chigh\u201d category: This location has either seen an increase in relative biomass, or the biomass level has remained the same but it has become more persistent (less variable) across a decade.</li>\r\n\t<li>Area changing from \u201cvery high\u201d to \u201chigh\u201d category: This location has either seen a decrease in relative biomass or biomass values have become more variable (less persistent) from year to year.</li>\r\n\t<li>Area of high biomass decreases in size: This occurs when either a species\u2019 high biomass area has concentrated in space or the rest of the area has become more variable (less certainty over time).</li>\r\n\t<li>Area of presence has disappeared: This occurs when the NEFSC trawl survey has not captured that species at any time throughout the decade. This can be due to a movement of the species\u2019 range, but it is also possible that the random selection of survey locations for the trawl survey didn\u2019t coincide with locations where the species aggregates.</li>\r\n</ul>\r\n<br><br>\r\nWe make no assumptions on what factors are causing species shifts. Please refer to the most recent scientific publications on this subject to determine whether shifts for each species are caused by increased water temperatures, changes in fishing pressure, methodological changes throughout the NEFSC trawl time series or other factors.<br><br>\r\n\r\nMore information is available in a <a href=\"http://portal.midatlanticocean.org/static/data_manager/metadata/pdf/FishSpeciesThroughTime_MethodsResults.pdf\">Methods and Results document</a>. <br><br>\r\n\r\nAverage interpolated biomass for the most recent time period (2010 to 2016 or 2017) can be found for individual species under Marine Life Library (Species Specific) and Fish Biomass NEFSC Species. Interpolated biomass for species groupings can also be found under Marine Life and Fish \u2013 Fall or Fish \u2013 Spring. Historic data for two of these groupings - demersal fish and forage fish - can be found with the Fish Species Through Time data as well. These layers show the number of overlapping species within each group, decade, and season."}}, "Indigenous Languages": {"layer": {"id": 4668, "name": "Indigenous Languages", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5193, "name": "Indigenous Nations, Communities & Cultures", "description": "This collection contains maps assembled and created in consultation with the region\u2019s Tribal entities for ocean planning purposes."}}, "Historic Native Terrestrial Territories (Not Reservation Boundaries)": {"layer": {"id": 4667, "name": "Historic Native Terrestrial Territories (Not Reservation Boundaries)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5193, "name": "Indigenous Nations, Communities & Cultures", "description": "This collection contains maps assembled and created in consultation with the region\u2019s Tribal entities for ocean planning purposes."}}, "BIA Tribal Leaders Directory": {"layer": {"id": 5203, "name": "BIA Tribal Leaders Directory", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5193, "name": "Indigenous Nations, Communities & Cultures", "description": "This collection contains maps assembled and created in consultation with the region\u2019s Tribal entities for ocean planning purposes."}}, "EPA Regional Tribal Operations Committee (RTOC) Regions": {"layer": {"id": 5204, "name": "EPA Regional Tribal Operations Committee (RTOC) Regions", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5193, "name": "Indigenous Nations, Communities & Cultures", "description": "This collection contains maps assembled and created in consultation with the region\u2019s Tribal entities for ocean planning purposes."}}, "American Indian, Alaska Native, and Native Hawaiian Areas (Including Reservations)": {"layer": {"id": 5205, "name": "American Indian, Alaska Native, and Native Hawaiian Areas (Including Reservations)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5193, "name": "Indigenous Nations, Communities & Cultures", "description": "This collection contains maps assembled and created in consultation with the region\u2019s Tribal entities for ocean planning purposes."}}, "Tribal Headquarters (State & Federally Recognized)": {"layer": {"id": 220, "name": "Tribal Headquarters (State & Federally Recognized)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5193, "name": "Indigenous Nations, Communities & Cultures", "description": "This collection contains maps assembled and created in consultation with the region\u2019s Tribal entities for ocean planning purposes."}}, "HFR Winter Surface Currents": {"layer": {"id": 3316, "name": "HFR Winter Surface Currents", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3315, "name": "MARACOOS HF Radar Seasonal Surface Currents", "description": "These data layers show seasonally averaged surface currents based on hourly surface current measurements collected by the Mid-Atlantic High Frequency Radar (HFR) Network from 2007-2016.  The surface currents were computed using an Optimal Interpolation combining scheme found in the HFR Toolbox.  The resultant data are decadal winter, spring, summer, and fall seasonal climatology products of the Mid-Atlantic region."}}, "HFR Spring Surface Currents": {"layer": {"id": 3317, "name": "HFR Spring Surface Currents", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3315, "name": "MARACOOS HF Radar Seasonal Surface Currents", "description": "These data layers show seasonally averaged surface currents based on hourly surface current measurements collected by the Mid-Atlantic High Frequency Radar (HFR) Network from 2007-2016.  The surface currents were computed using an Optimal Interpolation combining scheme found in the HFR Toolbox.  The resultant data are decadal winter, spring, summer, and fall seasonal climatology products of the Mid-Atlantic region."}}, "HFR Summer Surface Currents": {"layer": {"id": 3314, "name": "HFR Summer Surface Currents", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3315, "name": "MARACOOS HF Radar Seasonal Surface Currents", "description": "These data layers show seasonally averaged surface currents based on hourly surface current measurements collected by the Mid-Atlantic High Frequency Radar (HFR) Network from 2007-2016.  The surface currents were computed using an Optimal Interpolation combining scheme found in the HFR Toolbox.  The resultant data are decadal winter, spring, summer, and fall seasonal climatology products of the Mid-Atlantic region."}}, "HFR Fall Surface Currents": {"layer": {"id": 3318, "name": "HFR Fall Surface Currents", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3315, "name": "MARACOOS HF Radar Seasonal Surface Currents", "description": "These data layers show seasonally averaged surface currents based on hourly surface current measurements collected by the Mid-Atlantic High Frequency Radar (HFR) Network from 2007-2016.  The surface currents were computed using an Optimal Interpolation combining scheme found in the HFR Toolbox.  The resultant data are decadal winter, spring, summer, and fall seasonal climatology products of the Mid-Atlantic region."}}, "Percent Sediment Type: Mud": {"layer": {"id": 4560, "name": "Percent Sediment Type: Mud", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "description": "Sediment data and maps include: Percent Sediment Type for mud, sand, granule and pebble, cobble, boulder, and steep/deep habitats; Sediment Diversity; and Sediment Data Density. These layers constitute a portion of the input data for Fishing Effects and its primary purpose is to serve as a base layer for that model. A secondary purpose for these maps of sediment grain sizes is to inform various spatial planning issues where seabed type is a consideration for decision making. The grain size distribution was modeled based on available data (primarily from the USGS and SMAST drop camera survey dataset, and also from various sediment polygon data sources). The Sediment Diversity layer provides a rough indication of the diversity of sediment types within a cell. The Sediment Data Density layer essentially serves as a data quality assessment, so users can visualize the limitations associated with both the underlying source data and this compilation when using the data for spatial planning.\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Percent Sediment Type: Sand": {"layer": {"id": 4561, "name": "Percent Sediment Type: Sand", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "description": "Sediment data and maps include: Percent Sediment Type for mud, sand, granule and pebble, cobble, boulder, and steep/deep habitats; Sediment Diversity; and Sediment Data Density. These layers constitute a portion of the input data for Fishing Effects and its primary purpose is to serve as a base layer for that model. A secondary purpose for these maps of sediment grain sizes is to inform various spatial planning issues where seabed type is a consideration for decision making. The grain size distribution was modeled based on available data (primarily from the USGS and SMAST drop camera survey dataset, and also from various sediment polygon data sources). The Sediment Diversity layer provides a rough indication of the diversity of sediment types within a cell. The Sediment Data Density layer essentially serves as a data quality assessment, so users can visualize the limitations associated with both the underlying source data and this compilation when using the data for spatial planning.\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Percent Sediment Type: Granule and Pebble": {"layer": {"id": 4562, "name": "Percent Sediment Type: Granule and Pebble", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "description": "Sediment data and maps include: Percent Sediment Type for mud, sand, granule and pebble, cobble, boulder, and steep/deep habitats; Sediment Diversity; and Sediment Data Density. These layers constitute a portion of the input data for Fishing Effects and its primary purpose is to serve as a base layer for that model. A secondary purpose for these maps of sediment grain sizes is to inform various spatial planning issues where seabed type is a consideration for decision making. The grain size distribution was modeled based on available data (primarily from the USGS and SMAST drop camera survey dataset, and also from various sediment polygon data sources). The Sediment Diversity layer provides a rough indication of the diversity of sediment types within a cell. The Sediment Data Density layer essentially serves as a data quality assessment, so users can visualize the limitations associated with both the underlying source data and this compilation when using the data for spatial planning.\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Percent Sediment Type: Cobble": {"layer": {"id": 4563, "name": "Percent Sediment Type: Cobble", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "description": "Sediment data and maps include: Percent Sediment Type for mud, sand, granule and pebble, cobble, boulder, and steep/deep habitats; Sediment Diversity; and Sediment Data Density. These layers constitute a portion of the input data for Fishing Effects and its primary purpose is to serve as a base layer for that model. A secondary purpose for these maps of sediment grain sizes is to inform various spatial planning issues where seabed type is a consideration for decision making. The grain size distribution was modeled based on available data (primarily from the USGS and SMAST drop camera survey dataset, and also from various sediment polygon data sources). The Sediment Diversity layer provides a rough indication of the diversity of sediment types within a cell. The Sediment Data Density layer essentially serves as a data quality assessment, so users can visualize the limitations associated with both the underlying source data and this compilation when using the data for spatial planning.\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Percent Sediment Type: Boulder": {"layer": {"id": 4564, "name": "Percent Sediment Type: Boulder", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "description": "Sediment data and maps include: Percent Sediment Type for mud, sand, granule and pebble, cobble, boulder, and steep/deep habitats; Sediment Diversity; and Sediment Data Density. These layers constitute a portion of the input data for Fishing Effects and its primary purpose is to serve as a base layer for that model. A secondary purpose for these maps of sediment grain sizes is to inform various spatial planning issues where seabed type is a consideration for decision making. The grain size distribution was modeled based on available data (primarily from the USGS and SMAST drop camera survey dataset, and also from various sediment polygon data sources). The Sediment Diversity layer provides a rough indication of the diversity of sediment types within a cell. The Sediment Data Density layer essentially serves as a data quality assessment, so users can visualize the limitations associated with both the underlying source data and this compilation when using the data for spatial planning.\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Percent Sediment Type: Steep/Deep": {"layer": {"id": 4565, "name": "Percent Sediment Type: Steep/Deep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "description": "Sediment data and maps include: Percent Sediment Type for mud, sand, granule and pebble, cobble, boulder, and steep/deep habitats; Sediment Diversity; and Sediment Data Density. These layers constitute a portion of the input data for Fishing Effects and its primary purpose is to serve as a base layer for that model. A secondary purpose for these maps of sediment grain sizes is to inform various spatial planning issues where seabed type is a consideration for decision making. The grain size distribution was modeled based on available data (primarily from the USGS and SMAST drop camera survey dataset, and also from various sediment polygon data sources). The Sediment Diversity layer provides a rough indication of the diversity of sediment types within a cell. The Sediment Data Density layer essentially serves as a data quality assessment, so users can visualize the limitations associated with both the underlying source data and this compilation when using the data for spatial planning.\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Sediment Diversity": {"layer": {"id": 4566, "name": "Sediment Diversity", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "description": "Sediment data and maps include: Percent Sediment Type for mud, sand, granule and pebble, cobble, boulder, and steep/deep habitats; Sediment Diversity; and Sediment Data Density. These layers constitute a portion of the input data for Fishing Effects and its primary purpose is to serve as a base layer for that model. A secondary purpose for these maps of sediment grain sizes is to inform various spatial planning issues where seabed type is a consideration for decision making. The grain size distribution was modeled based on available data (primarily from the USGS and SMAST drop camera survey dataset, and also from various sediment polygon data sources). The Sediment Diversity layer provides a rough indication of the diversity of sediment types within a cell. The Sediment Data Density layer essentially serves as a data quality assessment, so users can visualize the limitations associated with both the underlying source data and this compilation when using the data for spatial planning.\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Sediment Data Density": {"layer": {"id": 4567, "name": "Sediment Data Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4557, "name": "Sediment Type from Fishing Effects Model", "description": "Sediment data and maps include: Percent Sediment Type for mud, sand, granule and pebble, cobble, boulder, and steep/deep habitats; Sediment Diversity; and Sediment Data Density. These layers constitute a portion of the input data for Fishing Effects and its primary purpose is to serve as a base layer for that model. A secondary purpose for these maps of sediment grain sizes is to inform various spatial planning issues where seabed type is a consideration for decision making. The grain size distribution was modeled based on available data (primarily from the USGS and SMAST drop camera survey dataset, and also from various sediment polygon data sources). The Sediment Diversity layer provides a rough indication of the diversity of sediment types within a cell. The Sediment Data Density layer essentially serves as a data quality assessment, so users can visualize the limitations associated with both the underlying source data and this compilation when using the data for spatial planning.\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Intrinsic Seabed Habitat Vulnerability: Bottom Trawl, median fishing effort": {"layer": {"id": 4568, "name": "Intrinsic Seabed Habitat Vulnerability: Bottom Trawl, median fishing effort", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4559, "name": "Fishing Effects - Intrinsic Seabed Habitat Vulnerability", "description": "The Intrinsic Seabed Habitat Vulnerability to Fishing layers show the vulnerability of the seabed to each of six bottom-tending fishing gear types (bottom trawl, scallop dredge, hydraulic clam dredge, longline, gillnet, and trap). A higher habitat disturbance percentage suggests that the seafloor in that location is more vulnerable to that fishing gear. The maps in the Portal show the estimated percent seabed habitat disturbance for each of these six gear types by grid cell for the final month of the time series (December 2017). This type of product is of value to managers because fishing effort is influenced by numerous factors which are subject to change, including spatial closures that prohibit certain types of gear in specific locations. The intrinsic vulnerability products allow the Council to predict which areas would be vulnerable to impact, even in the absence of existing fishing pressure.\t\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Intrinsic Seabed Habitat Vulnerability: Scallop Dredge, median fishing effort": {"layer": {"id": 4569, "name": "Intrinsic Seabed Habitat Vulnerability: Scallop Dredge, median fishing effort", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4559, "name": "Fishing Effects - Intrinsic Seabed Habitat Vulnerability", "description": "The Intrinsic Seabed Habitat Vulnerability to Fishing layers show the vulnerability of the seabed to each of six bottom-tending fishing gear types (bottom trawl, scallop dredge, hydraulic clam dredge, longline, gillnet, and trap). A higher habitat disturbance percentage suggests that the seafloor in that location is more vulnerable to that fishing gear. The maps in the Portal show the estimated percent seabed habitat disturbance for each of these six gear types by grid cell for the final month of the time series (December 2017). This type of product is of value to managers because fishing effort is influenced by numerous factors which are subject to change, including spatial closures that prohibit certain types of gear in specific locations. The intrinsic vulnerability products allow the Council to predict which areas would be vulnerable to impact, even in the absence of existing fishing pressure.\t\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Intrinsic Seabed Habitat Vulnerability: Hydraulic Clam Dredge, median fishing effort": {"layer": {"id": 4570, "name": "Intrinsic Seabed Habitat Vulnerability: Hydraulic Clam Dredge, median fishing effort", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4559, "name": "Fishing Effects - Intrinsic Seabed Habitat Vulnerability", "description": "The Intrinsic Seabed Habitat Vulnerability to Fishing layers show the vulnerability of the seabed to each of six bottom-tending fishing gear types (bottom trawl, scallop dredge, hydraulic clam dredge, longline, gillnet, and trap). A higher habitat disturbance percentage suggests that the seafloor in that location is more vulnerable to that fishing gear. The maps in the Portal show the estimated percent seabed habitat disturbance for each of these six gear types by grid cell for the final month of the time series (December 2017). This type of product is of value to managers because fishing effort is influenced by numerous factors which are subject to change, including spatial closures that prohibit certain types of gear in specific locations. The intrinsic vulnerability products allow the Council to predict which areas would be vulnerable to impact, even in the absence of existing fishing pressure.\t\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Intrinsic Seabed Habitat Vulnerability: Gillnet, median fishing effort": {"layer": {"id": 4571, "name": "Intrinsic Seabed Habitat Vulnerability: Gillnet, median fishing effort", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4559, "name": "Fishing Effects - Intrinsic Seabed Habitat Vulnerability", "description": "The Intrinsic Seabed Habitat Vulnerability to Fishing layers show the vulnerability of the seabed to each of six bottom-tending fishing gear types (bottom trawl, scallop dredge, hydraulic clam dredge, longline, gillnet, and trap). A higher habitat disturbance percentage suggests that the seafloor in that location is more vulnerable to that fishing gear. The maps in the Portal show the estimated percent seabed habitat disturbance for each of these six gear types by grid cell for the final month of the time series (December 2017). This type of product is of value to managers because fishing effort is influenced by numerous factors which are subject to change, including spatial closures that prohibit certain types of gear in specific locations. The intrinsic vulnerability products allow the Council to predict which areas would be vulnerable to impact, even in the absence of existing fishing pressure.\t\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Intrinsic Seabed Habitat Vulnerability: Longline, median fishing effort": {"layer": {"id": 4572, "name": "Intrinsic Seabed Habitat Vulnerability: Longline, median fishing effort", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4559, "name": "Fishing Effects - Intrinsic Seabed Habitat Vulnerability", "description": "The Intrinsic Seabed Habitat Vulnerability to Fishing layers show the vulnerability of the seabed to each of six bottom-tending fishing gear types (bottom trawl, scallop dredge, hydraulic clam dredge, longline, gillnet, and trap). A higher habitat disturbance percentage suggests that the seafloor in that location is more vulnerable to that fishing gear. The maps in the Portal show the estimated percent seabed habitat disturbance for each of these six gear types by grid cell for the final month of the time series (December 2017). This type of product is of value to managers because fishing effort is influenced by numerous factors which are subject to change, including spatial closures that prohibit certain types of gear in specific locations. The intrinsic vulnerability products allow the Council to predict which areas would be vulnerable to impact, even in the absence of existing fishing pressure.\t\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "Intrinsic Seabed Habitat Vulnerability: Trap, median fishing effort": {"layer": {"id": 4573, "name": "Intrinsic Seabed Habitat Vulnerability: Trap, median fishing effort", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4559, "name": "Fishing Effects - Intrinsic Seabed Habitat Vulnerability", "description": "The Intrinsic Seabed Habitat Vulnerability to Fishing layers show the vulnerability of the seabed to each of six bottom-tending fishing gear types (bottom trawl, scallop dredge, hydraulic clam dredge, longline, gillnet, and trap). A higher habitat disturbance percentage suggests that the seafloor in that location is more vulnerable to that fishing gear. The maps in the Portal show the estimated percent seabed habitat disturbance for each of these six gear types by grid cell for the final month of the time series (December 2017). This type of product is of value to managers because fishing effort is influenced by numerous factors which are subject to change, including spatial closures that prohibit certain types of gear in specific locations. The intrinsic vulnerability products allow the Council to predict which areas would be vulnerable to impact, even in the absence of existing fishing pressure.\t\r\n<br></br>\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation."}}, "All Gear Types Percent Seabed Habitat Disturbance (2016)": {"layer": {"id": 4851, "name": "All Gear Types Percent Seabed Habitat Disturbance (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4842, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Bottom Trawl Percent Seabed Habitat Disturbance (2016)": {"layer": {"id": 4852, "name": "Bottom Trawl Percent Seabed Habitat Disturbance (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4842, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Gillnet Percent Seabed Habitat Disturbance (2016)": {"layer": {"id": 4853, "name": "Gillnet Percent Seabed Habitat Disturbance (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4842, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2016)": {"layer": {"id": 4854, "name": "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4842, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Longline Percent Seabed Habitat Disturbance (2016)": {"layer": {"id": 4855, "name": "Longline Percent Seabed Habitat Disturbance (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4842, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Scallop Dredge Percent Seabed Habitat Disturbance (2016)": {"layer": {"id": 4856, "name": "Scallop Dredge Percent Seabed Habitat Disturbance (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4842, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Trap Percent Seabed Habitat Disturbance (2016)": {"layer": {"id": 4857, "name": "Trap Percent Seabed Habitat Disturbance (2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4842, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2016)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "All Gear Types Percent Seabed Habitat Disturbance (2015)": {"layer": {"id": 4844, "name": "All Gear Types Percent Seabed Habitat Disturbance (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4841, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Bottom Trawl Percent Seabed Habitat Disturbance (2015)": {"layer": {"id": 4845, "name": "Bottom Trawl Percent Seabed Habitat Disturbance (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4841, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Gillnet Percent Seabed Habitat Disturbance (2015)": {"layer": {"id": 4846, "name": "Gillnet Percent Seabed Habitat Disturbance (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4841, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2015)": {"layer": {"id": 4847, "name": "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4841, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Longline Percent Seabed Habitat Disturbance (2015)": {"layer": {"id": 4848, "name": "Longline Percent Seabed Habitat Disturbance (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4841, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Scallop Dredge Percent Seabed Habitat Disturbance (2015)": {"layer": {"id": 4849, "name": "Scallop Dredge Percent Seabed Habitat Disturbance (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4841, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Trap Percent Seabed Habitat Disturbance (2015)": {"layer": {"id": 4850, "name": "Trap Percent Seabed Habitat Disturbance (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4841, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2015)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Herring Management Areas": {"layer": {"id": 4880, "name": "Herring Management Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4873, "name": "Management Areas: Atlantic Herring", "description": ""}}, "Herring Haddock Accountability Measure Areas": {"layer": {"id": 4881, "name": "Herring Haddock Accountability Measure Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4873, "name": "Management Areas: Atlantic Herring", "description": ""}}, "Atlantic mackerel, Squid, and Butterfish Bottom Trawling Restricted Areas": {"layer": {"id": 4883, "name": "Atlantic mackerel, Squid, and Butterfish Bottom Trawling Restricted Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4867, "name": "Management Areas: Atlantic Mackerel, Squid, Butterfish", "description": ""}}, "Illex Fishery Mesh Exemption Area": {"layer": {"id": 4884, "name": "Illex Fishery Mesh Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4867, "name": "Management Areas: Atlantic Mackerel, Squid, Butterfish", "description": ""}}, "Georges Bank/Southern New England Scallop Dredge Exemption Area": {"layer": {"id": 4885, "name": "Georges Bank/Southern New England Scallop Dredge Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4868, "name": "Management Areas: Atlantic Sea Scallop", "description": ""}}, "Gulf of Maine Scallop Dredge Exemption Area": {"layer": {"id": 4886, "name": "Gulf of Maine Scallop Dredge Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4868, "name": "Management Areas: Atlantic Sea Scallop", "description": ""}}, "Sea Scallop Accountability Measure Areas": {"layer": {"id": 4887, "name": "Sea Scallop Accountability Measure Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4868, "name": "Management Areas: Atlantic Sea Scallop", "description": ""}}, "Scallop Days-at-Sea Change to Declare Out of Fishery Transit with Product On Board Area": {"layer": {"id": 4888, "name": "Scallop Days-at-Sea Change to Declare Out of Fishery Transit with Product On Board Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4868, "name": "Management Areas: Atlantic Sea Scallop", "description": ""}}, "Scallop Rotational Areas": {"layer": {"id": 4889, "name": "Scallop Rotational Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4868, "name": "Management Areas: Atlantic Sea Scallop", "description": ""}}, "Northern Gulf of Maine Scallop Management Area": {"layer": {"id": 4890, "name": "Northern Gulf of Maine Scallop Management Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4868, "name": "Management Areas: Atlantic Sea Scallop", "description": ""}}, "Southern New England Regulated Mesh Area": {"layer": {"id": 4892, "name": "Southern New England Regulated Mesh Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4869, "name": "Management Areas: Atlantic Spiny Dogfish", "description": ""}}, "Gulf of Maine-Georges Bank Regulated Mesh Area": {"layer": {"id": 4893, "name": "Gulf of Maine-Georges Bank Regulated Mesh Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4869, "name": "Management Areas: Atlantic Spiny Dogfish", "description": ""}}, "Southern New England Dogfish Gillnet Exemption Area": {"layer": {"id": 4894, "name": "Southern New England Dogfish Gillnet Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4869, "name": "Management Areas: Atlantic Spiny Dogfish", "description": ""}}, "Cape Cod Spiny Dogfish Exemption Areas": {"layer": {"id": 4896, "name": "Cape Cod Spiny Dogfish Exemption Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4869, "name": "Management Areas: Atlantic Spiny Dogfish", "description": ""}}, "Atlantic Red Drum Fishery Harvest or Possession Prohibition Area": {"layer": {"id": 4897, "name": "Atlantic Red Drum Fishery Harvest or Possession Prohibition Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4869, "name": "Management Areas: Atlantic Spiny Dogfish", "description": ""}}, "Southern New England Little Tunny Gillnet Exemption Area": {"layer": {"id": 4898, "name": "Southern New England Little Tunny Gillnet Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4869, "name": "Management Areas: Atlantic Spiny Dogfish", "description": ""}}, "Nantucket Shoals Dogfish Fishery Exemption Area": {"layer": {"id": 4899, "name": "Nantucket Shoals Dogfish Fishery Exemption Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4869, "name": "Management Areas: Atlantic Spiny Dogfish", "description": ""}}, "Sea Scallop Rotational Areas 2019": {"layer": {"id": 4902, "name": "Sea Scallop Rotational Areas 2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4878, "name": "Management Areas: Expired Management Areas", "description": ""}}, "Bottom Trawl Percent Seabed Habitat Disturbance (2017)": {"layer": {"id": 4859, "name": "Bottom Trawl Percent Seabed Habitat Disturbance (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4843, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Gillnet Percent Seabed Habitat Disturbance (2017)": {"layer": {"id": 4860, "name": "Gillnet Percent Seabed Habitat Disturbance (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4843, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2017)": {"layer": {"id": 4861, "name": "Hydraulic Clam Dredge Percent Seabed Habitat Disturbance (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4843, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Longline Percent Seabed Habitat Disturbance (2017)": {"layer": {"id": 4862, "name": "Longline Percent Seabed Habitat Disturbance (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4843, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Scallop Dredge Percent Seabed Habitat Disturbance (2017)": {"layer": {"id": 4863, "name": "Scallop Dredge Percent Seabed Habitat Disturbance (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4843, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "Trap Percent Seabed Habitat Disturbance (2017)": {"layer": {"id": 4864, "name": "Trap Percent Seabed Habitat Disturbance (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4843, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "All Gear Types Percent Seabed Habitat Disturbance (2017)": {"layer": {"id": 4858, "name": "All Gear Types Percent Seabed Habitat Disturbance (2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4843, "name": "Fishing Effects - Percent Seabed Habitat Disturbance (2017)", "description": "The Percent Seabed Habitat Disturbance layers show estimated disturbance to the seabed according to each gear type. These datasets constitute the primary outputs from the Northeast Fishing Effects Model (Fishing Effects). The model combines seafloor data (sediment type, energy regime) with fishing effort data and parameters related to the interactions between fishing gear and seafloor habitats to generate percent habitat disturbance estimates in space and time. \r\n<br></br>\r\nA higher habitat disturbance level suggests that the seafloor has been more disturbed by that fishing gear. Mobile bottom contact gears generate higher seabed habitat disturbance values than fixed bottom contact gears.\r\n<br></br>\r\n\r\nPlease refer to the layer Portal Catalog entries and the metadata PDF documentation.\r\n<br></br>\r\nAdditional information about the model can be found on the <a href=\"https://www.nefmc.org/library/fishing-effects-model\" target=\"_blank\">New England Fishery Management Council's Fishing Effects</a> page.\r\n<br></br>"}}, "All Vessel Transit Counts (2020)": {"layer": {"id": 5127, "name": "All Vessel Transit Counts (2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Cargo Vessel Transit Counts (2020)": {"layer": {"id": 5128, "name": "Cargo Vessel Transit Counts (2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Passenger Vessel Transit Counts (2020)": {"layer": {"id": 5129, "name": "Passenger Vessel Transit Counts (2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tug-Tow Vessel Transit Counts (2020)": {"layer": {"id": 5130, "name": "Tug-Tow Vessel Transit Counts (2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Fishing Vessel Transit Counts (2020)": {"layer": {"id": 5131, "name": "Fishing Vessel Transit Counts (2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Tanker Vessel Transit Counts (2020)": {"layer": {"id": 5132, "name": "Tanker Vessel Transit Counts (2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Pleasure Craft-Sailing Vessel Transit Counts (2020)": {"layer": {"id": 5133, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Other Vessel Transit Counts (2020)": {"layer": {"id": 5134, "name": "Other Vessel Transit Counts (2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5126, "name": "AIS Vessel Transit Counts (2020)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and monitors the location and characteristics of many vessels in U.S. and international waters. Vessel records are reported as a series of points during transit or dwell-times when within range of a receiving station.\r\n\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x 100 meter (10,000 m2 ) cell resolution to characterize intensity of use.  A single transit is counted each time a vessel track passes through, starts, or stops within each grid cell."}}, "Proposed PAM Stations (20km)": {"layer": {"id": 5182, "name": "Proposed PAM Stations (20km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5181, "name": "Proposed Passive Acoustic Network", "description": ""}}, "Proposed PAM 20km Grid Cells": {"layer": {"id": 5183, "name": "Proposed PAM 20km Grid Cells", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5181, "name": "Proposed Passive Acoustic Network", "description": ""}}, "Proposed PAM Stations (40km)": {"layer": {"id": 5184, "name": "Proposed PAM Stations (40km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5181, "name": "Proposed Passive Acoustic Network", "description": ""}}, "Proposed PAM 40km Grid Cells": {"layer": {"id": 5185, "name": "Proposed PAM 40km Grid Cells", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5181, "name": "Proposed Passive Acoustic Network", "description": ""}}, "Current PAM Deployments": {"layer": {"id": 5188, "name": "Current PAM Deployments", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5181, "name": "Proposed Passive Acoustic Network", "description": ""}}, "PAM Detections of NARW Since 2010": {"layer": {"id": 5189, "name": "PAM Detections of NARW Since 2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5181, "name": "Proposed Passive Acoustic Network", "description": ""}}, "Fishing2|Fishery Specific|Spiny Dogfish|NOAA Fishing Footprints": {"layer": {"id": 6598, "name": "Fishing2|Fishery Specific|Spiny Dogfish|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Spiny Dogfish Landings 2011-2015", "id": 6005}, {"name": "Spiny Dogfish Landings 2016-2020", "id": 6019}, {"name": "Spiny Dogfish Revenue 2011-2015", "id": 6054}, {"name": "Spiny Dogfish Revenue 2016-2020", "id": 6069}]}, "theme": {"id": 6596, "name": "Spiny Dogfish", "description": ""}}, "Fishing2|Fishery Specific|Spiny Dogfish|Mgt. Areas": {"layer": {"id": 6599, "name": "Fishing2|Fishery Specific|Spiny Dogfish|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Atlantic Red Drum Fishery Harvest or Possession Prohibition Area", "id": 4897}, {"name": "Cape Cod Spiny Dogfish Exemption Areas", "id": 4896}, {"name": "Gulf of Maine-Georges Bank Regulated Mesh Area", "id": 4893}, {"name": "Nantucket Shoals Dogfish Fishery Exemption Area", "id": 4899}, {"name": "Raised Footrope Trawl Whiting Fishery Exemption Areas", "id": 5199}, {"name": "Southern New England Dogfish Gillnet Exemption Area", "id": 4894}, {"name": "Southern New England Little Tunny Gillnet Exemption Area", "id": 4898}, {"name": "Southern New England Regulated Mesh Area", "id": 4892}]}, "theme": {"id": 6596, "name": "Spiny Dogfish", "description": ""}}, "Tilefish Gear Restricted Areas": {"layer": {"id": 6588, "name": "Tilefish Gear Restricted Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6595, "name": "Mgt. Areas", "description": ""}}, "Herring 2006-2010": {"layer": {"id": 272, "name": "Herring 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6578, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Herring 2011-2014": {"layer": {"id": 273, "name": "Herring 2011-2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6578, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Herring 2011-2014 (<4 knots)": {"layer": {"id": 274, "name": "Herring 2011-2014 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6578, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Herring 2015-2016": {"layer": {"id": 697, "name": "Herring 2015-2016", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6578, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Herring 2015-2016 (<4 knots)": {"layer": {"id": 698, "name": "Herring 2015-2016 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6578, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Herring 2015-2019": {"layer": {"id": 5453, "name": "Herring 2015-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6578, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "All NMFS Critical Habitat Lines": {"layer": {"id": 6352, "name": "All NMFS Critical Habitat Lines", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6288, "name": "National Marine Fisheries Critical Habitat", "description": "The National Marine Fisheries Service (NMFS) developed this service to standardize its Endangered Species Act (ESA) critical habitat spatial data. The spatial data represent critical habitat locations; however, the complete description and official boundaries of critical habitat proposed or designated by NMFS are provided in proposed rules, final rules, and the Code of Federal Regulations (50 CFR 226). Official critical habitat boundaries may include regulatory text that modifies or clarifies maps and spatial data. Proposed rules, final rules, and the CFR also describe any areas that are excluded from critical habitat or otherwise not part of critical habitat (e.g., ineligible areas), some of which have not been clipped out of the spatial data.\r\n\r\n<br></br>\r\n\r\nLayers are organized by ESA listed entities. A listed entity can be a species, subspecies, distinct population segment (DPS), or evolutionarily significant unit (ESU). NMFS and the U.S. Fish and Wildlife Service share jurisdiction of some listed entities; this dataset only contains spatial data for NMFS critical habitat. Critical habitat has not been designated for all listed entities. Generally, each listed entity has one layer. However, a listed entity may have critical habitat locations represented by both lines and polygons. Lines represent rivers, streams, or beaches and polygons represent waterbodies, marine areas, estuaries, marshes, or watersheds. \r\n\r\n<br></br>\r\n\r\nBoth proposed and designated critical habitat are included in this dataset. Proposed critical habitat will be replaced by final designations soon after a final rule is published in the Federal Register. This service version may not include spatial data for recently proposed, modified, or designated critical habitat. NMFS may periodically update existing lines or polygons if better information becomes available, such as higher resolution bathymetric surveys.\r\n\r\n<br></br>\r\n\r\nThe NMFS \"All_critical_habitat\" layer group includes merged line and polygon feature classes that contain all available spatial data for critical habitat proposed or designated by NMFS; therefore, these layers contain overlapping features. These 'All' habitat layers should be used together to represent all available spatial data. The date appended to the layer names is the date the geoprocessing (merge) occured. \r\n\r\n<br></br>\r\n\r\nFeatures in this service were compiled from previously developed spatial data. The methods and sources used to create these spatial data are NOT standardized. Coastlines, bathymetric contours, and river lines, for example, were all derived from a variety of sources, using many different geoprocessing techniques, over the span of decades. If information was available on source data and/or processing steps, it was documented in the metadata lineage. Metadata descriptions and the \"Notes\" field describe line and boundary definitions. Line and boundary definitions are specific to each proposed or designated critical habitat dataset. For example, depending on the listed entity, a coastline could represent the Mean Higher High Water (MHHW) line in one designation and the Mean Lower Low Water (MLLW) line in another designation."}}, "National Marine Fisheries Critical Habitat|Designated": {"layer": {"id": 6289, "name": "National Marine Fisheries Critical Habitat|Designated", "has_sublayers": true, "sublayers": [{"name": "Atlantic Salmon, Gulf of Maine DPS", "id": 6511}, {"name": "Atlantic Sturgeon, Atlantic Subspecies, Carolina DPS", "id": 6512}, {"name": "Atlantic Sturgeon, Atlantic Subspecies, Chesapeake Bay DPS", "id": 6513}, {"name": "Atlantic Sturgeon, Atlantic Subspecies, Gulf of Maine DPS", "id": 6514}, {"name": "Atlantic Sturgeon, Atlantic Subspecies, New York Bight DPS", "id": 6515}, {"name": "Atlantic Sturgeon, Atlantic Subspecies, South Atlantic DPS", "id": 6516}, {"name": "North Atlantic Right Whale", "id": 6517}]}, "theme": {"id": 6288, "name": "National Marine Fisheries Critical Habitat", "description": "The National Marine Fisheries Service (NMFS) developed this service to standardize its Endangered Species Act (ESA) critical habitat spatial data. The spatial data represent critical habitat locations; however, the complete description and official boundaries of critical habitat proposed or designated by NMFS are provided in proposed rules, final rules, and the Code of Federal Regulations (50 CFR 226). Official critical habitat boundaries may include regulatory text that modifies or clarifies maps and spatial data. Proposed rules, final rules, and the CFR also describe any areas that are excluded from critical habitat or otherwise not part of critical habitat (e.g., ineligible areas), some of which have not been clipped out of the spatial data.\r\n\r\n<br></br>\r\n\r\nLayers are organized by ESA listed entities. A listed entity can be a species, subspecies, distinct population segment (DPS), or evolutionarily significant unit (ESU). NMFS and the U.S. Fish and Wildlife Service share jurisdiction of some listed entities; this dataset only contains spatial data for NMFS critical habitat. Critical habitat has not been designated for all listed entities. Generally, each listed entity has one layer. However, a listed entity may have critical habitat locations represented by both lines and polygons. Lines represent rivers, streams, or beaches and polygons represent waterbodies, marine areas, estuaries, marshes, or watersheds. \r\n\r\n<br></br>\r\n\r\nBoth proposed and designated critical habitat are included in this dataset. Proposed critical habitat will be replaced by final designations soon after a final rule is published in the Federal Register. This service version may not include spatial data for recently proposed, modified, or designated critical habitat. NMFS may periodically update existing lines or polygons if better information becomes available, such as higher resolution bathymetric surveys.\r\n\r\n<br></br>\r\n\r\nThe NMFS \"All_critical_habitat\" layer group includes merged line and polygon feature classes that contain all available spatial data for critical habitat proposed or designated by NMFS; therefore, these layers contain overlapping features. These 'All' habitat layers should be used together to represent all available spatial data. The date appended to the layer names is the date the geoprocessing (merge) occured. \r\n\r\n<br></br>\r\n\r\nFeatures in this service were compiled from previously developed spatial data. The methods and sources used to create these spatial data are NOT standardized. Coastlines, bathymetric contours, and river lines, for example, were all derived from a variety of sources, using many different geoprocessing techniques, over the span of decades. If information was available on source data and/or processing steps, it was documented in the metadata lineage. Metadata descriptions and the \"Notes\" field describe line and boundary definitions. Line and boundary definitions are specific to each proposed or designated critical habitat dataset. For example, depending on the listed entity, a coastline could represent the Mean Higher High Water (MHHW) line in one designation and the Mean Lower Low Water (MLLW) line in another designation."}}, "National Marine Fisheries Critical Habitat|Proposed": {"layer": {"id": 6290, "name": "National Marine Fisheries Critical Habitat|Proposed", "has_sublayers": true, "sublayers": [{"name": "Green Sea Turtle, North Atlantic DPS (07/19/2023) - Proposed", "id": 6519}]}, "theme": {"id": 6288, "name": "National Marine Fisheries Critical Habitat", "description": "The National Marine Fisheries Service (NMFS) developed this service to standardize its Endangered Species Act (ESA) critical habitat spatial data. The spatial data represent critical habitat locations; however, the complete description and official boundaries of critical habitat proposed or designated by NMFS are provided in proposed rules, final rules, and the Code of Federal Regulations (50 CFR 226). Official critical habitat boundaries may include regulatory text that modifies or clarifies maps and spatial data. Proposed rules, final rules, and the CFR also describe any areas that are excluded from critical habitat or otherwise not part of critical habitat (e.g., ineligible areas), some of which have not been clipped out of the spatial data.\r\n\r\n<br></br>\r\n\r\nLayers are organized by ESA listed entities. A listed entity can be a species, subspecies, distinct population segment (DPS), or evolutionarily significant unit (ESU). NMFS and the U.S. Fish and Wildlife Service share jurisdiction of some listed entities; this dataset only contains spatial data for NMFS critical habitat. Critical habitat has not been designated for all listed entities. Generally, each listed entity has one layer. However, a listed entity may have critical habitat locations represented by both lines and polygons. Lines represent rivers, streams, or beaches and polygons represent waterbodies, marine areas, estuaries, marshes, or watersheds. \r\n\r\n<br></br>\r\n\r\nBoth proposed and designated critical habitat are included in this dataset. Proposed critical habitat will be replaced by final designations soon after a final rule is published in the Federal Register. This service version may not include spatial data for recently proposed, modified, or designated critical habitat. NMFS may periodically update existing lines or polygons if better information becomes available, such as higher resolution bathymetric surveys.\r\n\r\n<br></br>\r\n\r\nThe NMFS \"All_critical_habitat\" layer group includes merged line and polygon feature classes that contain all available spatial data for critical habitat proposed or designated by NMFS; therefore, these layers contain overlapping features. These 'All' habitat layers should be used together to represent all available spatial data. The date appended to the layer names is the date the geoprocessing (merge) occured. \r\n\r\n<br></br>\r\n\r\nFeatures in this service were compiled from previously developed spatial data. The methods and sources used to create these spatial data are NOT standardized. Coastlines, bathymetric contours, and river lines, for example, were all derived from a variety of sources, using many different geoprocessing techniques, over the span of decades. If information was available on source data and/or processing steps, it was documented in the metadata lineage. Metadata descriptions and the \"Notes\" field describe line and boundary definitions. Line and boundary definitions are specific to each proposed or designated critical habitat dataset. For example, depending on the listed entity, a coastline could represent the Mean Higher High Water (MHHW) line in one designation and the Mean Lower Low Water (MLLW) line in another designation."}}, "All NMFS Critical Habitat Areas": {"layer": {"id": 6353, "name": "All NMFS Critical Habitat Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6288, "name": "National Marine Fisheries Critical Habitat", "description": "The National Marine Fisheries Service (NMFS) developed this service to standardize its Endangered Species Act (ESA) critical habitat spatial data. The spatial data represent critical habitat locations; however, the complete description and official boundaries of critical habitat proposed or designated by NMFS are provided in proposed rules, final rules, and the Code of Federal Regulations (50 CFR 226). Official critical habitat boundaries may include regulatory text that modifies or clarifies maps and spatial data. Proposed rules, final rules, and the CFR also describe any areas that are excluded from critical habitat or otherwise not part of critical habitat (e.g., ineligible areas), some of which have not been clipped out of the spatial data.\r\n\r\n<br></br>\r\n\r\nLayers are organized by ESA listed entities. A listed entity can be a species, subspecies, distinct population segment (DPS), or evolutionarily significant unit (ESU). NMFS and the U.S. Fish and Wildlife Service share jurisdiction of some listed entities; this dataset only contains spatial data for NMFS critical habitat. Critical habitat has not been designated for all listed entities. Generally, each listed entity has one layer. However, a listed entity may have critical habitat locations represented by both lines and polygons. Lines represent rivers, streams, or beaches and polygons represent waterbodies, marine areas, estuaries, marshes, or watersheds. \r\n\r\n<br></br>\r\n\r\nBoth proposed and designated critical habitat are included in this dataset. Proposed critical habitat will be replaced by final designations soon after a final rule is published in the Federal Register. This service version may not include spatial data for recently proposed, modified, or designated critical habitat. NMFS may periodically update existing lines or polygons if better information becomes available, such as higher resolution bathymetric surveys.\r\n\r\n<br></br>\r\n\r\nThe NMFS \"All_critical_habitat\" layer group includes merged line and polygon feature classes that contain all available spatial data for critical habitat proposed or designated by NMFS; therefore, these layers contain overlapping features. These 'All' habitat layers should be used together to represent all available spatial data. The date appended to the layer names is the date the geoprocessing (merge) occured. \r\n\r\n<br></br>\r\n\r\nFeatures in this service were compiled from previously developed spatial data. The methods and sources used to create these spatial data are NOT standardized. Coastlines, bathymetric contours, and river lines, for example, were all derived from a variety of sources, using many different geoprocessing techniques, over the span of decades. If information was available on source data and/or processing steps, it was documented in the metadata lineage. Metadata descriptions and the \"Notes\" field describe line and boundary definitions. Line and boundary definitions are specific to each proposed or designated critical habitat dataset. For example, depending on the listed entity, a coastline could represent the Mean Higher High Water (MHHW) line in one designation and the Mean Lower Low Water (MLLW) line in another designation."}}, "Monkfish 2006-2010": {"layer": {"id": 277, "name": "Monkfish 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6579, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Monkfish 2011-2014": {"layer": {"id": 278, "name": "Monkfish 2011-2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6579, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Monkfish 2011-2014 (<4 knots)": {"layer": {"id": 279, "name": "Monkfish 2011-2014 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6579, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Monkfish 2015-2016": {"layer": {"id": 699, "name": "Monkfish 2015-2016", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6579, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Monkfish 2015-2016 (<4 knots)": {"layer": {"id": 700, "name": "Monkfish 2015-2016 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6579, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "Monkfish May 2015 - April 2019": {"layer": {"id": 5449, "name": "Monkfish May 2015 - April 2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6579, "name": "Fishing Vessel Activity (VMS)", "description": ""}}, "BOEM Wind Planning Areas": {"layer": {"id": 5551, "name": "BOEM Wind Planning Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6618, "name": "Archived Planning Areas and Activities", "description": "A collection of maps depicting previous, expired and/or canceled offshore wind planning areas and activities in the Mid-Atlantic. The Portal maintains these data layers for reference by users and to assist with visualizing past steps in regional planning processes. For information about the most current planning activities in federal waters, visit <a href=\"https://www.boem.gov\">https://www.boem.gov</a>."}}, "Central Atlantic 2 Call for Information and Nominations Area 8/2024": {"layer": {"id": 6202, "name": "Central Atlantic 2 Call for Information and Nominations Area 8/2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6618, "name": "Archived Planning Areas and Activities", "description": "A collection of maps depicting previous, expired and/or canceled offshore wind planning areas and activities in the Mid-Atlantic. The Portal maintains these data layers for reference by users and to assist with visualizing past steps in regional planning processes. For information about the most current planning activities in federal waters, visit <a href=\"https://www.boem.gov\">https://www.boem.gov</a>."}}, "BOEM Central Atlantic Final Sale Notice of OCS-A 0557 (A-2) and OCS-A 0558 (C-1) 7/2024": {"layer": {"id": 6194, "name": "BOEM Central Atlantic Final Sale Notice of OCS-A 0557 (A-2) and OCS-A 0558 (C-1) 7/2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6618, "name": "Archived Planning Areas and Activities", "description": "A collection of maps depicting previous, expired and/or canceled offshore wind planning areas and activities in the Mid-Atlantic. The Portal maintains these data layers for reference by users and to assist with visualizing past steps in regional planning processes. For information about the most current planning activities in federal waters, visit <a href=\"https://www.boem.gov\">https://www.boem.gov</a>."}}, "BOEM Central Atlantic Final Wind Energy Areas 7/2023": {"layer": {"id": 5791, "name": "BOEM Central Atlantic Final Wind Energy Areas 7/2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6618, "name": "Archived Planning Areas and Activities", "description": "A collection of maps depicting previous, expired and/or canceled offshore wind planning areas and activities in the Mid-Atlantic. The Portal maintains these data layers for reference by users and to assist with visualizing past steps in regional planning processes. For information about the most current planning activities in federal waters, visit <a href=\"https://www.boem.gov\">https://www.boem.gov</a>."}}, "BOEM Central Atlantic Draft Wind Energy Areas 11/2022": {"layer": {"id": 5460, "name": "BOEM Central Atlantic Draft Wind Energy Areas 11/2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6618, "name": "Archived Planning Areas and Activities", "description": "A collection of maps depicting previous, expired and/or canceled offshore wind planning areas and activities in the Mid-Atlantic. The Portal maintains these data layers for reference by users and to assist with visualizing past steps in regional planning processes. For information about the most current planning activities in federal waters, visit <a href=\"https://www.boem.gov\">https://www.boem.gov</a>."}}, "BOEM Central Atlantic Call for Information and Nominations Area 5/2022": {"layer": {"id": 5262, "name": "BOEM Central Atlantic Call for Information and Nominations Area 5/2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6618, "name": "Archived Planning Areas and Activities", "description": "A collection of maps depicting previous, expired and/or canceled offshore wind planning areas and activities in the Mid-Atlantic. The Portal maintains these data layers for reference by users and to assist with visualizing past steps in regional planning processes. For information about the most current planning activities in federal waters, visit <a href=\"https://www.boem.gov\">https://www.boem.gov</a>."}}, "Greater Atlantic Region Statistical Areas": {"layer": {"id": 1544, "name": "Greater Atlantic Region Statistical Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 292, "name": "Management Areas: Other", "description": "These layers reflect current fishery management areas published by the National Marine Fisheries Service (NMFS) Greater Atlantic Regional Fishery Office (GARFO)."}}, "Atlantic Large Whale Take Reduction Plan Regulated and Exempted Waters": {"layer": {"id": 4926, "name": "Atlantic Large Whale Take Reduction Plan Regulated and Exempted Waters", "has_sublayers": false, "sublayers": []}, "theme": {"id": 292, "name": "Management Areas: Other", "description": "These layers reflect current fishery management areas published by the National Marine Fisheries Service (NMFS) Greater Atlantic Regional Fishery Office (GARFO)."}}, "Fishing2|Fishery Specific|Bluefish|NOAA Fishing Footprints": {"layer": {"id": 6582, "name": "Fishing2|Fishery Specific|Bluefish|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Bluefish Landings 2011-2015", "id": 5996}, {"name": "Bluefish Landings 2016-2020", "id": 6010}, {"name": "Bluefish Revenue 2011-2015", "id": 6044}, {"name": "Bluefish Revenue 2016-2020", "id": 6059}]}, "theme": {"id": 6580, "name": "Bluefish", "description": ""}}, "All Vessels (2012)": {"layer": {"id": 143, "name": "All Vessels (2012)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 142, "name": "AIS Vessel Density (2012)", "description": "This data set is derived from archived 2012 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Cargo Vessels (2012)": {"layer": {"id": 144, "name": "Cargo Vessels (2012)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 142, "name": "AIS Vessel Density (2012)", "description": "This data set is derived from archived 2012 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Passenger Vessels (2012)": {"layer": {"id": 145, "name": "Passenger Vessels (2012)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 142, "name": "AIS Vessel Density (2012)", "description": "This data set is derived from archived 2012 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Tug-Tow Vessels (2012)": {"layer": {"id": 147, "name": "Tug-Tow Vessels (2012)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 142, "name": "AIS Vessel Density (2012)", "description": "This data set is derived from archived 2012 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Tanker Vessels (2012)": {"layer": {"id": 146, "name": "Tanker Vessels (2012)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 142, "name": "AIS Vessel Density (2012)", "description": "This data set is derived from archived 2012 Automatic Identification System (AIS) data, and the Density grid depicts the concentration of a majority of commercial shipping traffic within U.S. coastal and offshore waters. The data set is intended to be used by the ocean planning community to better understand vessel traffic patterns."}}, "Atlantic States Marine Fisheries Commission FMP Revenue 2011-2015": {"layer": {"id": 6042, "name": "Atlantic States Marine Fisheries Commission FMP Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Atlantic Herring Revenue 2011-2015": {"layer": {"id": 6043, "name": "Atlantic Herring Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Bluefish Revenue 2011-2015": {"layer": {"id": 6044, "name": "Bluefish Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Highly Migratory Species Revenue 2011-2015": {"layer": {"id": 6045, "name": "Highly Migratory Species Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Monkfish Revenue 2011-2015": {"layer": {"id": 6047, "name": "Monkfish Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Northeast Multispecies Revenue 2011-2015": {"layer": {"id": 6048, "name": "Northeast Multispecies Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Other Revenue 2011-2015": {"layer": {"id": 6049, "name": "Other Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Sea Scallop Revenue 2011-2015": {"layer": {"id": 6050, "name": "Sea Scallop Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "NOAA Southeast Regional Office FMP Revenue 2011-2015": {"layer": {"id": 6051, "name": "NOAA Southeast Regional Office FMP Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Skates Revenue 2011-2015": {"layer": {"id": 6052, "name": "Skates Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Atlantic States Marine Fisheries Commission FMP Revenue 2016-2020": {"layer": {"id": 6057, "name": "Atlantic States Marine Fisheries Commission FMP Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Atlantic Herring Revenue 2016-2020": {"layer": {"id": 6058, "name": "Atlantic Herring Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Bluefish Revenue 2016-2020": {"layer": {"id": 6059, "name": "Bluefish Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Highly Migratory Species Revenue 2016-2020": {"layer": {"id": 6060, "name": "Highly Migratory Species Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Monkfish Revenue 2016-2020": {"layer": {"id": 6062, "name": "Monkfish Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Northeast Multispecies Revenue 2016-2020": {"layer": {"id": 6063, "name": "Northeast Multispecies Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Other Revenue 2016-2020": {"layer": {"id": 6064, "name": "Other Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Sea Scallop Revenue 2016-2020": {"layer": {"id": 6065, "name": "Sea Scallop Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "NOAA Southeast Regional Office FMP Revenue 2016-2020": {"layer": {"id": 6066, "name": "NOAA Southeast Regional Office FMP Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Skates Revenue 2016-2020": {"layer": {"id": 6067, "name": "Skates Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5518, "name": "NOAA NEFSC Fishing Footprints: FMP Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Probability of Cobble": {"layer": {"id": 6505, "name": "Probability of Cobble", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6287, "name": "Surficial Substrates (Stokesbury et al. 2024)", "description": "These layers display the sampling points and outputs of geostatistical models that estimate the probability of five geologic and one biogenic substrate types being present at a 250 m resolution. The models leveraged two large data sets: the University of Massachusetts \u2013 School for Marine Science and Technology (SMAST) drop camera survey (242,949 samples, 2003 to 2019) and the US Geological Survey databases (27,784 samples, 1966 to 2011), which were combined to derive sea floor surficial substrate probability maps for the Northeastern US continental shelf from Virginia Beach to the Gulf of Maine to 300 m depth (218,571 km^2). \r\n\r\n<br/> <br/>"}}, "Probability of Gravel": {"layer": {"id": 6504, "name": "Probability of Gravel", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6287, "name": "Surficial Substrates (Stokesbury et al. 2024)", "description": "These layers display the sampling points and outputs of geostatistical models that estimate the probability of five geologic and one biogenic substrate types being present at a 250 m resolution. The models leveraged two large data sets: the University of Massachusetts \u2013 School for Marine Science and Technology (SMAST) drop camera survey (242,949 samples, 2003 to 2019) and the US Geological Survey databases (27,784 samples, 1966 to 2011), which were combined to derive sea floor surficial substrate probability maps for the Northeastern US continental shelf from Virginia Beach to the Gulf of Maine to 300 m depth (218,571 km^2). \r\n\r\n<br/> <br/>"}}, "Probability of Mud": {"layer": {"id": 6502, "name": "Probability of Mud", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6287, "name": "Surficial Substrates (Stokesbury et al. 2024)", "description": "These layers display the sampling points and outputs of geostatistical models that estimate the probability of five geologic and one biogenic substrate types being present at a 250 m resolution. The models leveraged two large data sets: the University of Massachusetts \u2013 School for Marine Science and Technology (SMAST) drop camera survey (242,949 samples, 2003 to 2019) and the US Geological Survey databases (27,784 samples, 1966 to 2011), which were combined to derive sea floor surficial substrate probability maps for the Northeastern US continental shelf from Virginia Beach to the Gulf of Maine to 300 m depth (218,571 km^2). \r\n\r\n<br/> <br/>"}}, "Probability of Rock": {"layer": {"id": 6506, "name": "Probability of Rock", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6287, "name": "Surficial Substrates (Stokesbury et al. 2024)", "description": "These layers display the sampling points and outputs of geostatistical models that estimate the probability of five geologic and one biogenic substrate types being present at a 250 m resolution. The models leveraged two large data sets: the University of Massachusetts \u2013 School for Marine Science and Technology (SMAST) drop camera survey (242,949 samples, 2003 to 2019) and the US Geological Survey databases (27,784 samples, 1966 to 2011), which were combined to derive sea floor surficial substrate probability maps for the Northeastern US continental shelf from Virginia Beach to the Gulf of Maine to 300 m depth (218,571 km^2). \r\n\r\n<br/> <br/>"}}, "Probability of Sand": {"layer": {"id": 6503, "name": "Probability of Sand", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6287, "name": "Surficial Substrates (Stokesbury et al. 2024)", "description": "These layers display the sampling points and outputs of geostatistical models that estimate the probability of five geologic and one biogenic substrate types being present at a 250 m resolution. The models leveraged two large data sets: the University of Massachusetts \u2013 School for Marine Science and Technology (SMAST) drop camera survey (242,949 samples, 2003 to 2019) and the US Geological Survey databases (27,784 samples, 1966 to 2011), which were combined to derive sea floor surficial substrate probability maps for the Northeastern US continental shelf from Virginia Beach to the Gulf of Maine to 300 m depth (218,571 km^2). \r\n\r\n<br/> <br/>"}}, "Probability of Shell Debris": {"layer": {"id": 6507, "name": "Probability of Shell Debris", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6287, "name": "Surficial Substrates (Stokesbury et al. 2024)", "description": "These layers display the sampling points and outputs of geostatistical models that estimate the probability of five geologic and one biogenic substrate types being present at a 250 m resolution. The models leveraged two large data sets: the University of Massachusetts \u2013 School for Marine Science and Technology (SMAST) drop camera survey (242,949 samples, 2003 to 2019) and the US Geological Survey databases (27,784 samples, 1966 to 2011), which were combined to derive sea floor surficial substrate probability maps for the Northeastern US continental shelf from Virginia Beach to the Gulf of Maine to 300 m depth (218,571 km^2). \r\n\r\n<br/> <br/>"}}, "USACE National Channel Framework Channel Area": {"layer": {"id": 6198, "name": "USACE National Channel Framework Channel Area", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6201, "name": "Channels", "description": ""}}, "USACE National Channel Framework Channel Reach": {"layer": {"id": 6199, "name": "USACE National Channel Framework Channel Reach", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6201, "name": "Channels", "description": ""}}, "USACE National Channel Framework Channel Quarter": {"layer": {"id": 6200, "name": "USACE National Channel Framework Channel Quarter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6201, "name": "Channels", "description": ""}}, "All VMS Vessels 2015-2019": {"layer": {"id": 5446, "name": "All VMS Vessels 2015-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Declared Out of Fishery 2015-2019": {"layer": {"id": 5447, "name": "Declared Out of Fishery 2015-2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Multispecies (Groundfish) 2006-2010": {"layer": {"id": 280, "name": "Multispecies (Groundfish) 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Multispecies (Groundfish) 2011-2014": {"layer": {"id": 281, "name": "Multispecies (Groundfish) 2011-2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Multispecies (Groundfish) 2011-2014 (<4 knots)": {"layer": {"id": 282, "name": "Multispecies (Groundfish) 2011-2014 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Multispecies (Groundfish) 2015-2016": {"layer": {"id": 701, "name": "Multispecies (Groundfish) 2015-2016", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Multispecies (Groundfish) 2015-2016 (<4 knots)": {"layer": {"id": 702, "name": "Multispecies (Groundfish) 2015-2016 (<4 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Multispecies May 2015-April 2019": {"layer": {"id": 5448, "name": "Multispecies May 2015-April 2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Scallop 2006-2010": {"layer": {"id": 283, "name": "Scallop 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Scallop 2011-2014": {"layer": {"id": 284, "name": "Scallop 2011-2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Scallop 2011-2014 (<5 knots)": {"layer": {"id": 285, "name": "Scallop 2011-2014 (<5 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Scallop 2015-2016": {"layer": {"id": 708, "name": "Scallop 2015-2016", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Scallop 2015-2016 (<5 knots)": {"layer": {"id": 709, "name": "Scallop 2015-2016 (<5 knots)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Scallop April 2015-March 2019": {"layer": {"id": 5450, "name": "Scallop April 2015-March 2019", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "VMS Transit Density >= 5 knots": {"layer": {"id": 6185, "name": "VMS Transit Density >= 5 knots", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "VMS Transit Density >= 6 knots": {"layer": {"id": 6186, "name": "VMS Transit Density >= 6 knots", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "VMS Transit Density Multispecies/Monkfish >4 knots": {"layer": {"id": 6187, "name": "VMS Transit Density Multispecies/Monkfish >4 knots", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "VMS Transit Density Multispecies/Monkfish >5 knots": {"layer": {"id": 6188, "name": "VMS Transit Density Multispecies/Monkfish >5 knots", "has_sublayers": false, "sublayers": []}, "theme": {"id": 271, "name": "Commercial Fishing - VMS", "description": "These data broadly characterize commercial fishing vessel activity in the Northeast and Mid-Atlantic based on Vessel Monitoring System (VMS) data. The relative amount of vessel activity is indicated qualitatively from high (red) to low (blue). The National Marine Fisheries Service (NMFS) describes VMS as a satellite system \"primarily used to monitor the location and movement of commercial fishing vessels in the U.S.\u201d See the Data Catalog entries for individual VMS map layers for more information."}}, "Party/Charter 1996-2000": {"layer": {"id": 1810, "name": "Party/Charter 1996-2000", "has_sublayers": false, "sublayers": []}, "theme": {"id": 55, "name": "Recreational Fishing", "description": "These maps represent visitation frequency locations of federally-permitted party/charter vessels.  They were developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data. VTR data include trip date, number of crew on board, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).\r\n<br></br>\r\nMaps were created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a \"hot spot\" of any individual party/charter vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of activity at that location.\r\n<br></br>\r\nUsers may also click on a port to learn how many total trips, trips as percentage of the regional total, total fisherdays, and fisherdays as percentage of regional total were recorded for that location."}}, "Party/Charter 2001-2005": {"layer": {"id": 3660, "name": "Party/Charter 2001-2005", "has_sublayers": false, "sublayers": []}, "theme": {"id": 55, "name": "Recreational Fishing", "description": "These maps represent visitation frequency locations of federally-permitted party/charter vessels.  They were developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data. VTR data include trip date, number of crew on board, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).\r\n<br></br>\r\nMaps were created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a \"hot spot\" of any individual party/charter vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of activity at that location.\r\n<br></br>\r\nUsers may also click on a port to learn how many total trips, trips as percentage of the regional total, total fisherdays, and fisherdays as percentage of regional total were recorded for that location."}}, "Party/Charter 2006-2010": {"layer": {"id": 3662, "name": "Party/Charter 2006-2010", "has_sublayers": false, "sublayers": []}, "theme": {"id": 55, "name": "Recreational Fishing", "description": "These maps represent visitation frequency locations of federally-permitted party/charter vessels.  They were developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data. VTR data include trip date, number of crew on board, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).\r\n<br></br>\r\nMaps were created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a \"hot spot\" of any individual party/charter vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of activity at that location.\r\n<br></br>\r\nUsers may also click on a port to learn how many total trips, trips as percentage of the regional total, total fisherdays, and fisherdays as percentage of regional total were recorded for that location."}}, "Party/Charter 2011-2015": {"layer": {"id": 3664, "name": "Party/Charter 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 55, "name": "Recreational Fishing", "description": "These maps represent visitation frequency locations of federally-permitted party/charter vessels.  They were developed by linking Federal Vessel Trip Report (VTR) data to vessel permit data. VTR data include trip date, number of crew on board, and trip locations, while the permit data includes a vessel's \"principal port\" as well as other variables describing the vessel itself (e.g. length, horsepower, and age).\r\n<br></br>\r\nMaps were created by using trip location point data as input to create density polygons representing visitation frequency (\"fisherdays\"). The results can be interpreted as maps of \"community presence.\" All data were aggregated to the \"community\" level, none of the resultant maps represent a \"hot spot\" of any individual party/charter vessel. Querying the map display at any single location will identify the various port communities that have recorded a significant level of activity at that location.\r\n<br></br>\r\nUsers may also click on a port to learn how many total trips, trips as percentage of the regional total, total fisherdays, and fisherdays as percentage of regional total were recorded for that location."}}, "OCS-A 0483 Virginia Electric and Power Company (CVOW Commercial)": {"layer": {"id": 5174, "name": "OCS-A 0483 Virginia Electric and Power Company (CVOW Commercial)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Export Cable Corridors": {"layer": {"id": 5880, "name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Export Cable Corridors", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Export Cables": {"layer": {"id": 5881, "name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Export Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Inter-Array Cables": {"layer": {"id": 5882, "name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Inter-Array Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Substations": {"layer": {"id": 5883, "name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Substations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Turbine Locations": {"layer": {"id": 5884, "name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Turbine Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "OCS-A 0486 - Revolution Wind LLC": {"layer": {"id": 5144, "name": "OCS-A 0486 - Revolution Wind LLC", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Revolution Wind Proposed or Installed Export Cable Corridors": {"layer": {"id": 5872, "name": "Revolution Wind Proposed or Installed Export Cable Corridors", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Revolution Wind Proposed or Installed Inter-Array Cables": {"layer": {"id": 5871, "name": "Revolution Wind Proposed or Installed Inter-Array Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Revolution Wind Proposed or Installed Substations": {"layer": {"id": 5869, "name": "Revolution Wind Proposed or Installed Substations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Revolution Wind Proposed or Installed Turbine Locations": {"layer": {"id": 5870, "name": "Revolution Wind Proposed or Installed Turbine Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "OCS-A 0487 Sunrise Wind LLC": {"layer": {"id": 5187, "name": "OCS-A 0487 Sunrise Wind LLC", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "OCS-A 0490 US Wind Inc.": {"layer": {"id": 5425, "name": "OCS-A 0490 US Wind Inc.", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "OCS-A 0498 - Ocean Wind LLC (Ocean Wind 1)": {"layer": {"id": 3312, "name": "OCS-A 0498 - Ocean Wind LLC (Ocean Wind 1)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Ocean Wind 1 Proposed or Installed Export Cable Corridors": {"layer": {"id": 5861, "name": "Ocean Wind 1 Proposed or Installed Export Cable Corridors", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Ocean Wind 1 Proposed or Installed Export Cables": {"layer": {"id": 5860, "name": "Ocean Wind 1 Proposed or Installed Export Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Ocean Wind 1 Proposed or Installed  Inter-Array Cables": {"layer": {"id": 5859, "name": "Ocean Wind 1 Proposed or Installed  Inter-Array Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Ocean Wind 1 Proposed or Installed Substations": {"layer": {"id": 5857, "name": "Ocean Wind 1 Proposed or Installed Substations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Ocean Wind 1 Proposed or Installed Turbine Locations": {"layer": {"id": 5858, "name": "Ocean Wind 1 Proposed or Installed Turbine Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "OCS-A 0499 Atlantic Shores South": {"layer": {"id": 5757, "name": "OCS-A 0499 Atlantic Shores South", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "OCS-A 0501 - Vineyard Wind LLC": {"layer": {"id": 5537, "name": "OCS-A 0501 - Vineyard Wind LLC", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Vineyard Wind 1 Proposed or Installed Export Cable Corridors": {"layer": {"id": 5536, "name": "Vineyard Wind 1 Proposed or Installed Export Cable Corridors", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Vineyard Wind 1 Proposed or Installed Export Cable Locations": {"layer": {"id": 5535, "name": "Vineyard Wind 1 Proposed or Installed Export Cable Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Vineyard Wind 1 Proposed or Installed Inter-Array Cables": {"layer": {"id": 5534, "name": "Vineyard Wind 1 Proposed or Installed Inter-Array Cables", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Vineyard Wind 1 Proposed or Installed Substations": {"layer": {"id": 5532, "name": "Vineyard Wind 1 Proposed or Installed Substations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Vineyard Wind 1 Proposed or Installed Turbine Locations": {"layer": {"id": 5533, "name": "Vineyard Wind 1 Proposed or Installed Turbine Locations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "OCS-A 0512 Empire Offshore Wind LLC": {"layer": {"id": 5143, "name": "OCS-A 0512 Empire Offshore Wind LLC", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3931, "name": "Permitted Projects", "description": "Proposed offshore wind energy projects that have received permits to proceed toward development and are preparing for or are under construction."}}, "Shellfish Leases (NJDEP)": {"layer": {"id": 6865, "name": "Shellfish Leases (NJDEP)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6628, "name": "New Jersey", "description": ""}}, "NJDEP Land Resource Protection (LRP) Bureau of Tidelands Aquaculture License Areas in New Jersey": {"layer": {"id": 6864, "name": "NJDEP Land Resource Protection (LRP) Bureau of Tidelands Aquaculture License Areas in New Jersey", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6628, "name": "New Jersey", "description": ""}}, "Shellfish Lease Exclusion Areas (NJDEP)": {"layer": {"id": 6866, "name": "Shellfish Lease Exclusion Areas (NJDEP)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6628, "name": "New Jersey", "description": ""}}, "Shellfish Lease Sections (NJDEP)": {"layer": {"id": 6867, "name": "Shellfish Lease Sections (NJDEP)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6628, "name": "New Jersey", "description": ""}}, "All Vessel Transit Counts (2022)": {"layer": {"id": 5555, "name": "All Vessel Transit Counts (2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Cargo Vessel Transit Counts (2022)": {"layer": {"id": 5556, "name": "Cargo Vessel Transit Counts (2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Passenger Vessel Transit Counts (2022)": {"layer": {"id": 5557, "name": "Passenger Vessel Transit Counts (2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Tanker Vessel Transit Counts (2022)": {"layer": {"id": 5558, "name": "Tanker Vessel Transit Counts (2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Tug-Tow Vessel Transit Counts (2022)": {"layer": {"id": 5559, "name": "Tug-Tow Vessel Transit Counts (2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Other Vessel Transit Counts (2022)": {"layer": {"id": 5560, "name": "Other Vessel Transit Counts (2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Fishing Vessel Transit Counts (2022)": {"layer": {"id": 5561, "name": "Fishing Vessel Transit Counts (2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Pleasure Craft-Sailing Vessel Transit Counts (2022)": {"layer": {"id": 5562, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5554, "name": "AIS Vessel Transit Counts (2022)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Dredge - Scallop Landings 2011-2015": {"layer": {"id": 5975, "name": "Dredge - Scallop Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Gillnet - Sink Landings 2011-2015": {"layer": {"id": 5976, "name": "Gillnet - Sink Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Handline Landings 2011-2015": {"layer": {"id": 5977, "name": "Handline Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Longline - Bottom Landings 2011-2015": {"layer": {"id": 5978, "name": "Longline - Bottom Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Pot - Other Landings 2011-2015": {"layer": {"id": 5980, "name": "Pot - Other Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Seine - Purse Landings 2011-2015": {"layer": {"id": 5981, "name": "Seine - Purse Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Trawl - Bottom Landings 2011-2015": {"layer": {"id": 5982, "name": "Trawl - Bottom Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Trawl - Midwater Landings 2011-2015": {"layer": {"id": 5983, "name": "Trawl - Midwater Landings 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Dredge - Scallop Landings 2016-2020": {"layer": {"id": 5985, "name": "Dredge - Scallop Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Gillnet - Sink Landings 2016-2020": {"layer": {"id": 5986, "name": "Gillnet - Sink Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Handline Landings 2016-2020": {"layer": {"id": 5987, "name": "Handline Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Longline - Bottom Landings 2016-2020": {"layer": {"id": 5988, "name": "Longline - Bottom Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Pot - Other Landings 2016-2020": {"layer": {"id": 5990, "name": "Pot - Other Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Seine - Purse Landings 2016-2020": {"layer": {"id": 5991, "name": "Seine - Purse Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Trawl - Bottom Landings 2016-2020": {"layer": {"id": 5992, "name": "Trawl - Bottom Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Trawl - Midwater Landings 2016-2020": {"layer": {"id": 5993, "name": "Trawl - Midwater Landings 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5515, "name": "NOAA NEFSC Fishing Footprints: Gear Type Landings 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Dredge - Scallop Revenue 2011-2015": {"layer": {"id": 6023, "name": "Dredge - Scallop Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Gillnet - Sink Revenue 2011-2015": {"layer": {"id": 6024, "name": "Gillnet - Sink Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Handline Revenue 2011-2015": {"layer": {"id": 6025, "name": "Handline Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Longline - Bottom Revenue 2011-2015": {"layer": {"id": 6026, "name": "Longline - Bottom Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Pot - Other Revenue 2011-2015": {"layer": {"id": 6028, "name": "Pot - Other Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Seine - Purse Revenue 2011-2015": {"layer": {"id": 6029, "name": "Seine - Purse Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Trawl - Bottom Revenue 2011-2015": {"layer": {"id": 6030, "name": "Trawl - Bottom Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Trawl - Midwater Revenue 2011-2015": {"layer": {"id": 6031, "name": "Trawl - Midwater Revenue 2011-2015", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Dredge - Scallop Revenue 2016-2020": {"layer": {"id": 6033, "name": "Dredge - Scallop Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Gillnet - Sink Revenue 2016-2020": {"layer": {"id": 6034, "name": "Gillnet - Sink Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Handline Revenue 2016-2020": {"layer": {"id": 6035, "name": "Handline Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Longline - Bottom Revenue 2016-2020": {"layer": {"id": 6036, "name": "Longline - Bottom Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Pot - Other Revenue 2016-2020": {"layer": {"id": 6038, "name": "Pot - Other Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Seine - Purse Revenue 2016-2020": {"layer": {"id": 6039, "name": "Seine - Purse Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Trawl - Bottom Revenue 2016-2020": {"layer": {"id": 6040, "name": "Trawl - Bottom Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "Trawl - Midwater Revenue 2016-2020": {"layer": {"id": 6041, "name": "Trawl - Midwater Revenue 2016-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5517, "name": "NOAA NEFSC Fishing Footprints: Gear Type Revenue 2011-2020", "description": "NOAA\u2019s Northeast Fisheries Science Center (NEFSC) developed a collection of commercial fishing activity maps called Fishing Footprints. These data summarize the spatial extent of fishing activity by combining Vessel Trip Report (VTR) and dealer report data and modeling the probability of a vessel\u2019s fishing location using observer data. Data provided comply with data confidentiality requirements under the Magnuson-Stevens Act through aggregation. The data was summarized to show fishing activity in terms of pounds of fish landed (\u201clandings\u201d) or value (\u201crevenue\u201d) by Fishery Management Plan (FMP), species, fishing gear type, and time periods. Data was summarized on a 500 x 500 meter grid, showing activity within each grid cell. For more information on the Fishing Footprints methodology, please see <a href=\"https://repository.library.noaa.gov/view/noaa/4806\" target=\"_blank\">DePiper G.S. 2014. Statistically assessing the precision of self-reported VTR fishing locations. NOAA technical memorandum NMFS-NE-229</a> and <a href=\"https://repository.library.noaa.gov/view/noaa/23030\" target=\"_blank\">Benjamin S, Lee MY, DePiper G. 2018. Visualizing fishing data as rasters. NEFSC Ref Doc 18-12; 24 p</a>. <br/> <br/> Here revenue and landings have been summarized for two time periods 2011-2015 and 2016-2020 for both FMP and gear type. The values represent annual averages over each 5 year period. The data shown here has been filtered from the original data. Areas where revenue was less than $25 was excluded from both the revenue and corresponding landings data. Additionally, some of the \u201cother\u201d gear types with very little fishing activity were excluded from this set of data. Data are grouped into categories for time period, gear type/FMP, and revenue/landings. <br/> <br/> It is important to note that these public datasets have suppressed certain information due to confidentiality concerns and are meant to present general patterns of commercial fishing activity. To obtain the most accurate estimates of fishing activity, particularly in the case of offshore wind development, please see the region\u2019s socioeconomic impacts page or contact <A HREF=\"mailto:NMFS.GAR.Data.Requests@noaa.gov\">NMFS.GAR.Data.Requests@noaa.gov</A>. <br/> <br/> To view these and other fishing data related to offshore wind planning and leasing, please visit this web page: <a href=\"https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development\" target=\"_blank\">https://www.fisheries.noaa.gov/resource/data/socioeconomic-impacts-atlantic-offshore-wind-development</a>"}}, "All Vessel Transit Counts (2023)": {"layer": {"id": 6080, "name": "All Vessel Transit Counts (2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Cargo Vessel Transit Counts (2023)": {"layer": {"id": 6081, "name": "Cargo Vessel Transit Counts (2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Fishing Vessel Transit Counts (2023)": {"layer": {"id": 6082, "name": "Fishing Vessel Transit Counts (2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Other Vessel Transit Counts (2023)": {"layer": {"id": 6083, "name": "Other Vessel Transit Counts (2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Passenger Vessel Transit Counts (2023)": {"layer": {"id": 6084, "name": "Passenger Vessel Transit Counts (2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Tanker Vessel Transit Counts (2023)": {"layer": {"id": 6085, "name": "Tanker Vessel Transit Counts (2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Tug-Tow Vessel Transit Counts (2023)": {"layer": {"id": 6086, "name": "Tug-Tow Vessel Transit Counts (2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Pleasure Craft-Sailing Vessel Transit Counts (2023)": {"layer": {"id": 6087, "name": "Pleasure Craft-Sailing Vessel Transit Counts (2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6079, "name": "AIS Vessel Transit Counts (2023)", "description": "Automatic Identification Systems (AIS) are a navigation safety device that transmits and\r\nmonitors the location and characteristics of many vessels in U.S. and international waters.\r\nVessel records are reported as a series of points during transit or dwell-times when within\r\nrange of a receiving station. This dataset represents a subset of AIS records for all vessels.\r\nIndividual vessel positions have been processed into tracks and then summarized at a 100 x\r\n100 meter (10,000 m2) cell resolution to characterize intensity of use for each month. These\r\nmonthly transit Count grids were organized into a raster catalog to use time enabled\r\ncapabilities."}}, "Sea Surface Temperature Anomaly, Monthly Slider 2024 (January - June)": {"layer": {"id": 7228, "name": "Sea Surface Temperature Anomaly, Monthly Slider 2024 (January - June)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6645, "name": "Marine Heatwaves", "description": ""}}, "Sea Surface Temperature Anomaly, Monthly Sliders (2012, 2014, 2022, 2023)": {"layer": {"id": 7229, "name": "Sea Surface Temperature Anomaly, Monthly Sliders (2012, 2014, 2022, 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6645, "name": "Marine Heatwaves", "description": ""}}, "DE Boat Ramps": {"layer": {"id": 5768, "name": "DE Boat Ramps", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5765, "name": "Boat Ramps", "description": "This dataset represents recreational public boat ramps in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous boat launches and water trails data effort by the Northeast Ocean Data Portal.\r\n\r\n<br></br>\r\n\r\nLayers:\r\n <br>\r\nDelaware Department of Natural Resources (DNREC) Division of Parks and Recreation Boat Ramps Data<br>\r\nMaryland Department of Natural Resources (MDNR) Boat Ramps Data <br>\r\nNew Jersey Sea Grant Consortium (NJSGC) Boat Ramps Data <br>\r\nNew York State Department of Conservation (NYSDEC) Boat Ramps Data <br>\r\nVirginia Department of Wildlife Resources (VDWR) Boat Ramps Data\r\nChesapeake Bay Program public access sites, 2009-2021, Boat Ramps for remaining locations in Virginia, Maryland, and Delaware <br>\r\nPennsylvania Fish and Boat Commission (PFBC) Boat Ramps Data<br>\r\n<br></br>\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "MD Boat Ramps": {"layer": {"id": 5769, "name": "MD Boat Ramps", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5765, "name": "Boat Ramps", "description": "This dataset represents recreational public boat ramps in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous boat launches and water trails data effort by the Northeast Ocean Data Portal.\r\n\r\n<br></br>\r\n\r\nLayers:\r\n <br>\r\nDelaware Department of Natural Resources (DNREC) Division of Parks and Recreation Boat Ramps Data<br>\r\nMaryland Department of Natural Resources (MDNR) Boat Ramps Data <br>\r\nNew Jersey Sea Grant Consortium (NJSGC) Boat Ramps Data <br>\r\nNew York State Department of Conservation (NYSDEC) Boat Ramps Data <br>\r\nVirginia Department of Wildlife Resources (VDWR) Boat Ramps Data\r\nChesapeake Bay Program public access sites, 2009-2021, Boat Ramps for remaining locations in Virginia, Maryland, and Delaware <br>\r\nPennsylvania Fish and Boat Commission (PFBC) Boat Ramps Data<br>\r\n<br></br>\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "NJ Boat Ramps": {"layer": {"id": 5767, "name": "NJ Boat Ramps", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5765, "name": "Boat Ramps", "description": "This dataset represents recreational public boat ramps in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous boat launches and water trails data effort by the Northeast Ocean Data Portal.\r\n\r\n<br></br>\r\n\r\nLayers:\r\n <br>\r\nDelaware Department of Natural Resources (DNREC) Division of Parks and Recreation Boat Ramps Data<br>\r\nMaryland Department of Natural Resources (MDNR) Boat Ramps Data <br>\r\nNew Jersey Sea Grant Consortium (NJSGC) Boat Ramps Data <br>\r\nNew York State Department of Conservation (NYSDEC) Boat Ramps Data <br>\r\nVirginia Department of Wildlife Resources (VDWR) Boat Ramps Data\r\nChesapeake Bay Program public access sites, 2009-2021, Boat Ramps for remaining locations in Virginia, Maryland, and Delaware <br>\r\nPennsylvania Fish and Boat Commission (PFBC) Boat Ramps Data<br>\r\n<br></br>\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "NY Boat Ramps": {"layer": {"id": 5766, "name": "NY Boat Ramps", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5765, "name": "Boat Ramps", "description": "This dataset represents recreational public boat ramps in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous boat launches and water trails data effort by the Northeast Ocean Data Portal.\r\n\r\n<br></br>\r\n\r\nLayers:\r\n <br>\r\nDelaware Department of Natural Resources (DNREC) Division of Parks and Recreation Boat Ramps Data<br>\r\nMaryland Department of Natural Resources (MDNR) Boat Ramps Data <br>\r\nNew Jersey Sea Grant Consortium (NJSGC) Boat Ramps Data <br>\r\nNew York State Department of Conservation (NYSDEC) Boat Ramps Data <br>\r\nVirginia Department of Wildlife Resources (VDWR) Boat Ramps Data\r\nChesapeake Bay Program public access sites, 2009-2021, Boat Ramps for remaining locations in Virginia, Maryland, and Delaware <br>\r\nPennsylvania Fish and Boat Commission (PFBC) Boat Ramps Data<br>\r\n<br></br>\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "VA Boat Ramps": {"layer": {"id": 5770, "name": "VA Boat Ramps", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5765, "name": "Boat Ramps", "description": "This dataset represents recreational public boat ramps in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous boat launches and water trails data effort by the Northeast Ocean Data Portal.\r\n\r\n<br></br>\r\n\r\nLayers:\r\n <br>\r\nDelaware Department of Natural Resources (DNREC) Division of Parks and Recreation Boat Ramps Data<br>\r\nMaryland Department of Natural Resources (MDNR) Boat Ramps Data <br>\r\nNew Jersey Sea Grant Consortium (NJSGC) Boat Ramps Data <br>\r\nNew York State Department of Conservation (NYSDEC) Boat Ramps Data <br>\r\nVirginia Department of Wildlife Resources (VDWR) Boat Ramps Data\r\nChesapeake Bay Program public access sites, 2009-2021, Boat Ramps for remaining locations in Virginia, Maryland, and Delaware <br>\r\nPennsylvania Fish and Boat Commission (PFBC) Boat Ramps Data<br>\r\n<br></br>\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "Chesapeake Bay Program: Additional DE, MD, VA Boat Ramps": {"layer": {"id": 5771, "name": "Chesapeake Bay Program: Additional DE, MD, VA Boat Ramps", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5765, "name": "Boat Ramps", "description": "This dataset represents recreational public boat ramps in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous boat launches and water trails data effort by the Northeast Ocean Data Portal.\r\n\r\n<br></br>\r\n\r\nLayers:\r\n <br>\r\nDelaware Department of Natural Resources (DNREC) Division of Parks and Recreation Boat Ramps Data<br>\r\nMaryland Department of Natural Resources (MDNR) Boat Ramps Data <br>\r\nNew Jersey Sea Grant Consortium (NJSGC) Boat Ramps Data <br>\r\nNew York State Department of Conservation (NYSDEC) Boat Ramps Data <br>\r\nVirginia Department of Wildlife Resources (VDWR) Boat Ramps Data\r\nChesapeake Bay Program public access sites, 2009-2021, Boat Ramps for remaining locations in Virginia, Maryland, and Delaware <br>\r\nPennsylvania Fish and Boat Commission (PFBC) Boat Ramps Data<br>\r\n<br></br>\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "PA Boat Ramps": {"layer": {"id": 5772, "name": "PA Boat Ramps", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5765, "name": "Boat Ramps", "description": "This dataset represents recreational public boat ramps in the MARCO 5-State Area of New York, New Jersey, Delaware, Maryland, Virginia, with the addition of Pennsylvania for this effort. Data layers are posted on the MARCO Portal for each individual state and were compiled from a variety of sources, primarily from state organizations/units via data sharing, downloadable data, state hosted web feature services, as well as additional vetted sources not included in existing state data (water trails additions).\r\n\r\n<br></br>\r\n\r\nThe geographic area is focused within 10 kilometers from coastal shorelines, estuaries, and coastal rivers. This approach is generally consistent with the previous boat launches and water trails data effort by the Northeast Ocean Data Portal.\r\n\r\n<br></br>\r\n\r\nLayers:\r\n <br>\r\nDelaware Department of Natural Resources (DNREC) Division of Parks and Recreation Boat Ramps Data<br>\r\nMaryland Department of Natural Resources (MDNR) Boat Ramps Data <br>\r\nNew Jersey Sea Grant Consortium (NJSGC) Boat Ramps Data <br>\r\nNew York State Department of Conservation (NYSDEC) Boat Ramps Data <br>\r\nVirginia Department of Wildlife Resources (VDWR) Boat Ramps Data\r\nChesapeake Bay Program public access sites, 2009-2021, Boat Ramps for remaining locations in Virginia, Maryland, and Delaware <br>\r\nPennsylvania Fish and Boat Commission (PFBC) Boat Ramps Data<br>\r\n<br></br>\r\nNOTE: PLEASE REFER TO MARCO DOCUMENTATION AS LINKED IN THE GIS DATA ATTRIBUTES AND PORTAL DATA CATALOG."}}, "BOEM Sand Resources": {"layer": {"id": 1684, "name": "BOEM Sand Resources", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4529, "name": "Managed Sediments and Sand", "description": "This collection includes maps characterizing sand and sediments as potential resources for human/industrial use (e.g. borrow areas, beach nourishment projects). See the Habitat theme for several additional data layers pertaining to the Mid-Atlantic\u2019s ocean bottom."}}, "BOEM Atlantic OCS Aliquots with Sand Resources": {"layer": {"id": 1674, "name": "BOEM Atlantic OCS Aliquots with Sand Resources", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4529, "name": "Managed Sediments and Sand", "description": "This collection includes maps characterizing sand and sediments as potential resources for human/industrial use (e.g. borrow areas, beach nourishment projects). See the Habitat theme for several additional data layers pertaining to the Mid-Atlantic\u2019s ocean bottom."}}, "Beach Nourishment Projects": {"layer": {"id": 4514, "name": "Beach Nourishment Projects", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4529, "name": "Managed Sediments and Sand", "description": "This collection includes maps characterizing sand and sediments as potential resources for human/industrial use (e.g. borrow areas, beach nourishment projects). See the Habitat theme for several additional data layers pertaining to the Mid-Atlantic\u2019s ocean bottom."}}, "BOEM Marine Minerals Lease Areas": {"layer": {"id": 222, "name": "BOEM Marine Minerals Lease Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4529, "name": "Managed Sediments and Sand", "description": "This collection includes maps characterizing sand and sediments as potential resources for human/industrial use (e.g. borrow areas, beach nourishment projects). See the Habitat theme for several additional data layers pertaining to the Mid-Atlantic\u2019s ocean bottom."}}, "USACE National Sediment Management Framework Placement Areas": {"layer": {"id": 6072, "name": "USACE National Sediment Management Framework Placement Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4529, "name": "Managed Sediments and Sand", "description": "This collection includes maps characterizing sand and sediments as potential resources for human/industrial use (e.g. borrow areas, beach nourishment projects). See the Habitat theme for several additional data layers pertaining to the Mid-Atlantic\u2019s ocean bottom."}}, "USACE National Sediment Management Framework Borrow Areas": {"layer": {"id": 6076, "name": "USACE National Sediment Management Framework Borrow Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 4529, "name": "Managed Sediments and Sand", "description": "This collection includes maps characterizing sand and sediments as potential resources for human/industrial use (e.g. borrow areas, beach nourishment projects). See the Habitat theme for several additional data layers pertaining to the Mid-Atlantic\u2019s ocean bottom."}}, "All Acidification Monitoring Sites": {"layer": {"id": 5850, "name": "All Acidification Monitoring Sites", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5849, "name": "Acidification Monitoring Locations", "description": "These data comprise the locations and methods of ocean and coastal acidification monitoring in the Mid-Atlantic. As there is no widely accepted method yet to measure acidification (CO3-2) directly, it is calculated from two of the four commonly measured carbonate system parameters (pH, pCO2, dissolved inorganic carbon [DIC] and total alkalinity [TA]) with known thermodynamic constants. This dataset is meant to compile information about the sites that monitor acidification to assist in the development of a robust monitoring network in the Mid-Atlantic as per the goals of the Mid-Atlantic Coastal Acidification Network (MACAN) and the Mid-Atlantic Regional Ocean Action Plan. This map does not compile the monitoring data itself, but does link to the monitoring data when it is publicly available. The data come from a variety of publicly available sources including state governments and academic institutions, as well as from a 2022 MACAN survey of the Coastal and Ocean Acidification (COA) monitoring community. This map is regularly updated as additional information about monitoring sites continues to emerge and develop. If you have additional information that you think should be included in this map, please contact <a href=\"mailto:info@MidACAN.org\">info@MidACAN.org</a>.\r\n\r\n<br></br>\r\n \r\nThis dataset compilation is version October 2023."}}, "Active Sites as of Summer 2023": {"layer": {"id": 5851, "name": "Active Sites as of Summer 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5849, "name": "Acidification Monitoring Locations", "description": "These data comprise the locations and methods of ocean and coastal acidification monitoring in the Mid-Atlantic. As there is no widely accepted method yet to measure acidification (CO3-2) directly, it is calculated from two of the four commonly measured carbonate system parameters (pH, pCO2, dissolved inorganic carbon [DIC] and total alkalinity [TA]) with known thermodynamic constants. This dataset is meant to compile information about the sites that monitor acidification to assist in the development of a robust monitoring network in the Mid-Atlantic as per the goals of the Mid-Atlantic Coastal Acidification Network (MACAN) and the Mid-Atlantic Regional Ocean Action Plan. This map does not compile the monitoring data itself, but does link to the monitoring data when it is publicly available. The data come from a variety of publicly available sources including state governments and academic institutions, as well as from a 2022 MACAN survey of the Coastal and Ocean Acidification (COA) monitoring community. This map is regularly updated as additional information about monitoring sites continues to emerge and develop. If you have additional information that you think should be included in this map, please contact <a href=\"mailto:info@MidACAN.org\">info@MidACAN.org</a>.\r\n\r\n<br></br>\r\n \r\nThis dataset compilation is version October 2023."}}, "Sites by Number of Parameters": {"layer": {"id": 5852, "name": "Sites by Number of Parameters", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5849, "name": "Acidification Monitoring Locations", "description": "These data comprise the locations and methods of ocean and coastal acidification monitoring in the Mid-Atlantic. As there is no widely accepted method yet to measure acidification (CO3-2) directly, it is calculated from two of the four commonly measured carbonate system parameters (pH, pCO2, dissolved inorganic carbon [DIC] and total alkalinity [TA]) with known thermodynamic constants. This dataset is meant to compile information about the sites that monitor acidification to assist in the development of a robust monitoring network in the Mid-Atlantic as per the goals of the Mid-Atlantic Coastal Acidification Network (MACAN) and the Mid-Atlantic Regional Ocean Action Plan. This map does not compile the monitoring data itself, but does link to the monitoring data when it is publicly available. The data come from a variety of publicly available sources including state governments and academic institutions, as well as from a 2022 MACAN survey of the Coastal and Ocean Acidification (COA) monitoring community. This map is regularly updated as additional information about monitoring sites continues to emerge and develop. If you have additional information that you think should be included in this map, please contact <a href=\"mailto:info@MidACAN.org\">info@MidACAN.org</a>.\r\n\r\n<br></br>\r\n \r\nThis dataset compilation is version October 2023."}}, "pH Sites": {"layer": {"id": 5854, "name": "pH Sites", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5849, "name": "Acidification Monitoring Locations", "description": "These data comprise the locations and methods of ocean and coastal acidification monitoring in the Mid-Atlantic. As there is no widely accepted method yet to measure acidification (CO3-2) directly, it is calculated from two of the four commonly measured carbonate system parameters (pH, pCO2, dissolved inorganic carbon [DIC] and total alkalinity [TA]) with known thermodynamic constants. This dataset is meant to compile information about the sites that monitor acidification to assist in the development of a robust monitoring network in the Mid-Atlantic as per the goals of the Mid-Atlantic Coastal Acidification Network (MACAN) and the Mid-Atlantic Regional Ocean Action Plan. This map does not compile the monitoring data itself, but does link to the monitoring data when it is publicly available. The data come from a variety of publicly available sources including state governments and academic institutions, as well as from a 2022 MACAN survey of the Coastal and Ocean Acidification (COA) monitoring community. This map is regularly updated as additional information about monitoring sites continues to emerge and develop. If you have additional information that you think should be included in this map, please contact <a href=\"mailto:info@MidACAN.org\">info@MidACAN.org</a>.\r\n\r\n<br></br>\r\n \r\nThis dataset compilation is version October 2023."}}, "pCO2 Sites": {"layer": {"id": 5853, "name": "pCO2 Sites", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5849, "name": "Acidification Monitoring Locations", "description": "These data comprise the locations and methods of ocean and coastal acidification monitoring in the Mid-Atlantic. As there is no widely accepted method yet to measure acidification (CO3-2) directly, it is calculated from two of the four commonly measured carbonate system parameters (pH, pCO2, dissolved inorganic carbon [DIC] and total alkalinity [TA]) with known thermodynamic constants. This dataset is meant to compile information about the sites that monitor acidification to assist in the development of a robust monitoring network in the Mid-Atlantic as per the goals of the Mid-Atlantic Coastal Acidification Network (MACAN) and the Mid-Atlantic Regional Ocean Action Plan. This map does not compile the monitoring data itself, but does link to the monitoring data when it is publicly available. The data come from a variety of publicly available sources including state governments and academic institutions, as well as from a 2022 MACAN survey of the Coastal and Ocean Acidification (COA) monitoring community. This map is regularly updated as additional information about monitoring sites continues to emerge and develop. If you have additional information that you think should be included in this map, please contact <a href=\"mailto:info@MidACAN.org\">info@MidACAN.org</a>.\r\n\r\n<br></br>\r\n \r\nThis dataset compilation is version October 2023."}}, "TA Sites": {"layer": {"id": 5855, "name": "TA Sites", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5849, "name": "Acidification Monitoring Locations", "description": "These data comprise the locations and methods of ocean and coastal acidification monitoring in the Mid-Atlantic. As there is no widely accepted method yet to measure acidification (CO3-2) directly, it is calculated from two of the four commonly measured carbonate system parameters (pH, pCO2, dissolved inorganic carbon [DIC] and total alkalinity [TA]) with known thermodynamic constants. This dataset is meant to compile information about the sites that monitor acidification to assist in the development of a robust monitoring network in the Mid-Atlantic as per the goals of the Mid-Atlantic Coastal Acidification Network (MACAN) and the Mid-Atlantic Regional Ocean Action Plan. This map does not compile the monitoring data itself, but does link to the monitoring data when it is publicly available. The data come from a variety of publicly available sources including state governments and academic institutions, as well as from a 2022 MACAN survey of the Coastal and Ocean Acidification (COA) monitoring community. This map is regularly updated as additional information about monitoring sites continues to emerge and develop. If you have additional information that you think should be included in this map, please contact <a href=\"mailto:info@MidACAN.org\">info@MidACAN.org</a>.\r\n\r\n<br></br>\r\n \r\nThis dataset compilation is version October 2023."}}, "DIC Sites": {"layer": {"id": 5856, "name": "DIC Sites", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5849, "name": "Acidification Monitoring Locations", "description": "These data comprise the locations and methods of ocean and coastal acidification monitoring in the Mid-Atlantic. As there is no widely accepted method yet to measure acidification (CO3-2) directly, it is calculated from two of the four commonly measured carbonate system parameters (pH, pCO2, dissolved inorganic carbon [DIC] and total alkalinity [TA]) with known thermodynamic constants. This dataset is meant to compile information about the sites that monitor acidification to assist in the development of a robust monitoring network in the Mid-Atlantic as per the goals of the Mid-Atlantic Coastal Acidification Network (MACAN) and the Mid-Atlantic Regional Ocean Action Plan. This map does not compile the monitoring data itself, but does link to the monitoring data when it is publicly available. The data come from a variety of publicly available sources including state governments and academic institutions, as well as from a 2022 MACAN survey of the Coastal and Ocean Acidification (COA) monitoring community. This map is regularly updated as additional information about monitoring sites continues to emerge and develop. If you have additional information that you think should be included in this map, please contact <a href=\"mailto:info@MidACAN.org\">info@MidACAN.org</a>.\r\n\r\n<br></br>\r\n \r\nThis dataset compilation is version October 2023."}}, "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass|NOAA Fishing Footprints": {"layer": {"id": 6586, "name": "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Summer Flounder/Scup/Black Sea Bass Landings 2011-2015", "id": 6006}, {"name": "Summer Flounder/Scup/Black Sea Bass Landings 2016-2020", "id": 6020}, {"name": "Summer Flounder/Scup/Black Sea Bass Revenue 2011-2015", "id": 6055}, {"name": "Summer Flounder/Scup/Black Sea Bass Revenue 2016-2020", "id": 6070}]}, "theme": {"id": 6584, "name": "Summer Flounder/Scup/Black Sea Bass", "description": ""}}, "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass|Mgt. Areas": {"layer": {"id": 6587, "name": "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Delaware Special Management Zone Areas for Recreational Fishermen", "id": 4924}, {"name": "Management Units for Summer Flounder, Scup, and Black Sea Bass", "id": 4923}, {"name": "New Jersey Special Management Zone Areas", "id": 4922}, {"name": "Scup Gear Restricted Areas", "id": 4921}, {"name": "Scup Transfer-at-Sea Boundary", "id": 4920}, {"name": "Summer Flounder Small-Mesh Exemption Area", "id": 5901}]}, "theme": {"id": 6584, "name": "Summer Flounder/Scup/Black Sea Bass", "description": ""}}, "Gap Analysis: Boundary - 3 or more soundings per ~100m cell": {"layer": {"id": 7339, "name": "Gap Analysis: Boundary - 3 or more soundings per ~100m cell", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6647, "name": "United States Bathymetry Gap Analysis", "description": "The United States Bathymetry Gap Analysis dataset represents bathymetric sounding densities of multibeam, single beam, NOS Hydrography, NOS BAG-formatted Hydrography, bathymetric LIDAR, CCOM/JHC extended continental shelf surveys, and crowdsourced bathymetry, classified by number of soundings per 100 m cell.\r\n\r\n<br></br>\r\n\r\nThe United States Bathymetry Gap Analysis is a map service providing visual access to the local sounding density derived from all modern bathymetric data holdings at NOAA's <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> and <a href=\"https://coast.noaa.gov/\" target=\"_blank\">Office for Coastal Management (OCM)</a>. A team from NOAA's <a href=\"https://nauticalcharts.noaa.gov/\" target=\"_blank\">Office of Coast Survey</a>, the University of New Hampshire <a href=\"https://www.ccom.unh.edu/\" target=\"_blank\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center</a>, and <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> prepared this analysis and map service to inform a U.S. ocean and coastal mapping strategy for U.S. waters and contribute to the international Seabed 2030 initiative, which aims to map the entire ocean floor at 100 meter resolution by 2030.\r\n\r\n<br></br>\r\n\r\nUnderpinning the map service are seven principal layers of bathymetry. Actual soundings of multibeam data (raw), single beam data (1960 or later), NOS hydrographic surveys (1960 or later), and crowdsourced bathymetry are included. Coverage footprints of NOS BAG-formatted hydrography, bathymetric grids from the U.S. extended continental shelf survey program, and bathymetric LIDAR data are also included. All bathymetry layers used in the gap analysis are archived at NCEI. For convenience, footprints of bathymetric LIDAR data were retrieved from NOAA's <a href=\"https://coast.noaa.gov/digitalcoast/\" target=\"_blank\">Digital Coast</a>.\r\n\r\n<br></br>\r\n\r\nTo effectively manage server resources, the analysis is partitioned across 178 tiles covering all U.S. waters and adjacent continental shelf. Each tile spans 6 degrees in longitude and 4 degrees in latitude. Within this framework, all modern depth soundings or coverage footprints are extracted from NCEI and OCM data holdings and associated with an approximately 100-m resolution grid of the area. MB_System, GDAL, GMT, and Esri ArcGIS software are used to prepare this analysis. While data quality is not the focus of this analysis, the following 12 multibeam surveys that were identified by GMRT as containing poor or bad quality data have been excluded: AT19, EW0101, EW0205, EW0206, EW0210, EW0310, EW0401, EW0501, EW9002, EW9501, KN145L18, and KN190. This change took effect in the August 2020 update, in order to provide more clarity about the current status of mapping coverage over these surveyed areas.\r\n\r\n<br></br>\r\n\r\nTo simplify the visual presentation and accommodate evolving views on the number of soundings needed for a single 100 m cell to be \"mapped\", the number of soundings for each grid tile are divided into categories of coverage. Sounding densities greater than 0 and less than 3 are reclassed to a value of 1 and displayed as a deep pink color. This value represents \"minimally mapped\" in this analysis. Sounding densities equal to 3 or greater are reclassed to a value of 3 and displayed as a deep purple color. The coverage footprints obtained from the BAG-formatted hydrography, offshore extended continental shelf grids, and nearshore bathymetric LIDAR were populated with a value of 3, which represents \"better mapped\" in this bathymetry coverage and gap analysis."}}, "Gap Analysis: Footprint - 3 or more soundings per ~100m cell": {"layer": {"id": 7341, "name": "Gap Analysis: Footprint - 3 or more soundings per ~100m cell", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6647, "name": "United States Bathymetry Gap Analysis", "description": "The United States Bathymetry Gap Analysis dataset represents bathymetric sounding densities of multibeam, single beam, NOS Hydrography, NOS BAG-formatted Hydrography, bathymetric LIDAR, CCOM/JHC extended continental shelf surveys, and crowdsourced bathymetry, classified by number of soundings per 100 m cell.\r\n\r\n<br></br>\r\n\r\nThe United States Bathymetry Gap Analysis is a map service providing visual access to the local sounding density derived from all modern bathymetric data holdings at NOAA's <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> and <a href=\"https://coast.noaa.gov/\" target=\"_blank\">Office for Coastal Management (OCM)</a>. A team from NOAA's <a href=\"https://nauticalcharts.noaa.gov/\" target=\"_blank\">Office of Coast Survey</a>, the University of New Hampshire <a href=\"https://www.ccom.unh.edu/\" target=\"_blank\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center</a>, and <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> prepared this analysis and map service to inform a U.S. ocean and coastal mapping strategy for U.S. waters and contribute to the international Seabed 2030 initiative, which aims to map the entire ocean floor at 100 meter resolution by 2030.\r\n\r\n<br></br>\r\n\r\nUnderpinning the map service are seven principal layers of bathymetry. Actual soundings of multibeam data (raw), single beam data (1960 or later), NOS hydrographic surveys (1960 or later), and crowdsourced bathymetry are included. Coverage footprints of NOS BAG-formatted hydrography, bathymetric grids from the U.S. extended continental shelf survey program, and bathymetric LIDAR data are also included. All bathymetry layers used in the gap analysis are archived at NCEI. For convenience, footprints of bathymetric LIDAR data were retrieved from NOAA's <a href=\"https://coast.noaa.gov/digitalcoast/\" target=\"_blank\">Digital Coast</a>.\r\n\r\n<br></br>\r\n\r\nTo effectively manage server resources, the analysis is partitioned across 178 tiles covering all U.S. waters and adjacent continental shelf. Each tile spans 6 degrees in longitude and 4 degrees in latitude. Within this framework, all modern depth soundings or coverage footprints are extracted from NCEI and OCM data holdings and associated with an approximately 100-m resolution grid of the area. MB_System, GDAL, GMT, and Esri ArcGIS software are used to prepare this analysis. While data quality is not the focus of this analysis, the following 12 multibeam surveys that were identified by GMRT as containing poor or bad quality data have been excluded: AT19, EW0101, EW0205, EW0206, EW0210, EW0310, EW0401, EW0501, EW9002, EW9501, KN145L18, and KN190. This change took effect in the August 2020 update, in order to provide more clarity about the current status of mapping coverage over these surveyed areas.\r\n\r\n<br></br>\r\n\r\nTo simplify the visual presentation and accommodate evolving views on the number of soundings needed for a single 100 m cell to be \"mapped\", the number of soundings for each grid tile are divided into categories of coverage. Sounding densities greater than 0 and less than 3 are reclassed to a value of 1 and displayed as a deep pink color. This value represents \"minimally mapped\" in this analysis. Sounding densities equal to 3 or greater are reclassed to a value of 3 and displayed as a deep purple color. The coverage footprints obtained from the BAG-formatted hydrography, offshore extended continental shelf grids, and nearshore bathymetric LIDAR were populated with a value of 3, which represents \"better mapped\" in this bathymetry coverage and gap analysis."}}, "Gap Analysis: Image - 3 or more soundings per ~100m cell": {"layer": {"id": 7340, "name": "Gap Analysis: Image - 3 or more soundings per ~100m cell", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6647, "name": "United States Bathymetry Gap Analysis", "description": "The United States Bathymetry Gap Analysis dataset represents bathymetric sounding densities of multibeam, single beam, NOS Hydrography, NOS BAG-formatted Hydrography, bathymetric LIDAR, CCOM/JHC extended continental shelf surveys, and crowdsourced bathymetry, classified by number of soundings per 100 m cell.\r\n\r\n<br></br>\r\n\r\nThe United States Bathymetry Gap Analysis is a map service providing visual access to the local sounding density derived from all modern bathymetric data holdings at NOAA's <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> and <a href=\"https://coast.noaa.gov/\" target=\"_blank\">Office for Coastal Management (OCM)</a>. A team from NOAA's <a href=\"https://nauticalcharts.noaa.gov/\" target=\"_blank\">Office of Coast Survey</a>, the University of New Hampshire <a href=\"https://www.ccom.unh.edu/\" target=\"_blank\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center</a>, and <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> prepared this analysis and map service to inform a U.S. ocean and coastal mapping strategy for U.S. waters and contribute to the international Seabed 2030 initiative, which aims to map the entire ocean floor at 100 meter resolution by 2030.\r\n\r\n<br></br>\r\n\r\nUnderpinning the map service are seven principal layers of bathymetry. Actual soundings of multibeam data (raw), single beam data (1960 or later), NOS hydrographic surveys (1960 or later), and crowdsourced bathymetry are included. Coverage footprints of NOS BAG-formatted hydrography, bathymetric grids from the U.S. extended continental shelf survey program, and bathymetric LIDAR data are also included. All bathymetry layers used in the gap analysis are archived at NCEI. For convenience, footprints of bathymetric LIDAR data were retrieved from NOAA's <a href=\"https://coast.noaa.gov/digitalcoast/\" target=\"_blank\">Digital Coast</a>.\r\n\r\n<br></br>\r\n\r\nTo effectively manage server resources, the analysis is partitioned across 178 tiles covering all U.S. waters and adjacent continental shelf. Each tile spans 6 degrees in longitude and 4 degrees in latitude. Within this framework, all modern depth soundings or coverage footprints are extracted from NCEI and OCM data holdings and associated with an approximately 100-m resolution grid of the area. MB_System, GDAL, GMT, and Esri ArcGIS software are used to prepare this analysis. While data quality is not the focus of this analysis, the following 12 multibeam surveys that were identified by GMRT as containing poor or bad quality data have been excluded: AT19, EW0101, EW0205, EW0206, EW0210, EW0310, EW0401, EW0501, EW9002, EW9501, KN145L18, and KN190. This change took effect in the August 2020 update, in order to provide more clarity about the current status of mapping coverage over these surveyed areas.\r\n\r\n<br></br>\r\n\r\nTo simplify the visual presentation and accommodate evolving views on the number of soundings needed for a single 100 m cell to be \"mapped\", the number of soundings for each grid tile are divided into categories of coverage. Sounding densities greater than 0 and less than 3 are reclassed to a value of 1 and displayed as a deep pink color. This value represents \"minimally mapped\" in this analysis. Sounding densities equal to 3 or greater are reclassed to a value of 3 and displayed as a deep purple color. The coverage footprints obtained from the BAG-formatted hydrography, offshore extended continental shelf grids, and nearshore bathymetric LIDAR were populated with a value of 3, which represents \"better mapped\" in this bathymetry coverage and gap analysis."}}, "Gap Analysis: Boundary - 1-2 soundings per ~100m cell": {"layer": {"id": 7342, "name": "Gap Analysis: Boundary - 1-2 soundings per ~100m cell", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6647, "name": "United States Bathymetry Gap Analysis", "description": "The United States Bathymetry Gap Analysis dataset represents bathymetric sounding densities of multibeam, single beam, NOS Hydrography, NOS BAG-formatted Hydrography, bathymetric LIDAR, CCOM/JHC extended continental shelf surveys, and crowdsourced bathymetry, classified by number of soundings per 100 m cell.\r\n\r\n<br></br>\r\n\r\nThe United States Bathymetry Gap Analysis is a map service providing visual access to the local sounding density derived from all modern bathymetric data holdings at NOAA's <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> and <a href=\"https://coast.noaa.gov/\" target=\"_blank\">Office for Coastal Management (OCM)</a>. A team from NOAA's <a href=\"https://nauticalcharts.noaa.gov/\" target=\"_blank\">Office of Coast Survey</a>, the University of New Hampshire <a href=\"https://www.ccom.unh.edu/\" target=\"_blank\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center</a>, and <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> prepared this analysis and map service to inform a U.S. ocean and coastal mapping strategy for U.S. waters and contribute to the international Seabed 2030 initiative, which aims to map the entire ocean floor at 100 meter resolution by 2030.\r\n\r\n<br></br>\r\n\r\nUnderpinning the map service are seven principal layers of bathymetry. Actual soundings of multibeam data (raw), single beam data (1960 or later), NOS hydrographic surveys (1960 or later), and crowdsourced bathymetry are included. Coverage footprints of NOS BAG-formatted hydrography, bathymetric grids from the U.S. extended continental shelf survey program, and bathymetric LIDAR data are also included. All bathymetry layers used in the gap analysis are archived at NCEI. For convenience, footprints of bathymetric LIDAR data were retrieved from NOAA's <a href=\"https://coast.noaa.gov/digitalcoast/\" target=\"_blank\">Digital Coast</a>.\r\n\r\n<br></br>\r\n\r\nTo effectively manage server resources, the analysis is partitioned across 178 tiles covering all U.S. waters and adjacent continental shelf. Each tile spans 6 degrees in longitude and 4 degrees in latitude. Within this framework, all modern depth soundings or coverage footprints are extracted from NCEI and OCM data holdings and associated with an approximately 100-m resolution grid of the area. MB_System, GDAL, GMT, and Esri ArcGIS software are used to prepare this analysis. While data quality is not the focus of this analysis, the following 12 multibeam surveys that were identified by GMRT as containing poor or bad quality data have been excluded: AT19, EW0101, EW0205, EW0206, EW0210, EW0310, EW0401, EW0501, EW9002, EW9501, KN145L18, and KN190. This change took effect in the August 2020 update, in order to provide more clarity about the current status of mapping coverage over these surveyed areas.\r\n\r\n<br></br>\r\n\r\nTo simplify the visual presentation and accommodate evolving views on the number of soundings needed for a single 100 m cell to be \"mapped\", the number of soundings for each grid tile are divided into categories of coverage. Sounding densities greater than 0 and less than 3 are reclassed to a value of 1 and displayed as a deep pink color. This value represents \"minimally mapped\" in this analysis. Sounding densities equal to 3 or greater are reclassed to a value of 3 and displayed as a deep purple color. The coverage footprints obtained from the BAG-formatted hydrography, offshore extended continental shelf grids, and nearshore bathymetric LIDAR were populated with a value of 3, which represents \"better mapped\" in this bathymetry coverage and gap analysis."}}, "Gap Analysis: Footprint - 1-2 soundings per ~100m cell": {"layer": {"id": 7343, "name": "Gap Analysis: Footprint - 1-2 soundings per ~100m cell", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6647, "name": "United States Bathymetry Gap Analysis", "description": "The United States Bathymetry Gap Analysis dataset represents bathymetric sounding densities of multibeam, single beam, NOS Hydrography, NOS BAG-formatted Hydrography, bathymetric LIDAR, CCOM/JHC extended continental shelf surveys, and crowdsourced bathymetry, classified by number of soundings per 100 m cell.\r\n\r\n<br></br>\r\n\r\nThe United States Bathymetry Gap Analysis is a map service providing visual access to the local sounding density derived from all modern bathymetric data holdings at NOAA's <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> and <a href=\"https://coast.noaa.gov/\" target=\"_blank\">Office for Coastal Management (OCM)</a>. A team from NOAA's <a href=\"https://nauticalcharts.noaa.gov/\" target=\"_blank\">Office of Coast Survey</a>, the University of New Hampshire <a href=\"https://www.ccom.unh.edu/\" target=\"_blank\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center</a>, and <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> prepared this analysis and map service to inform a U.S. ocean and coastal mapping strategy for U.S. waters and contribute to the international Seabed 2030 initiative, which aims to map the entire ocean floor at 100 meter resolution by 2030.\r\n\r\n<br></br>\r\n\r\nUnderpinning the map service are seven principal layers of bathymetry. Actual soundings of multibeam data (raw), single beam data (1960 or later), NOS hydrographic surveys (1960 or later), and crowdsourced bathymetry are included. Coverage footprints of NOS BAG-formatted hydrography, bathymetric grids from the U.S. extended continental shelf survey program, and bathymetric LIDAR data are also included. All bathymetry layers used in the gap analysis are archived at NCEI. For convenience, footprints of bathymetric LIDAR data were retrieved from NOAA's <a href=\"https://coast.noaa.gov/digitalcoast/\" target=\"_blank\">Digital Coast</a>.\r\n\r\n<br></br>\r\n\r\nTo effectively manage server resources, the analysis is partitioned across 178 tiles covering all U.S. waters and adjacent continental shelf. Each tile spans 6 degrees in longitude and 4 degrees in latitude. Within this framework, all modern depth soundings or coverage footprints are extracted from NCEI and OCM data holdings and associated with an approximately 100-m resolution grid of the area. MB_System, GDAL, GMT, and Esri ArcGIS software are used to prepare this analysis. While data quality is not the focus of this analysis, the following 12 multibeam surveys that were identified by GMRT as containing poor or bad quality data have been excluded: AT19, EW0101, EW0205, EW0206, EW0210, EW0310, EW0401, EW0501, EW9002, EW9501, KN145L18, and KN190. This change took effect in the August 2020 update, in order to provide more clarity about the current status of mapping coverage over these surveyed areas.\r\n\r\n<br></br>\r\n\r\nTo simplify the visual presentation and accommodate evolving views on the number of soundings needed for a single 100 m cell to be \"mapped\", the number of soundings for each grid tile are divided into categories of coverage. Sounding densities greater than 0 and less than 3 are reclassed to a value of 1 and displayed as a deep pink color. This value represents \"minimally mapped\" in this analysis. Sounding densities equal to 3 or greater are reclassed to a value of 3 and displayed as a deep purple color. The coverage footprints obtained from the BAG-formatted hydrography, offshore extended continental shelf grids, and nearshore bathymetric LIDAR were populated with a value of 3, which represents \"better mapped\" in this bathymetry coverage and gap analysis."}}, "Gap Analysis: Image - 1-2 soundings per ~100m cell": {"layer": {"id": 7344, "name": "Gap Analysis: Image - 1-2 soundings per ~100m cell", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6647, "name": "United States Bathymetry Gap Analysis", "description": "The United States Bathymetry Gap Analysis dataset represents bathymetric sounding densities of multibeam, single beam, NOS Hydrography, NOS BAG-formatted Hydrography, bathymetric LIDAR, CCOM/JHC extended continental shelf surveys, and crowdsourced bathymetry, classified by number of soundings per 100 m cell.\r\n\r\n<br></br>\r\n\r\nThe United States Bathymetry Gap Analysis is a map service providing visual access to the local sounding density derived from all modern bathymetric data holdings at NOAA's <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> and <a href=\"https://coast.noaa.gov/\" target=\"_blank\">Office for Coastal Management (OCM)</a>. A team from NOAA's <a href=\"https://nauticalcharts.noaa.gov/\" target=\"_blank\">Office of Coast Survey</a>, the University of New Hampshire <a href=\"https://www.ccom.unh.edu/\" target=\"_blank\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center</a>, and <a href=\"https://www.ncei.noaa.gov/\" target=\"_blank\">National Centers for Environmental Information (NCEI)</a> prepared this analysis and map service to inform a U.S. ocean and coastal mapping strategy for U.S. waters and contribute to the international Seabed 2030 initiative, which aims to map the entire ocean floor at 100 meter resolution by 2030.\r\n\r\n<br></br>\r\n\r\nUnderpinning the map service are seven principal layers of bathymetry. Actual soundings of multibeam data (raw), single beam data (1960 or later), NOS hydrographic surveys (1960 or later), and crowdsourced bathymetry are included. Coverage footprints of NOS BAG-formatted hydrography, bathymetric grids from the U.S. extended continental shelf survey program, and bathymetric LIDAR data are also included. All bathymetry layers used in the gap analysis are archived at NCEI. For convenience, footprints of bathymetric LIDAR data were retrieved from NOAA's <a href=\"https://coast.noaa.gov/digitalcoast/\" target=\"_blank\">Digital Coast</a>.\r\n\r\n<br></br>\r\n\r\nTo effectively manage server resources, the analysis is partitioned across 178 tiles covering all U.S. waters and adjacent continental shelf. Each tile spans 6 degrees in longitude and 4 degrees in latitude. Within this framework, all modern depth soundings or coverage footprints are extracted from NCEI and OCM data holdings and associated with an approximately 100-m resolution grid of the area. MB_System, GDAL, GMT, and Esri ArcGIS software are used to prepare this analysis. While data quality is not the focus of this analysis, the following 12 multibeam surveys that were identified by GMRT as containing poor or bad quality data have been excluded: AT19, EW0101, EW0205, EW0206, EW0210, EW0310, EW0401, EW0501, EW9002, EW9501, KN145L18, and KN190. This change took effect in the August 2020 update, in order to provide more clarity about the current status of mapping coverage over these surveyed areas.\r\n\r\n<br></br>\r\n\r\nTo simplify the visual presentation and accommodate evolving views on the number of soundings needed for a single 100 m cell to be \"mapped\", the number of soundings for each grid tile are divided into categories of coverage. Sounding densities greater than 0 and less than 3 are reclassed to a value of 1 and displayed as a deep pink color. This value represents \"minimally mapped\" in this analysis. Sounding densities equal to 3 or greater are reclassed to a value of 3 and displayed as a deep purple color. The coverage footprints obtained from the BAG-formatted hydrography, offshore extended continental shelf grids, and nearshore bathymetric LIDAR were populated with a value of 3, which represents \"better mapped\" in this bathymetry coverage and gap analysis."}}, "Marine Life Library|Fish BioMass NRHA Abundance|Fish NRHA Species Abundance": {"layer": {"id": 6283, "name": "Marine Life Library|Fish BioMass NRHA Abundance|Fish NRHA Species Abundance", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6282, "name": "Fish BioMass NRHA Abundance", "description": "This shows the seasonal relative abundance of fish species from 2010-2019 using data from multiple coastal trawl surveys. These data were developed by the Northeast Regional Habitat Assessment (NRHA) and more species and data are available on the NRHA Data Explorer. The NRHA Data Explorer includes various data visualizations, with a key focus on species distribution maps that display mean abundance estimates across hexagonal grid cells. Their interactive visualization allows users to filter by species and by trawl surveys (one or multiple), enabling a spatial view of species abundance. To access the NRHA Data Explorer, visit <a href=\"https://nrha.shinyapps.io/dataexplorer/#!/species\">https://nrha.shinyapps.io/dataexplorer/#!/species</a>."}}, "Coastal Trawl Extents": {"layer": {"id": 6495, "name": "Coastal Trawl Extents", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6282, "name": "Fish BioMass NRHA Abundance", "description": "This shows the seasonal relative abundance of fish species from 2010-2019 using data from multiple coastal trawl surveys. These data were developed by the Northeast Regional Habitat Assessment (NRHA) and more species and data are available on the NRHA Data Explorer. The NRHA Data Explorer includes various data visualizations, with a key focus on species distribution maps that display mean abundance estimates across hexagonal grid cells. Their interactive visualization allows users to filter by species and by trawl surveys (one or multiple), enabling a spatial view of species abundance. To access the NRHA Data Explorer, visit <a href=\"https://nrha.shinyapps.io/dataexplorer/#!/species\">https://nrha.shinyapps.io/dataexplorer/#!/species</a>."}}, "NOAA NOS Hydrographic Survey Data": {"layer": {"id": 256, "name": "NOAA NOS Hydrographic Survey Data", "has_sublayers": false, "sublayers": []}, "theme": {"id": 257, "name": "Bathymetry", "description": "This shows regional bathymetry data as well as high resolution bathymetry data, where it exists, from multiple sources. Included here are regional data compiled from the <a href=\"http://ccom.unh.edu/\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center (CCOM/JHC)</a> and <a href=\"http://www.ngdc.noaa.gov/mgg/coastal/crm.html\">U.S. Coastal Relief Model</a>, submarine canyon and shelf/slope break bathymetry from NOAA's <a href=\"http://oceanexplorer.noaa.gov/okeanos/welcome.html\">Okeanos Explorer</a> missions, and nearshore high resolution bathymetry compiled by NOAA's <a href=\"http://www.ngdc.noaa.gov/mgg/bathymetry/relief.html\">National Centers for Environmental Information</a>. See individual layer descriptions in the Data Catalog for more information."}}, "Regional Bathymetry": {"layer": {"id": 339, "name": "Regional Bathymetry", "has_sublayers": false, "sublayers": []}, "theme": {"id": 257, "name": "Bathymetry", "description": "This shows regional bathymetry data as well as high resolution bathymetry data, where it exists, from multiple sources. Included here are regional data compiled from the <a href=\"http://ccom.unh.edu/\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center (CCOM/JHC)</a> and <a href=\"http://www.ngdc.noaa.gov/mgg/coastal/crm.html\">U.S. Coastal Relief Model</a>, submarine canyon and shelf/slope break bathymetry from NOAA's <a href=\"http://oceanexplorer.noaa.gov/okeanos/welcome.html\">Okeanos Explorer</a> missions, and nearshore high resolution bathymetry compiled by NOAA's <a href=\"http://www.ngdc.noaa.gov/mgg/bathymetry/relief.html\">National Centers for Environmental Information</a>. See individual layer descriptions in the Data Catalog for more information."}}, "United States Bathymetry Gap Analysis": {"layer": {"id": 6647, "name": "United States Bathymetry Gap Analysis", "has_sublayers": true, "sublayers": [{"name": "Gap Analysis: Boundary - 3 or more soundings per ~100m cell", "id": 7339}, {"name": "Gap Analysis: Footprint - 3 or more soundings per ~100m cell", "id": 7341}, {"name": "Gap Analysis: Image - 3 or more soundings per ~100m cell", "id": 7340}, {"name": "Gap Analysis: Boundary - 1-2 soundings per ~100m cell", "id": 7342}, {"name": "Gap Analysis: Footprint - 1-2 soundings per ~100m cell", "id": 7343}, {"name": "Gap Analysis: Image - 1-2 soundings per ~100m cell", "id": 7344}]}, "theme": {"id": 257, "name": "Bathymetry", "description": "This shows regional bathymetry data as well as high resolution bathymetry data, where it exists, from multiple sources. Included here are regional data compiled from the <a href=\"http://ccom.unh.edu/\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center (CCOM/JHC)</a> and <a href=\"http://www.ngdc.noaa.gov/mgg/coastal/crm.html\">U.S. Coastal Relief Model</a>, submarine canyon and shelf/slope break bathymetry from NOAA's <a href=\"http://oceanexplorer.noaa.gov/okeanos/welcome.html\">Okeanos Explorer</a> missions, and nearshore high resolution bathymetry compiled by NOAA's <a href=\"http://www.ngdc.noaa.gov/mgg/bathymetry/relief.html\">National Centers for Environmental Information</a>. See individual layer descriptions in the Data Catalog for more information."}}, "NCEI Multibeam Survey Footprints": {"layer": {"id": 7345, "name": "NCEI Multibeam Survey Footprints", "has_sublayers": false, "sublayers": []}, "theme": {"id": 257, "name": "Bathymetry", "description": "This shows regional bathymetry data as well as high resolution bathymetry data, where it exists, from multiple sources. Included here are regional data compiled from the <a href=\"http://ccom.unh.edu/\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center (CCOM/JHC)</a> and <a href=\"http://www.ngdc.noaa.gov/mgg/coastal/crm.html\">U.S. Coastal Relief Model</a>, submarine canyon and shelf/slope break bathymetry from NOAA's <a href=\"http://oceanexplorer.noaa.gov/okeanos/welcome.html\">Okeanos Explorer</a> missions, and nearshore high resolution bathymetry compiled by NOAA's <a href=\"http://www.ngdc.noaa.gov/mgg/bathymetry/relief.html\">National Centers for Environmental Information</a>. See individual layer descriptions in the Data Catalog for more information."}}, "Bathymetric Contours: Maine to Florida": {"layer": {"id": 6498, "name": "Bathymetric Contours: Maine to Florida", "has_sublayers": false, "sublayers": []}, "theme": {"id": 257, "name": "Bathymetry", "description": "This shows regional bathymetry data as well as high resolution bathymetry data, where it exists, from multiple sources. Included here are regional data compiled from the <a href=\"http://ccom.unh.edu/\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center (CCOM/JHC)</a> and <a href=\"http://www.ngdc.noaa.gov/mgg/coastal/crm.html\">U.S. Coastal Relief Model</a>, submarine canyon and shelf/slope break bathymetry from NOAA's <a href=\"http://oceanexplorer.noaa.gov/okeanos/welcome.html\">Okeanos Explorer</a> missions, and nearshore high resolution bathymetry compiled by NOAA's <a href=\"http://www.ngdc.noaa.gov/mgg/bathymetry/relief.html\">National Centers for Environmental Information</a>. See individual layer descriptions in the Data Catalog for more information."}}, "BlueTopo National Bathymetry": {"layer": {"id": 6499, "name": "BlueTopo National Bathymetry", "has_sublayers": false, "sublayers": []}, "theme": {"id": 257, "name": "Bathymetry", "description": "This shows regional bathymetry data as well as high resolution bathymetry data, where it exists, from multiple sources. Included here are regional data compiled from the <a href=\"http://ccom.unh.edu/\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center (CCOM/JHC)</a> and <a href=\"http://www.ngdc.noaa.gov/mgg/coastal/crm.html\">U.S. Coastal Relief Model</a>, submarine canyon and shelf/slope break bathymetry from NOAA's <a href=\"http://oceanexplorer.noaa.gov/okeanos/welcome.html\">Okeanos Explorer</a> missions, and nearshore high resolution bathymetry compiled by NOAA's <a href=\"http://www.ngdc.noaa.gov/mgg/bathymetry/relief.html\">National Centers for Environmental Information</a>. See individual layer descriptions in the Data Catalog for more information."}}, "BlueTopo Tile Scheme": {"layer": {"id": 6500, "name": "BlueTopo Tile Scheme", "has_sublayers": false, "sublayers": []}, "theme": {"id": 257, "name": "Bathymetry", "description": "This shows regional bathymetry data as well as high resolution bathymetry data, where it exists, from multiple sources. Included here are regional data compiled from the <a href=\"http://ccom.unh.edu/\">Center for Coastal and Ocean Mapping/Joint Hydrographic Center (CCOM/JHC)</a> and <a href=\"http://www.ngdc.noaa.gov/mgg/coastal/crm.html\">U.S. Coastal Relief Model</a>, submarine canyon and shelf/slope break bathymetry from NOAA's <a href=\"http://oceanexplorer.noaa.gov/okeanos/welcome.html\">Okeanos Explorer</a> missions, and nearshore high resolution bathymetry compiled by NOAA's <a href=\"http://www.ngdc.noaa.gov/mgg/bathymetry/relief.html\">National Centers for Environmental Information</a>. See individual layer descriptions in the Data Catalog for more information."}}, "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|NOAA Fishing Footprints": {"layer": {"id": 6603, "name": "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Northeast Multispecies Landings 2011-2015", "id": 6000}, {"name": "Northeast Multispecies Landings 2016-2020", "id": 6014}, {"name": "Northeast Multispecies Revenue 2011-2015", "id": 6048}, {"name": "Northeast Multispecies Revenue 2016-2020", "id": 6063}]}, "theme": {"id": 6600, "name": "Northeast Multispecies (groundfish)", "description": ""}}, "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|Fishing Vessel ActivityVMS": {"layer": {"id": 6602, "name": "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|Fishing Vessel ActivityVMS", "has_sublayers": true, "sublayers": [{"name": "Multispecies (Groundfish) 2006-2010", "id": 280}, {"name": "Multispecies (Groundfish) 2011-2014", "id": 281}, {"name": "Multispecies (Groundfish) 2011-2014 (<4 knots)", "id": 282}, {"name": "Multispecies (Groundfish) 2015-2016", "id": 701}, {"name": "Multispecies (Groundfish) 2015-2016 (<4 knots)", "id": 702}, {"name": "Multispecies May 2015-April 2019", "id": 5448}]}, "theme": {"id": 6600, "name": "Northeast Multispecies (groundfish)", "description": ""}}, "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|Mgt. Areas": {"layer": {"id": 6604, "name": "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "GOM Cod Protection Closure Areas", "id": 1536}, {"name": "Groundfish Closure Areas", "id": 1537}, {"name": "Groundfish Spawning Measures", "id": 1538}, {"name": "Nantucket Lightship Closed Area Exemption Areas", "id": 1542}]}, "theme": {"id": 6600, "name": "Northeast Multispecies (groundfish)", "description": ""}}, "Fishing2|Fishery Specific|Herring|NOAA Fishing Footprints": {"layer": {"id": 6275, "name": "Fishing2|Fishery Specific|Herring|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Atlantic Herring Landings 2011-2015", "id": 5995}, {"name": "Atlantic Herring Landings 2016-2020", "id": 6009}, {"name": "Atlantic Herring Revenue 2011-2015", "id": 6043}, {"name": "Atlantic Herring Revenue 2016-2020", "id": 6058}]}, "theme": {"id": 6274, "name": "Atlantic Herring", "description": ""}}, "Fishing2|Fishery Specific|Herring|Mgt. Areas": {"layer": {"id": 6276, "name": "Fishing2|Fishery Specific|Herring|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Herring Haddock Accountability Measure Areas", "id": 4881}, {"name": "Herring Management Areas", "id": 1540}]}, "theme": {"id": 6274, "name": "Atlantic Herring", "description": ""}}, "Fishing2|Fishery Specific|Herring|Fishing Vessel ActivityVMS": {"layer": {"id": 6578, "name": "Fishing2|Fishery Specific|Herring|Fishing Vessel ActivityVMS", "has_sublayers": true, "sublayers": [{"name": "Herring 2006-2010", "id": 272}, {"name": "Herring 2011-2014", "id": 273}, {"name": "Herring 2011-2014 (<4 knots)", "id": 274}, {"name": "Herring 2015-2016", "id": 697}, {"name": "Herring 2015-2016 (<4 knots)", "id": 698}, {"name": "Herring 2015-2019", "id": 5453}]}, "theme": {"id": 6274, "name": "Atlantic Herring", "description": ""}}, "Fishing2|Fishery Specific|Monkfish|Mgt. Areas": {"layer": {"id": 6279, "name": "Fishing2|Fishery Specific|Monkfish|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Mid-Atlantic Exemption Area", "id": 4891}, {"name": "Monkfish Canyon Closed Areas", "id": 4911}, {"name": "Monkfish Fishery Management Areas", "id": 4910}, {"name": "Offshore Fishery Program Area", "id": 4909}, {"name": "Skate Management Unit", "id": 4914}, {"name": "Southern New England Exemption Area", "id": 5198}, {"name": "Southern New England Monkfish and Skate Gillnet Exemption Area", "id": 4907}, {"name": "Southern New England Monkfish and Skate Trawl Exemption Area", "id": 4906}, {"name": "Southern New England Skate Bait Trawl Exemption Area", "id": 4913}]}, "theme": {"id": 6277, "name": "Monkfish and Skate", "description": ""}}, "Fishing2|Fishery Specific|Monkfish|NOAA Fishing Footprints": {"layer": {"id": 6278, "name": "Fishing2|Fishery Specific|Monkfish|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Monkfish Landings 2011-2015", "id": 5999}, {"name": "Monkfish Landings 2016-2020", "id": 6013}, {"name": "Monkfish Revenue 2011-2015", "id": 6047}, {"name": "Monkfish Revenue 2016-2020", "id": 6062}]}, "theme": {"id": 6277, "name": "Monkfish and Skate", "description": ""}}, "Fishing2|Fishery Specific|Monkfish Skate|Fishing Vessel ActivityVMS": {"layer": {"id": 6579, "name": "Fishing2|Fishery Specific|Monkfish Skate|Fishing Vessel ActivityVMS", "has_sublayers": true, "sublayers": [{"name": "Monkfish 2006-2010", "id": 277}, {"name": "Monkfish 2011-2014", "id": 278}, {"name": "Monkfish 2011-2014 (<4 knots)", "id": 279}, {"name": "Monkfish 2015-2016", "id": 699}, {"name": "Monkfish 2015-2016 (<4 knots)", "id": 700}, {"name": "Monkfish May 2015 - April 2019", "id": 5449}]}, "theme": {"id": 6277, "name": "Monkfish and Skate", "description": ""}}, "10 Minute Squares of the Greater Atlantic Region": {"layer": {"id": 6860, "name": "10 Minute Squares of the Greater Atlantic Region", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6272, "name": "Other", "description": ""}}, "Management Areas: Summer Flounder Draft Addendum XXXV": {"layer": {"id": 6207, "name": "Management Areas: Summer Flounder Draft Addendum XXXV", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6271, "name": "Proposed", "description": ""}}, "Coral Amendment - Final Council Preferred Alternatives (pending NMFS approval, rulemaking)": {"layer": {"id": 4901, "name": "Coral Amendment - Final Council Preferred Alternatives (pending NMFS approval, rulemaking)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6271, "name": "Proposed", "description": ""}}, "Fishing2|Multi-Fishery|Mgt. Areas|Proposed": {"layer": {"id": 6271, "name": "Fishing2|Multi-Fishery|Mgt. Areas|Proposed", "has_sublayers": true, "sublayers": [{"name": "Management Areas: Summer Flounder Draft Addendum XXXV", "id": 6207}, {"name": "Coral Amendment - Final Council Preferred Alternatives (pending NMFS approval, rulemaking)", "id": 4901}]}, "theme": {"id": 6270, "name": "Mgt. Areas", "description": "Mgt. Areas: 3rd tier theme underneath Fishing2|Multi-Fishery."}}, "Fishing2|Multi-Fishery|Mgt. Areas|Other": {"layer": {"id": 6272, "name": "Fishing2|Multi-Fishery|Mgt. Areas|Other", "has_sublayers": true, "sublayers": [{"name": "10 Minute Squares of the Greater Atlantic Region", "id": 6860}, {"name": "Atlantic Large Whale Take Reduction Plan Regulated and Exempted Waters", "id": 4926}, {"name": "Carl N. Shuster Jr. Horseshoe Crab Reserve", "id": 4510}, {"name": "Greater Atlantic Region Statistical Areas", "id": 1544}]}, "theme": {"id": 6270, "name": "Mgt. Areas", "description": "Mgt. Areas: 3rd tier theme underneath Fishing2|Multi-Fishery."}}, "Fishing2|Multi-Fishery|Mgt. Areas|Habitat": {"layer": {"id": 6273, "name": "Fishing2|Multi-Fishery|Mgt. Areas|Habitat", "has_sublayers": true, "sublayers": [{"name": "Clam Dredge Exemption Areas in the Great South Channel Habitat Management Area", "id": 4903}, {"name": "Dedicated Habitat Research Area", "id": 1534}, {"name": "Frank R. Lautenberg Deep-Sea Coral Protection Area", "id": 510}, {"name": "Habitat Management Areas", "id": 1539}, {"name": "North Atlantic Right Whale Northeastern Critical Habitat", "id": 4905}, {"name": "Research Areas in the Great South Channel Habitat Management Area", "id": 4904}, {"name": "Northeast Canyons and Seamounts Marine National Monument", "id": 507}]}, "theme": {"id": 6270, "name": "Mgt. Areas", "description": "Mgt. Areas: 3rd tier theme underneath Fishing2|Multi-Fishery."}}, "Fishing2|Multi-Fishery|NOAA Fishing Footprints": {"layer": {"id": 6265, "name": "Fishing2|Multi-Fishery|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Gillnet - Sink Landings 2011-2015", "id": 5976}, {"name": "Gillnet - Sink Landings 2016-2020", "id": 5986}, {"name": "Gillnet - Sink Revenue 2011-2015", "id": 6024}, {"name": "Gillnet - Sink Revenue 2016-2020", "id": 6034}, {"name": "Handline Landings 2011-2015", "id": 5977}, {"name": "Handline Landings 2016-2020", "id": 5987}, {"name": "Handline Revenue 2011-2015", "id": 6025}, {"name": "Handline Revenue 2016-2020", "id": 6035}, {"name": "Longline - Bottom Landings 2011-2015", "id": 5978}, {"name": "Longline - Bottom Landings 2016-2020", "id": 5988}, {"name": "Longline - Bottom Revenue 2011-2015", "id": 6026}, {"name": "Longline - Bottom Revenue 2016-2020", "id": 6036}, {"name": "Seine - Purse Landings 2011-2015", "id": 5981}, {"name": "Seine - Purse Landings 2016-2020", "id": 5991}, {"name": "Seine - Purse Revenue 2011-2015", "id": 6029}, {"name": "Seine - Purse Revenue 2016-2020", "id": 6039}, {"name": "Trawl - Bottom Landings 2011-2015", "id": 5982}, {"name": "Trawl - Bottom Landings 2016-2020", "id": 5992}, {"name": "Trawl - Bottom Revenue 2011-2015", "id": 6030}, {"name": "Trawl - Bottom Revenue 2016-2020", "id": 6040}, {"name": "Trawl - Midwater Landings 2011-2015", "id": 5983}, {"name": "Trawl - Midwater Landings 2016-2020", "id": 5993}, {"name": "Trawl - Midwater Revenue 2011-2015", "id": 6031}, {"name": "Trawl - Midwater Revenue 2016-2020", "id": 6041}, {"name": "Atlantic States Marine Fisheries Commission FMP Landings 2011-2015", "id": 5994}, {"name": "Atlantic States Marine Fisheries Commission FMP Revenue 2011-2015", "id": 6042}, {"name": "Atlantic States Marine Fisheries Commission FMP Landings 2016-2020", "id": 6008}, {"name": "Atlantic States Marine Fisheries Commission FMP Revenue 2016-2020", "id": 6057}, {"name": "Highly Migratory Species Landings 2011-2015", "id": 5997}, {"name": "Highly Migratory Species Revenue 2011-2015", "id": 6045}, {"name": "Highly Migratory Species Landings 2016-2020", "id": 6011}, {"name": "Highly Migratory Species Revenue 2016-2020", "id": 6060}, {"name": "NOAA Southeast Regional Office FMP Landings 2011-2015", "id": 6002}, {"name": "NOAA Southeast Regional Office FMP Revenue 2011-2015", "id": 6051}, {"name": "NOAA Southeast Regional Office FMP Landings 2016-2020", "id": 6016}, {"name": "NOAA Southeast Regional Office FMP Revenue 2016-2020", "id": 6066}]}, "theme": {"id": 6264, "name": "Multi-Fishery", "description": ""}}, "Fishing2|Multi-Fishery|Mgt. Areas": {"layer": {"id": 6270, "name": "Fishing2|Multi-Fishery|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Multi-Fishery|Mgt. Areas|Proposed", "id": 6271}, {"name": "Fishing2|Multi-Fishery|Mgt. Areas|Other", "id": 6272}, {"name": "Fishing2|Multi-Fishery|Mgt. Areas|Habitat", "id": 6273}]}, "theme": {"id": 6264, "name": "Multi-Fishery", "description": ""}}, "Fishing2|Multi-Fishery|Fishing Vessel ActivityVMSAIS": {"layer": {"id": 6575, "name": "Fishing2|Multi-Fishery|Fishing Vessel ActivityVMSAIS", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Multi-Fishery|Fishing Vessel Activity|VMS", "id": 6268}, {"name": "Fishing2|Multi-Fishery|Fishing Vessel Activity|AIS", "id": 6614}]}, "theme": {"id": 6264, "name": "Multi-Fishery", "description": ""}}, "Fishing2|Fishery Specific|Scallops": {"layer": {"id": 6261, "name": "Fishing2|Fishery Specific|Scallops", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Scallops|NOAA Fishing Footprints", "id": 6262}, {"name": "Fishing2|Fishery Specific|Scallops|Mgt. Areas", "id": 6263}, {"name": "Fishing2|Fishery Specific|Scallops|Fishing Vessel ActivityVMS", "id": 6577}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Herring": {"layer": {"id": 6274, "name": "Fishing2|Fishery Specific|Herring", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Herring|NOAA Fishing Footprints", "id": 6275}, {"name": "Fishing2|Fishery Specific|Herring|Mgt. Areas", "id": 6276}, {"name": "Fishing2|Fishery Specific|Herring|Fishing Vessel ActivityVMS", "id": 6578}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Monkfish": {"layer": {"id": 6277, "name": "Fishing2|Fishery Specific|Monkfish", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Monkfish|Mgt. Areas", "id": 6279}, {"name": "Fishing2|Fishery Specific|Monkfish|NOAA Fishing Footprints", "id": 6278}, {"name": "Fishing2|Fishery Specific|Monkfish Skate|Fishing Vessel ActivityVMS", "id": 6579}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Bluefish": {"layer": {"id": 6580, "name": "Fishing2|Fishery Specific|Bluefish", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Bluefish|NOAA Fishing Footprints", "id": 6582}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass": {"layer": {"id": 6584, "name": "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass|NOAA Fishing Footprints", "id": 6586}, {"name": "Fishing2|Fishery Specific|Summer Flounder/Scup/Black Sea Bass|Mgt. Areas", "id": 6587}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish": {"layer": {"id": 6588, "name": "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|Fishing Vessel ActivityVMS", "id": 6589}, {"name": "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|NOAA Fishing Footprints", "id": 6590}, {"name": "Fishing2|Fishery Specific|Mackerel/Squid/Butterfish|Mgt. Areas", "id": 6591}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Golden/Blueline Tilefish": {"layer": {"id": 6592, "name": "Fishing2|Fishery Specific|Golden/Blueline Tilefish", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Golden/Blueline Tilefish|Mgt. Areas", "id": 6595}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Spiny Dogfish": {"layer": {"id": 6596, "name": "Fishing2|Fishery Specific|Spiny Dogfish", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Spiny Dogfish|NOAA Fishing Footprints", "id": 6598}, {"name": "Fishing2|Fishery Specific|Spiny Dogfish|Mgt. Areas", "id": 6599}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)": {"layer": {"id": 6600, "name": "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|NOAA Fishing Footprints", "id": 6603}, {"name": "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|Fishing Vessel ActivityVMS", "id": 6602}, {"name": "Fishing2|Fishery Specific|Northeast Multispecies (groundfish)|Mgt. Areas", "id": 6604}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Surfclam/Quahog": {"layer": {"id": 6605, "name": "Fishing2|Fishery Specific|Surfclam/Quahog", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Surfclam/Quahog|Fishing Vessel ActivityVMS", "id": 6606}, {"name": "Fishing2|Fishery Specific|Surfclam/Quahog|NOAA Fishing Footprints", "id": 6607}, {"name": "Fishing2|Fishery Specific|Surfclam/Quahog|Mgt. Areas", "id": 6608}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)": {"layer": {"id": 6609, "name": "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)|Mgt. Areas", "id": 6612}, {"name": "Fishing2|Fishery Specific|Small Mesh Multispecies (whiting)|NOAA Fishing Footprints", "id": 6611}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Lobster": {"layer": {"id": 6615, "name": "Fishing2|Fishery Specific|Lobster", "has_sublayers": true, "sublayers": [{"name": "Fishing2|Fishery Specifc|Lobster|Mgt. Areas", "id": 6616}, {"name": "Fishing2|Fishery Specific|Lobster|NOAA Fishing Footprints", "id": 6617}]}, "theme": {"id": 6260, "name": "Fishery Specific", "description": ""}}, "Fishing2|Fishery Specific|Scallops|NOAA Fishing Footprints": {"layer": {"id": 6262, "name": "Fishing2|Fishery Specific|Scallops|NOAA Fishing Footprints", "has_sublayers": true, "sublayers": [{"name": "Sea Scallop Landings 2011-2015", "id": 6001}, {"name": "Sea Scallop Landings 2016-2020", "id": 6015}, {"name": "Sea Scallop Revenue 2011-2015", "id": 6050}, {"name": "Sea Scallop Revenue 2016-2020", "id": 6065}, {"name": "Dredge - Scallop Revenue 2011-2015", "id": 6023}, {"name": "Dredge - Scallop Revenue 2016-2020", "id": 6033}, {"name": "Dredge - Scallop Landings 2011-2015", "id": 5975}, {"name": "Dredge - Scallop Landings 2016-2020", "id": 5985}]}, "theme": {"id": 6261, "name": "Sea Scallops", "description": ""}}, "Fishing2|Fishery Specific|Scallops|Mgt. Areas": {"layer": {"id": 6263, "name": "Fishing2|Fishery Specific|Scallops|Mgt. Areas", "has_sublayers": true, "sublayers": [{"name": "Georges Bank/Southern New England Scallop Dredge Exemption Area", "id": 4885}, {"name": "Gulf of Maine Scallop Dredge Exemption Area", "id": 4886}, {"name": "Northern Gulf of Maine Scallop Management Area", "id": 4890}, {"name": "Sea Scallop Accountability Measure Areas", "id": 4887}, {"name": "Sea Scallop Rotational Areas 2019", "id": 4902}, {"name": "Scallop Days-at-Sea Change to Declare Out of Fishery Transit with Product On Board Area", "id": 4888}, {"name": "Mid-Atlantic Exemption Area", "id": 4891}]}, "theme": {"id": 6261, "name": "Sea Scallops", "description": ""}}, "Fishing2|Fishery Specific|Scallops|Fishing Vessel ActivityVMS": {"layer": {"id": 6577, "name": "Fishing2|Fishery Specific|Scallops|Fishing Vessel ActivityVMS", "has_sublayers": true, "sublayers": [{"name": "Scallop 2006-2010", "id": 283}, {"name": "Scallop 2011-2014", "id": 284}, {"name": "Scallop 2011-2014 (<5 knots)", "id": 285}, {"name": "Scallop 2015-2016", "id": 708}, {"name": "Scallop 2015-2016 (<5 knots)", "id": 709}, {"name": "Scallop April 2015-March 2019", "id": 5450}]}, "theme": {"id": 6261, "name": "Sea Scallops", "description": ""}}, "Fronts 2010 Spring": {"layer": {"id": 745, "name": "Fronts 2010 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2010 Summer": {"layer": {"id": 746, "name": "Fronts 2010 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2010 Fall": {"layer": {"id": 747, "name": "Fronts 2010 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2011 Winter": {"layer": {"id": 740, "name": "Fronts 2011 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2011 Spring": {"layer": {"id": 741, "name": "Fronts 2011 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2011 Summer": {"layer": {"id": 742, "name": "Fronts 2011 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2011 Fall": {"layer": {"id": 743, "name": "Fronts 2011 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2012 Winter": {"layer": {"id": 736, "name": "Fronts 2012 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2012 Spring": {"layer": {"id": 737, "name": "Fronts 2012 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2012 Summer": {"layer": {"id": 738, "name": "Fronts 2012 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2012 Fall": {"layer": {"id": 739, "name": "Fronts 2012 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2013 Winter": {"layer": {"id": 732, "name": "Fronts 2013 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2013 Spring": {"layer": {"id": 733, "name": "Fronts 2013 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2013 Summer": {"layer": {"id": 734, "name": "Fronts 2013 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2013 Fall": {"layer": {"id": 735, "name": "Fronts 2013 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2014 Winter": {"layer": {"id": 728, "name": "Fronts 2014 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2014 Spring": {"layer": {"id": 729, "name": "Fronts 2014 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2014 Summer": {"layer": {"id": 730, "name": "Fronts 2014 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2014 Fall": {"layer": {"id": 731, "name": "Fronts 2014 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2015 Winter": {"layer": {"id": 539, "name": "Fronts 2015 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2015 Spring": {"layer": {"id": 540, "name": "Fronts 2015 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2015 Summer": {"layer": {"id": 541, "name": "Fronts 2015 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2015 Fall": {"layer": {"id": 542, "name": "Fronts 2015 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2016 Winter": {"layer": {"id": 543, "name": "Fronts 2016 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2016 Spring": {"layer": {"id": 544, "name": "Fronts 2016 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2016 Summer": {"layer": {"id": 678, "name": "Fronts 2016 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2016 Fall": {"layer": {"id": 679, "name": "Fronts 2016 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2017 Winter": {"layer": {"id": 680, "name": "Fronts 2017 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2017 Spring": {"layer": {"id": 681, "name": "Fronts 2017 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2017 Summer": {"layer": {"id": 682, "name": "Fronts 2017 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Fronts 2017 Fall": {"layer": {"id": 683, "name": "Fronts 2017 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 538, "name": "Fronts Probability", "description": "Fronts play an important role in upper ocean processes. Fronts can impact ocean fisheries, for example, by influencing the spatial distribution of biological productivity and by controlling the accumulation of marine debris, which serves as a beacon to higher trophic levels.  The NOAA CoastWatch Oceanic Front Probability Index measures the probability of sea surface temperature front formation based on data from NOAA's GOES satellites. These data represent seasonal 'max' values of ocean fronts and were generated using fronts probability data available from CoastWatch. The data were processed to monthy rasters, then computed into composites representing seasonal maximum values. The seasons are as follows: Winter- December, January, February; Spring- March, April, May; Summer- June, July, August. Fall- September, October, November."}}, "Shore-based Activities": {"layer": {"id": 137, "name": "Shore-based Activities", "has_sublayers": false, "sublayers": []}, "theme": {"id": 136, "name": "Coastal Recreation Survey", "description": "The primary goal of the Coastal Recreation Survey was to fill an important data gap and inform regional ocean planning efforts in the Mid-Atlantic by providing a spatial baseline of non-consumptive coastal and ocean recreation use patterns in the region.\n\n\n\n<br><br>The data were collected through an online survey where respondents placed a marker to indicate where they recreated on the coast for certain activities in the last 12 months. The data is displayed using a 1 kilometer by 1 kilometer grid and each cell indicates the number of activity points that fell within each cell. \n\n\n\n<br><br>Mapped activities were grouped together into the follow activity groupings:\n\n\n\n<br><br>Shore-based: Beach going, biking/hiking, camping, and collection of non-living resources/beachcombing.\n\n<br><br>Surface Water: Kayaking/paddling, swimming, windsurfing, kite boarding, skim boarding, and surfing\n\n<br><br>Underwater Activities: SCUBA diving from a charter boat, SCUBA diving from shore or a boat, and free diving/snorkeling\n\n<br><br>Wildlife and Sightseeing Activities: sitting in your car watching the scene, scenic enjoyment, photography, and wildlife viewing"}}, "Surface Water Activities": {"layer": {"id": 138, "name": "Surface Water Activities", "has_sublayers": false, "sublayers": []}, "theme": {"id": 136, "name": "Coastal Recreation Survey", "description": "The primary goal of the Coastal Recreation Survey was to fill an important data gap and inform regional ocean planning efforts in the Mid-Atlantic by providing a spatial baseline of non-consumptive coastal and ocean recreation use patterns in the region.\n\n\n\n<br><br>The data were collected through an online survey where respondents placed a marker to indicate where they recreated on the coast for certain activities in the last 12 months. The data is displayed using a 1 kilometer by 1 kilometer grid and each cell indicates the number of activity points that fell within each cell. \n\n\n\n<br><br>Mapped activities were grouped together into the follow activity groupings:\n\n\n\n<br><br>Shore-based: Beach going, biking/hiking, camping, and collection of non-living resources/beachcombing.\n\n<br><br>Surface Water: Kayaking/paddling, swimming, windsurfing, kite boarding, skim boarding, and surfing\n\n<br><br>Underwater Activities: SCUBA diving from a charter boat, SCUBA diving from shore or a boat, and free diving/snorkeling\n\n<br><br>Wildlife and Sightseeing Activities: sitting in your car watching the scene, scenic enjoyment, photography, and wildlife viewing"}}, "Underwater Activities": {"layer": {"id": 139, "name": "Underwater Activities", "has_sublayers": false, "sublayers": []}, "theme": {"id": 136, "name": "Coastal Recreation Survey", "description": "The primary goal of the Coastal Recreation Survey was to fill an important data gap and inform regional ocean planning efforts in the Mid-Atlantic by providing a spatial baseline of non-consumptive coastal and ocean recreation use patterns in the region.\n\n\n\n<br><br>The data were collected through an online survey where respondents placed a marker to indicate where they recreated on the coast for certain activities in the last 12 months. The data is displayed using a 1 kilometer by 1 kilometer grid and each cell indicates the number of activity points that fell within each cell. \n\n\n\n<br><br>Mapped activities were grouped together into the follow activity groupings:\n\n\n\n<br><br>Shore-based: Beach going, biking/hiking, camping, and collection of non-living resources/beachcombing.\n\n<br><br>Surface Water: Kayaking/paddling, swimming, windsurfing, kite boarding, skim boarding, and surfing\n\n<br><br>Underwater Activities: SCUBA diving from a charter boat, SCUBA diving from shore or a boat, and free diving/snorkeling\n\n<br><br>Wildlife and Sightseeing Activities: sitting in your car watching the scene, scenic enjoyment, photography, and wildlife viewing"}}, "Wildlife and Sightseeing Activities": {"layer": {"id": 140, "name": "Wildlife and Sightseeing Activities", "has_sublayers": false, "sublayers": []}, "theme": {"id": 136, "name": "Coastal Recreation Survey", "description": "The primary goal of the Coastal Recreation Survey was to fill an important data gap and inform regional ocean planning efforts in the Mid-Atlantic by providing a spatial baseline of non-consumptive coastal and ocean recreation use patterns in the region.\n\n\n\n<br><br>The data were collected through an online survey where respondents placed a marker to indicate where they recreated on the coast for certain activities in the last 12 months. The data is displayed using a 1 kilometer by 1 kilometer grid and each cell indicates the number of activity points that fell within each cell. \n\n\n\n<br><br>Mapped activities were grouped together into the follow activity groupings:\n\n\n\n<br><br>Shore-based: Beach going, biking/hiking, camping, and collection of non-living resources/beachcombing.\n\n<br><br>Surface Water: Kayaking/paddling, swimming, windsurfing, kite boarding, skim boarding, and surfing\n\n<br><br>Underwater Activities: SCUBA diving from a charter boat, SCUBA diving from shore or a boat, and free diving/snorkeling\n\n<br><br>Wildlife and Sightseeing Activities: sitting in your car watching the scene, scenic enjoyment, photography, and wildlife viewing"}}, "Net Primary Productivity": {"layer": {"id": 545, "name": "Net Primary Productivity", "has_sublayers": true, "sublayers": [{"name": "NPP 2010 Winter", "id": 764}, {"name": "NPP 2010 Spring", "id": 765}, {"name": "NPP 2010 Summer", "id": 766}, {"name": "NPP 2010 Fall", "id": 767}, {"name": "NPP 2011 Winter", "id": 760}, {"name": "NPP 2011 Spring", "id": 761}, {"name": "NPP 2011 Summer", "id": 762}, {"name": "NPP 2011 Fall", "id": 763}, {"name": "NPP 2012 Winter", "id": 756}, {"name": "NPP 2012 Spring", "id": 757}, {"name": "NPP 2012 Summer", "id": 758}, {"name": "NPP 2012 Fall", "id": 759}, {"name": "NPP 2013 Winter", "id": 752}, {"name": "NPP 2013 Spring", "id": 753}, {"name": "NPP 2013 Summer", "id": 754}, {"name": "NPP 2013 Fall", "id": 755}, {"name": "NPP 2014 Winter", "id": 748}, {"name": "NPP 2014 Spring", "id": 749}, {"name": "NPP 2014 Summer", "id": 750}, {"name": "NPP 2014 Fall", "id": 751}, {"name": "NPP 2015 Winter", "id": 546}, {"name": "NPP 2015 Spring", "id": 547}, {"name": "NPP 2015 Summer", "id": 548}, {"name": "NPP 2015 Fall", "id": 549}, {"name": "NPP 2016 Winter", "id": 550}, {"name": "NPP 2016 Spring", "id": 551}, {"name": "NPP 2016 Summer", "id": 552}, {"name": "NPP 2016 Fall", "id": 553}, {"name": "NPP 2017 Winter", "id": 554}, {"name": "NPP 2017 Spring", "id": 674}, {"name": "NPP 2017 Summer", "id": 675}, {"name": "NPP 2017 Fall", "id": 676}, {"name": "NPP 2018 Winter", "id": 677}, {"name": "NPP 2018 Spring", "id": 3276}, {"name": "NPP 2018 Summer", "id": 3277}, {"name": "NPP 2018 Fall", "id": 3278}, {"name": "NPP 2019 Winter", "id": 3279}, {"name": "NPP 2019 Spring", "id": 3280}, {"name": "NPP 2019 Summer", "id": 5485}, {"name": "NPP 2019 Fall", "id": 5486}, {"name": "NPP 2020 Winter", "id": 5473}, {"name": "NPP 2020 Spring", "id": 5474}, {"name": "NPP 2020 Summer", "id": 5475}, {"name": "NPP 2020 Fall", "id": 5476}, {"name": "NPP 2021 Winter", "id": 5487}, {"name": "NPP 2021 Spring", "id": 5488}, {"name": "NPP 2021 Summer", "id": 5489}, {"name": "NPP 2021 Fall", "id": 5490}, {"name": "NPP 2022 Winter", "id": 5491}, {"name": "NPP 2022 Spring", "id": 5492}]}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "Fronts Probability": {"layer": {"id": 538, "name": "Fronts Probability", "has_sublayers": true, "sublayers": [{"name": "Fronts 2010 Spring", "id": 745}, {"name": "Fronts 2010 Summer", "id": 746}, {"name": "Fronts 2010 Fall", "id": 747}, {"name": "Fronts 2011 Winter", "id": 740}, {"name": "Fronts 2011 Spring", "id": 741}, {"name": "Fronts 2011 Summer", "id": 742}, {"name": "Fronts 2011 Fall", "id": 743}, {"name": "Fronts 2012 Winter", "id": 736}, {"name": "Fronts 2012 Spring", "id": 737}, {"name": "Fronts 2012 Summer", "id": 738}, {"name": "Fronts 2012 Fall", "id": 739}, {"name": "Fronts 2013 Winter", "id": 732}, {"name": "Fronts 2013 Spring", "id": 733}, {"name": "Fronts 2013 Summer", "id": 734}, {"name": "Fronts 2013 Fall", "id": 735}, {"name": "Fronts 2014 Winter", "id": 728}, {"name": "Fronts 2014 Spring", "id": 729}, {"name": "Fronts 2014 Summer", "id": 730}, {"name": "Fronts 2014 Fall", "id": 731}, {"name": "Fronts 2015 Winter", "id": 539}, {"name": "Fronts 2015 Spring", "id": 540}, {"name": "Fronts 2015 Summer", "id": 541}, {"name": "Fronts 2015 Fall", "id": 542}, {"name": "Fronts 2016 Winter", "id": 543}, {"name": "Fronts 2016 Spring", "id": 544}, {"name": "Fronts 2016 Summer", "id": 678}, {"name": "Fronts 2016 Fall", "id": 679}, {"name": "Fronts 2017 Winter", "id": 680}, {"name": "Fronts 2017 Spring", "id": 681}, {"name": "Fronts 2017 Summer", "id": 682}, {"name": "Fronts 2017 Fall", "id": 683}]}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "Marine Heatwaves": {"layer": {"id": 6645, "name": "Marine Heatwaves", "has_sublayers": true, "sublayers": [{"name": "Sea Surface Temperature Anomaly, Monthly Slider 2024 (January - June)", "id": 7228}, {"name": "Sea Surface Temperature Anomaly, Monthly Sliders (2012, 2014, 2022, 2023)", "id": 7229}]}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "Federal Ocean Observing Buoys and Stations": {"layer": {"id": 6075, "name": "Federal Ocean Observing Buoys and Stations", "has_sublayers": false, "sublayers": []}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "Storms": {"layer": {"id": 4540, "name": "Storms", "has_sublayers": true, "sublayers": [{"name": "Tropical Cyclone Storm Segments in the North Atlantic (1988-2022)", "id": 6189}, {"name": "Tropical Cyclone Wind Exposure in the North Atlantic (1988-2022)", "id": 6191}, {"name": "Hurricane Tracks Since 1980 in the North Atlantic Slider", "id": 4539}]}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "MARACOOS Bottom Temperature monthly slider": {"layer": {"id": 5171, "name": "MARACOOS Bottom Temperature monthly slider", "has_sublayers": false, "sublayers": []}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "MARACOOS HF Radar Seasonal Surface Currents": {"layer": {"id": 3315, "name": "MARACOOS HF Radar Seasonal Surface Currents", "has_sublayers": true, "sublayers": [{"name": "HFR Winter Surface Currents", "id": 3316}, {"name": "HFR Spring Surface Currents", "id": 3317}, {"name": "HFR Summer Surface Currents", "id": 3314}, {"name": "HFR Fall Surface Currents", "id": 3318}]}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "MARACOOS Sea Surface Temperature (SST) monthly slider": {"layer": {"id": 1807, "name": "MARACOOS Sea Surface Temperature (SST) monthly slider", "has_sublayers": false, "sublayers": []}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "Atlantic Wave Height and Climate": {"layer": {"id": 5519, "name": "Atlantic Wave Height and Climate", "has_sublayers": false, "sublayers": []}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "RUWRF Monthly Wind Speed Slider (Heights: 10M and 160M)": {"layer": {"id": 5926, "name": "RUWRF Monthly Wind Speed Slider (Heights: 10M and 160M)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "RUWRF Seasonal Wind Speed Slider (Heights: 10M and 160M)": {"layer": {"id": 5973, "name": "RUWRF Seasonal Wind Speed Slider (Heights: 10M and 160M)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "NREL Annual Offshore Wind Speed (Height: 100m)": {"layer": {"id": 4531, "name": "NREL Annual Offshore Wind Speed (Height: 100m)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "NREL Monthly Offshore Wind Speed Slider (Height: 100m)": {"layer": {"id": 4528, "name": "NREL Monthly Offshore Wind Speed Slider (Height: 100m)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 14, "name": "Oceanography", "description": "From the depths of the Mid-Atlantic's submarine canyons to its sandy beaches, explore the physical and chemical properties of the ocean through our Oceanography theme, now under development."}}, "Coastal Recreation Survey": {"layer": {"id": 136, "name": "Coastal Recreation Survey", "has_sublayers": true, "sublayers": [{"name": "Shore-based Activities", "id": 137}, {"name": "Surface Water Activities", "id": 138}, {"name": "Underwater Activities", "id": 139}, {"name": "Wildlife and Sightseeing Activities", "id": 140}]}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Recreational Boating Survey": {"layer": {"id": 163, "name": "Recreational Boating Survey", "has_sublayers": true, "sublayers": [{"name": "Recreational Boating Points", "id": 164}, {"name": "Recreational Boating density (1km)", "id": 166}, {"name": "Recreational Boating density (5km)", "id": 167}, {"name": "Recreational Boating Routes and Density", "id": 165}, {"name": "Northeast Recreational Boating Density", "id": 315}]}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Recreational Uses Workshop: NJ": {"layer": {"id": 216, "name": "Recreational Uses Workshop: NJ", "has_sublayers": false, "sublayers": []}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Recreational Uses Workshop: MD": {"layer": {"id": 218, "name": "Recreational Uses Workshop: MD", "has_sublayers": false, "sublayers": []}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Commercial Whale and Dolphin Watch Areas": {"layer": {"id": 5424, "name": "Commercial Whale and Dolphin Watch Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Recreational Uses Workshop: DE": {"layer": {"id": 217, "name": "Recreational Uses Workshop: DE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "NJDEP Prime Fishing Grounds": {"layer": {"id": 1714, "name": "NJDEP Prime Fishing Grounds", "has_sublayers": false, "sublayers": []}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Recreational Uses Workshop: NY": {"layer": {"id": 210, "name": "Recreational Uses Workshop: NY", "has_sublayers": true, "sublayers": [{"name": "NY Recreational Fishing", "id": 211}, {"name": "NY Surfing", "id": 212}, {"name": "NY Wildlife Viewing", "id": 213}]}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Recreational Uses Workshop: VA": {"layer": {"id": 219, "name": "Recreational Uses Workshop: VA", "has_sublayers": false, "sublayers": []}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Boat Ramps": {"layer": {"id": 5765, "name": "Boat Ramps", "has_sublayers": true, "sublayers": [{"name": "DE Boat Ramps", "id": 5768}, {"name": "MD Boat Ramps", "id": 5769}, {"name": "NJ Boat Ramps", "id": 5767}, {"name": "NY Boat Ramps", "id": 5766}, {"name": "VA Boat Ramps", "id": 5770}, {"name": "Chesapeake Bay Program: Additional DE, MD, VA Boat Ramps", "id": 5771}, {"name": "PA Boat Ramps", "id": 5772}]}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Water Trails": {"layer": {"id": 5539, "name": "Water Trails", "has_sublayers": true, "sublayers": [{"name": "DE Water Trails", "id": 5542}, {"name": "MD Water Trails", "id": 5543}, {"name": "NJ Water Trails", "id": 5540}, {"name": "NY Empire State Water Trail", "id": 5553}, {"name": "NY - NE Portal Water Trails", "id": 5548}, {"name": "NYC Water Trail Human Powered Boat Launches", "id": 5549}, {"name": "VA Water Trails", "id": 5544}, {"name": "Captain John Smith Chesapeake National Historic Trail", "id": 5546}, {"name": "Star-Spangled Banner National Historic Trail", "id": 5545}, {"name": "PA Water Trails", "id": 5541}]}, "theme": {"id": 7, "name": "Recreation", "description": "The Mid-Atlantic boasts countless opportunities for entertainment and leisure activities and has flourishing travel, tourism, and outdoor recreation industries, many of which are focused on the region\u2019s natural features. Visit MARCO\u2019s <a href=\"https://www.midatlanticocean.org/work-groups/recreation?from=%2Fwork-groups\" target=\"_blank\">Recreation Work Group</a> page for additional resources and <a href=\"https://mycoast.org/marco\" target=\"_blank\">MyCoast.org/marco</a> to contribute your own marine recreation data."}}, "Leatherback Sea Turtle Winter, SPUE": {"layer": {"id": 4015, "name": "Leatherback Sea Turtle Winter, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle Spring, SPUE": {"layer": {"id": 4016, "name": "Leatherback Sea Turtle Spring, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle Fall, SPUE": {"layer": {"id": 4017, "name": "Leatherback Sea Turtle Fall, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle Summer, SPUE": {"layer": {"id": 4018, "name": "Leatherback Sea Turtle Summer, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: April (2019 - 2022)": {"layer": {"id": 5928, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: April (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: May (2019 - 2022)": {"layer": {"id": 5929, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: May (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle Winter, SPUE": {"layer": {"id": 4019, "name": "Loggerhead Sea Turtle Winter, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: June (2019 - 2022)": {"layer": {"id": 5930, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: June (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle Fall, SPUE": {"layer": {"id": 4021, "name": "Loggerhead Sea Turtle Fall, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: July (2019 - 2022)": {"layer": {"id": 5931, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: July (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle Summer, SPUE": {"layer": {"id": 4022, "name": "Loggerhead Sea Turtle Summer, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: August (2019 - 2022)": {"layer": {"id": 5932, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: August (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: September (2019 - 2022)": {"layer": {"id": 5933, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: September (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle Winter, SPUE": {"layer": {"id": 4023, "name": "Green Sea Turtle Winter, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2021)": {"layer": {"id": 5348, "name": "Cargo Vessel Transit Counts (Nov 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2021)": {"layer": {"id": 5346, "name": "Cargo Vessel Transit Counts (Sep 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Apr 2021)": {"layer": {"id": 5353, "name": "Passenger Vessel Transit Counts (Apr 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Aug 2021)": {"layer": {"id": 5357, "name": "Passenger Vessel Transit Counts (Aug 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Dec 2021)": {"layer": {"id": 5361, "name": "Passenger Vessel Transit Counts (Dec 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2021)": {"layer": {"id": 5369, "name": "Tanker Vessel Transit Counts (Aug 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2021)": {"layer": {"id": 5327, "name": "All Vessel Transit Counts (Feb 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2021)": {"layer": {"id": 5365, "name": "Tanker Vessel Transit Counts (Apr 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Dec": {"layer": {"id": 7125, "name": "OA 2022 AragSat Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tropical Cyclone Storm Segments AOI": {"layer": {"id": 6190, "name": "Tropical Cyclone Storm Segments AOI", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Fall 1970s": {"layer": {"id": 3973, "name": "Demersal Fall 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Spring 1980s": {"layer": {"id": 3998, "name": "Demersal Spring 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Highest 1990s": {"layer": {"id": 2843, "name": "Yellowtail Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring High 1980s": {"layer": {"id": 2807, "name": "Winter Flounder Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall High 1980s": {"layer": {"id": 2672, "name": "Longfin Squid Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall High 1990s": {"layer": {"id": 2673, "name": "Longfin Squid Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall High 2010s": {"layer": {"id": 2675, "name": "Longfin Squid Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Presence 1970s": {"layer": {"id": 2676, "name": "Longfin Squid Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Presence 1980s": {"layer": {"id": 2677, "name": "Longfin Squid Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Presence 2000s": {"layer": {"id": 2679, "name": "Longfin Squid Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring High 1970s": {"layer": {"id": 2686, "name": "Longfin Squid Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Presence 1990s": {"layer": {"id": 2798, "name": "Winter Flounder Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Presence 2000s": {"layer": {"id": 2799, "name": "Winter Flounder Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: October (2019 - 2022)": {"layer": {"id": 5934, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: October (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Highest 2000s": {"layer": {"id": 2230, "name": "Bluefish Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring All 2010s": {"layer": {"id": 2251, "name": "Bluefish Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall High 2000s": {"layer": {"id": 2300, "name": "Red Hake Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2021)": {"layer": {"id": 5333, "name": "All Vessel Transit Counts (Aug 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2021)": {"layer": {"id": 5337, "name": "All Vessel Transit Counts (Dec 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2021)": {"layer": {"id": 5326, "name": "All Vessel Transit Counts (Jan 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2021)": {"layer": {"id": 5332, "name": "All Vessel Transit Counts (Jul 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2021)": {"layer": {"id": 5328, "name": "All Vessel Transit Counts (Mar 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2021)": {"layer": {"id": 5349, "name": "Cargo Vessel Transit Counts (Dec 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Euphausiids 2010-2021 Summer": {"layer": {"id": 6372, "name": "Euphausiids 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Euphausiids 2010-2021 Winter": {"layer": {"id": 6374, "name": "Euphausiids 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Sep 2010-2019)": {"layer": {"id": 7262, "name": "Chlorophyll-a median MODIS (Sep 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Apr 2010-2019)": {"layer": {"id": 7257, "name": "Chlorophyll-a median MODIS (Apr 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Aug 2010-2019)": {"layer": {"id": 7261, "name": "Chlorophyll-a median MODIS (Aug 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Dec 2010-2019)": {"layer": {"id": 7265, "name": "Chlorophyll-a median MODIS (Dec 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Jul 2010-2019)": {"layer": {"id": 7260, "name": "Chlorophyll-a median MODIS (Jul 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Jun 2010-2019)": {"layer": {"id": 7259, "name": "Chlorophyll-a median MODIS (Jun 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Mar 2010-2019)": {"layer": {"id": 7256, "name": "Chlorophyll-a median MODIS (Mar 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (May 2010-2019)": {"layer": {"id": 7258, "name": "Chlorophyll-a median MODIS (May 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Nov 2010-2019)": {"layer": {"id": 7264, "name": "Chlorophyll-a median MODIS (Nov 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Oct 2010-2019)": {"layer": {"id": 7263, "name": "Chlorophyll-a median MODIS (Oct 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Nov": {"layer": {"id": 6676, "name": "OA 2017 pH Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Oct": {"layer": {"id": 6675, "name": "OA 2017 pH Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Sep": {"layer": {"id": 6674, "name": "OA 2017 pH Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish (Ichthyoplankton) 2010-2021 Winter": {"layer": {"id": 7322, "name": "Monkfish (Ichthyoplankton) 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer flounder (Ichthyoplankton) 2003-2009 Fall": {"layer": {"id": 7333, "name": "Summer flounder (Ichthyoplankton) 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer flounder (Ichthyoplankton) 2003-2009 Spring": {"layer": {"id": 7331, "name": "Summer flounder (Ichthyoplankton) 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer flounder (Ichthyoplankton) 2003-2009 Summer": {"layer": {"id": 7332, "name": "Summer flounder (Ichthyoplankton) 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Aug": {"layer": {"id": 6673, "name": "OA 2017 pH Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Dec": {"layer": {"id": 6677, "name": "OA 2017 pH Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Feb": {"layer": {"id": 6669, "name": "OA 2017 pH Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Jul": {"layer": {"id": 6672, "name": "OA 2017 pH Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Jun": {"layer": {"id": 6671, "name": "OA 2017 pH Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly May": {"layer": {"id": 6670, "name": "OA 2017 pH Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Jan (No Data)": {"layer": {"id": 6745, "name": "OA 2017 pH Surface Monthly Jan (No Data)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2017 pH Surface Monthly Apr (No Data)": {"layer": {"id": 6747, "name": "OA 2017 pH Surface Monthly Apr (No Data)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer flounder (Ichthyoplankton) 2003-2009 Winter": {"layer": {"id": 7334, "name": "Summer flounder (Ichthyoplankton) 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer flounder (Ichthyoplankton) 2010-2021 Fall": {"layer": {"id": 7329, "name": "Summer flounder (Ichthyoplankton) 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish (Ichthyoplankton) 2003-2009 Fall": {"layer": {"id": 7317, "name": "Butterfish (Ichthyoplankton) 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish (Ichthyoplankton) 2003-2009 Spring": {"layer": {"id": 7315, "name": "Butterfish (Ichthyoplankton) 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish (Ichthyoplankton) 2003-2009 Summer": {"layer": {"id": 7316, "name": "Butterfish (Ichthyoplankton) 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish (Ichthyoplankton) 2003-2009 Winter": {"layer": {"id": 7318, "name": "Butterfish (Ichthyoplankton) 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish (Ichthyoplankton) 2010-2021 Fall": {"layer": {"id": 7313, "name": "Butterfish (Ichthyoplankton) 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish (Ichthyoplankton) 2010-2021 Spring": {"layer": {"id": 7311, "name": "Butterfish (Ichthyoplankton) 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish (Ichthyoplankton) 2010-2021 Summer": {"layer": {"id": 7312, "name": "Butterfish (Ichthyoplankton) 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish (Ichthyoplankton) 2010-2021 Winter": {"layer": {"id": 7314, "name": "Butterfish (Ichthyoplankton) 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish (Ichthyoplankton) 2003-2009 Fall": {"layer": {"id": 7325, "name": "Monkfish (Ichthyoplankton) 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish (Ichthyoplankton) 2003-2009 Spring": {"layer": {"id": 7323, "name": "Monkfish (Ichthyoplankton) 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish (Ichthyoplankton) 2003-2009 Summer": {"layer": {"id": 7324, "name": "Monkfish (Ichthyoplankton) 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish (Ichthyoplankton) 2003-2009 Winter": {"layer": {"id": 7326, "name": "Monkfish (Ichthyoplankton) 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish (Ichthyoplankton) 2010-2021 Fall": {"layer": {"id": 7321, "name": "Monkfish (Ichthyoplankton) 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish (Ichthyoplankton) 2010-2021 Spring": {"layer": {"id": 7319, "name": "Monkfish (Ichthyoplankton) 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish (Ichthyoplankton) 2010-2021 Summer": {"layer": {"id": 7320, "name": "Monkfish (Ichthyoplankton) 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer flounder (Ichthyoplankton) 2010-2021 Spring": {"layer": {"id": 7327, "name": "Summer flounder (Ichthyoplankton) 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer flounder (Ichthyoplankton) 2010-2021 Summer": {"layer": {"id": 7328, "name": "Summer flounder (Ichthyoplankton) 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer flounder (Ichthyoplankton) 2010-2021 Winter": {"layer": {"id": 7330, "name": "Summer flounder (Ichthyoplankton) 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic cod (Ichthyoplankton) 2003-2009 Fall": {"layer": {"id": 7277, "name": "Atlantic cod (Ichthyoplankton) 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic cod (Ichthyoplankton) 2003-2009 Spring": {"layer": {"id": 7275, "name": "Atlantic cod (Ichthyoplankton) 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic cod (Ichthyoplankton) 2003-2009 Summer": {"layer": {"id": 7276, "name": "Atlantic cod (Ichthyoplankton) 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic cod (Ichthyoplankton) 2003-2009 Winter": {"layer": {"id": 7278, "name": "Atlantic cod (Ichthyoplankton) 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic cod (Ichthyoplankton) 2010-2021 Fall": {"layer": {"id": 7273, "name": "Atlantic cod (Ichthyoplankton) 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic cod (Ichthyoplankton) 2010-2021 Spring": {"layer": {"id": 7271, "name": "Atlantic cod (Ichthyoplankton) 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic cod (Ichthyoplankton) 2010-2021 Summer": {"layer": {"id": 7272, "name": "Atlantic cod (Ichthyoplankton) 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic cod (Ichthyoplankton) 2010-2021 Winter": {"layer": {"id": 7274, "name": "Atlantic cod (Ichthyoplankton) 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic herring (Ichthyoplankton) 2003-2009 Fall": {"layer": {"id": 7285, "name": "Atlantic herring (Ichthyoplankton) 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic herring (Ichthyoplankton) 2003-2009 Spring": {"layer": {"id": 7283, "name": "Atlantic herring (Ichthyoplankton) 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic herring (Ichthyoplankton) 2003-2009 Summer": {"layer": {"id": 7284, "name": "Atlantic herring (Ichthyoplankton) 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic herring (Ichthyoplankton) 2003-2009 Winter ": {"layer": {"id": 7286, "name": "Atlantic herring (Ichthyoplankton) 2003-2009 Winter ", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic herring (Ichthyoplankton) 2010-2021 Fall": {"layer": {"id": 7281, "name": "Atlantic herring (Ichthyoplankton) 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic herring (Ichthyoplankton) 2010-2021 Spring": {"layer": {"id": 7279, "name": "Atlantic herring (Ichthyoplankton) 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic herring (Ichthyoplankton) 2010-2021 Summer": {"layer": {"id": 7280, "name": "Atlantic herring (Ichthyoplankton) 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Feb 2010-2019)": {"layer": {"id": 7255, "name": "Chlorophyll-a median MODIS (Feb 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median MODIS (Jan 2010-2019)": {"layer": {"id": 7254, "name": "Chlorophyll-a median MODIS (Jan 2010-2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic herring (Ichthyoplankton) 2010-2021 Winter": {"layer": {"id": 7282, "name": "Atlantic herring (Ichthyoplankton) 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic mackerel (Ichthyoplankton) 2003-2009 Fall": {"layer": {"id": 7293, "name": "Atlantic mackerel (Ichthyoplankton) 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic mackerel (Ichthyoplankton) 2003-2009 Spring": {"layer": {"id": 7291, "name": "Atlantic mackerel (Ichthyoplankton) 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic mackerel (Ichthyoplankton) 2003-2009 Summer": {"layer": {"id": 7292, "name": "Atlantic mackerel (Ichthyoplankton) 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic mackerel (Ichthyoplankton) 2003-2009 Winter": {"layer": {"id": 7294, "name": "Atlantic mackerel (Ichthyoplankton) 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic mackerel (Ichthyoplankton) 2010-2021 Fall": {"layer": {"id": 7289, "name": "Atlantic mackerel (Ichthyoplankton) 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic mackerel (Ichthyoplankton) 2010-2021 Spring": {"layer": {"id": 7287, "name": "Atlantic mackerel (Ichthyoplankton) 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic mackerel (Ichthyoplankton) 2010-2021 Summer": {"layer": {"id": 7288, "name": "Atlantic mackerel (Ichthyoplankton) 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic mackerel (Ichthyoplankton) 2010-2021 Winter": {"layer": {"id": 7290, "name": "Atlantic mackerel (Ichthyoplankton) 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black sea bass (Ichthyoplankton) 2003-2009 Fall": {"layer": {"id": 7301, "name": "Black sea bass (Ichthyoplankton) 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black sea bass (Ichthyoplankton) 2003-2009 Spring": {"layer": {"id": 7299, "name": "Black sea bass (Ichthyoplankton) 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black sea bass (Ichthyoplankton) 2003-2009 Summer": {"layer": {"id": 7300, "name": "Black sea bass (Ichthyoplankton) 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black sea bass (Ichthyoplankton) 2003-2009 Winter": {"layer": {"id": 7302, "name": "Black sea bass (Ichthyoplankton) 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black sea bass (Ichthyoplankton) 2010-2021 Fall": {"layer": {"id": 7297, "name": "Black sea bass (Ichthyoplankton) 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black sea bass (Ichthyoplankton) 2010-2021 Spring": {"layer": {"id": 7295, "name": "Black sea bass (Ichthyoplankton) 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black sea bass (Ichthyoplankton) 2010-2021 Summer": {"layer": {"id": 7296, "name": "Black sea bass (Ichthyoplankton) 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black sea bass (Ichthyoplankton) 2010-2021 Winter": {"layer": {"id": 7298, "name": "Black sea bass (Ichthyoplankton) 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish (Ichthyoplankton) 2003-2009 Fall": {"layer": {"id": 7309, "name": "Bluefish (Ichthyoplankton) 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish (Ichthyoplankton) 2003-2009 Spring": {"layer": {"id": 7307, "name": "Bluefish (Ichthyoplankton) 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish (Ichthyoplankton) 2003-2009 Summer": {"layer": {"id": 7308, "name": "Bluefish (Ichthyoplankton) 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish (Ichthyoplankton) 2003-2009 Winter": {"layer": {"id": 7310, "name": "Bluefish (Ichthyoplankton) 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish (Ichthyoplankton) 2010-2021 Fall": {"layer": {"id": 7305, "name": "Bluefish (Ichthyoplankton) 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish (Ichthyoplankton) 2010-2021 Spring": {"layer": {"id": 7303, "name": "Bluefish (Ichthyoplankton) 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish (Ichthyoplankton) 2010-2021 Summer": {"layer": {"id": 7304, "name": "Bluefish (Ichthyoplankton) 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish (Ichthyoplankton) 2010-2021 Winter": {"layer": {"id": 7306, "name": "Bluefish (Ichthyoplankton) 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 April Density (Individuals / 100 sq km)": {"layer": {"id": 6270, "name": "North Atlantic Right Whale 2003-2009 April Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Aug Density (Individuals / 100 sq km)": {"layer": {"id": 6274, "name": "North Atlantic Right Whale 2003-2009 Aug Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Dec Density (Individuals / 100 sq km)": {"layer": {"id": 6278, "name": "North Atlantic Right Whale 2003-2009 Dec Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Feb Density (Individuals / 100 sq km)": {"layer": {"id": 6268, "name": "North Atlantic Right Whale 2003-2009 Feb Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Jan Density (Individuals / 100 sq km)": {"layer": {"id": 6267, "name": "North Atlantic Right Whale 2003-2009 Jan Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Jul Density (Individuals / 100 sq km)": {"layer": {"id": 6273, "name": "North Atlantic Right Whale 2003-2009 Jul Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Jun Density (Individuals / 100 sq km)": {"layer": {"id": 6272, "name": "North Atlantic Right Whale 2003-2009 Jun Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Mar Density (Individuals / 100 sq km)": {"layer": {"id": 6269, "name": "North Atlantic Right Whale 2003-2009 Mar Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 May Density (Individuals / 100 sq km)": {"layer": {"id": 6271, "name": "North Atlantic Right Whale 2003-2009 May Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Nov Density (Individuals / 100 sq km)": {"layer": {"id": 6277, "name": "North Atlantic Right Whale 2003-2009 Nov Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Oct Density (Individuals / 100 sq km)": {"layer": {"id": 6276, "name": "North Atlantic Right Whale 2003-2009 Oct Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2003-2009 Sep Density (Individuals / 100 sq km)": {"layer": {"id": 6275, "name": "North Atlantic Right Whale 2003-2009 Sep Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Apr Density (Individuals / 100 sq km)": {"layer": {"id": 6282, "name": "North Atlantic Right Whale 2010-2019 Apr Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Aug Density (Individuals / 100 sq km)": {"layer": {"id": 6286, "name": "North Atlantic Right Whale 2010-2019 Aug Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Dec Density (Individuals / 100 sq km)": {"layer": {"id": 6290, "name": "North Atlantic Right Whale 2010-2019 Dec Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Feb Density (Individuals / 100 sq km)": {"layer": {"id": 6280, "name": "North Atlantic Right Whale 2010-2019 Feb Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Jan Density (Individuals / 100 sq km)": {"layer": {"id": 6279, "name": "North Atlantic Right Whale 2010-2019 Jan Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Jul Density (Individuals / 100 sq km)": {"layer": {"id": 6285, "name": "North Atlantic Right Whale 2010-2019 Jul Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Jun Density (Individuals / 100 sq km)": {"layer": {"id": 6284, "name": "North Atlantic Right Whale 2010-2019 Jun Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Mar Density (Individuals / 100 sq km)": {"layer": {"id": 6281, "name": "North Atlantic Right Whale 2010-2019 Mar Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 May Density (Individuals / 100 sq km)": {"layer": {"id": 6283, "name": "North Atlantic Right Whale 2010-2019 May Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Nov Density (Individuals / 100 sq km)": {"layer": {"id": 6289, "name": "North Atlantic Right Whale 2010-2019 Nov Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Oct Density (Individuals / 100 sq km)": {"layer": {"id": 6288, "name": "North Atlantic Right Whale 2010-2019 Oct Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale 2010-2019 Sep Density (Individuals / 100 sq km)": {"layer": {"id": 6287, "name": "North Atlantic Right Whale 2010-2019 Sep Density (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Apr (Individuals / 100 sq km)": {"layer": {"id": 6294, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Apr (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Aug (Individuals / 100 sq km)": {"layer": {"id": 6298, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Aug (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Dec (Individuals / 100 sq km)": {"layer": {"id": 6302, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Dec (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Feb (Individuals / 100 sq km)": {"layer": {"id": 6292, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Feb (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Jan (Individuals / 100 sq km)": {"layer": {"id": 6291, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Jan (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Jul (Individuals / 100 sq km)": {"layer": {"id": 6297, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Jul (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Jun (Individuals / 100 sq km)": {"layer": {"id": 6296, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Jun (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Mar (Individuals / 100 sq km)": {"layer": {"id": 6293, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Mar (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 May (Individuals / 100 sq km)": {"layer": {"id": 6295, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 May (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Nov (Individuals / 100 sq km)": {"layer": {"id": 6301, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Nov (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Oct (Individuals / 100 sq km)": {"layer": {"id": 6300, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Oct (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Sep (Individuals / 100 sq km)": {"layer": {"id": 6299, "name": "North Atlantic Right Whale Difference 2010-2019 to 2003-2009 Sep (Individuals / 100 sq km)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2024)": {"layer": {"id": 6757, "name": "All Vessel Transit Counts (Apr 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2024)": {"layer": {"id": 6761, "name": "All Vessel Transit Counts (Aug 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2024)": {"layer": {"id": 6765, "name": "All Vessel Transit Counts (Dec 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2024)": {"layer": {"id": 6755, "name": "All Vessel Transit Counts (Feb 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2024)": {"layer": {"id": 6754, "name": "All Vessel Transit Counts (Jan 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2024)": {"layer": {"id": 6760, "name": "All Vessel Transit Counts (Jul 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2024)": {"layer": {"id": 6759, "name": "All Vessel Transit Counts (Jun 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2024)": {"layer": {"id": 6756, "name": "All Vessel Transit Counts (Mar 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2024)": {"layer": {"id": 6758, "name": "All Vessel Transit Counts (May 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2024)": {"layer": {"id": 6764, "name": "All Vessel Transit Counts (Nov 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2024)": {"layer": {"id": 6763, "name": "All Vessel Transit Counts (Oct 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2024)": {"layer": {"id": 6762, "name": "All Vessel Transit Counts (Sep 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2024)": {"layer": {"id": 6769, "name": "Cargo Vessel Transit Counts (Apr 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2024)": {"layer": {"id": 6773, "name": "Cargo Vessel Transit Counts (Aug 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2024)": {"layer": {"id": 6777, "name": "Cargo Vessel Transit Counts (Dec 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2024)": {"layer": {"id": 6767, "name": "Cargo Vessel Transit Counts (Feb 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2024)": {"layer": {"id": 6766, "name": "Cargo Vessel Transit Counts (Jan 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2024)": {"layer": {"id": 6772, "name": "Cargo Vessel Transit Counts (Jul 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2024)": {"layer": {"id": 6771, "name": "Cargo Vessel Transit Counts (Jun 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2024)": {"layer": {"id": 6768, "name": "Cargo Vessel Transit Counts (Mar 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2024)": {"layer": {"id": 6770, "name": "Cargo Vessel Transit Counts (May 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2024)": {"layer": {"id": 6776, "name": "Cargo Vessel Transit Counts (Nov 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2024)": {"layer": {"id": 6775, "name": "Cargo Vessel Transit Counts (Oct 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2024)": {"layer": {"id": 6774, "name": "Cargo Vessel Transit Counts (Sep 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2024)": {"layer": {"id": 6781, "name": "Fishing Vessel Transit Counts (Apr 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2024)": {"layer": {"id": 6785, "name": "Fishing Vessel Transit Counts (Aug 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2024)": {"layer": {"id": 6789, "name": "Fishing Vessel Transit Counts (Dec 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2024)": {"layer": {"id": 6779, "name": "Fishing Vessel Transit Counts (Feb 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2024)": {"layer": {"id": 6778, "name": "Fishing Vessel Transit Counts (Jan 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2024)": {"layer": {"id": 6784, "name": "Fishing Vessel Transit Counts (Jul 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2024)": {"layer": {"id": 6783, "name": "Fishing Vessel Transit Counts (Jun 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2024)": {"layer": {"id": 6780, "name": "Fishing Vessel Transit Counts (Mar 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2024)": {"layer": {"id": 6782, "name": "Fishing Vessel Transit Counts (May 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2024)": {"layer": {"id": 6788, "name": "Fishing Vessel Transit Counts (Nov 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2024)": {"layer": {"id": 6787, "name": "Fishing Vessel Transit Counts (Oct 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2024)": {"layer": {"id": 6786, "name": "Fishing Vessel Transit Counts (Sep 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Apr 2024)": {"layer": {"id": 6793, "name": "Other Vessel Transit Counts (Apr 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Aug 2024)": {"layer": {"id": 6797, "name": "Other Vessel Transit Counts (Aug 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Dec 2024)": {"layer": {"id": 6801, "name": "Other Vessel Transit Counts (Dec 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Feb 2024)": {"layer": {"id": 6791, "name": "Other Vessel Transit Counts (Feb 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jan 2024)": {"layer": {"id": 6790, "name": "Other Vessel Transit Counts (Jan 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jul 2024)": {"layer": {"id": 6796, "name": "Other Vessel Transit Counts (Jul 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jun 2024)": {"layer": {"id": 6795, "name": "Other Vessel Transit Counts (Jun 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Mar 2024)": {"layer": {"id": 6792, "name": "Other Vessel Transit Counts (Mar 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (May 2024)": {"layer": {"id": 6794, "name": "Other Vessel Transit Counts (May 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Nov 2024)": {"layer": {"id": 6800, "name": "Other Vessel Transit Counts (Nov 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Oct 2024)": {"layer": {"id": 6799, "name": "Other Vessel Transit Counts (Oct 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Sep 2024)": {"layer": {"id": 6798, "name": "Other Vessel Transit Counts (Sep 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jan 2024)": {"layer": {"id": 6802, "name": "Passenger Vessel Transit Counts (Jan 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Apr 2024)": {"layer": {"id": 6805, "name": "Passenger Vessel Transit Counts (Apr 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Aug 2024)": {"layer": {"id": 6809, "name": "Passenger Vessel Transit Counts (Aug 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Dec 2024)": {"layer": {"id": 6813, "name": "Passenger Vessel Transit Counts (Dec 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Feb 2024)": {"layer": {"id": 6803, "name": "Passenger Vessel Transit Counts (Feb 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jul 2024)": {"layer": {"id": 6808, "name": "Passenger Vessel Transit Counts (Jul 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jun 2024)": {"layer": {"id": 6807, "name": "Passenger Vessel Transit Counts (Jun 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Mar 2024)": {"layer": {"id": 6804, "name": "Passenger Vessel Transit Counts (Mar 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (May 2024)": {"layer": {"id": 6806, "name": "Passenger Vessel Transit Counts (May 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Nov 2024)": {"layer": {"id": 6812, "name": "Passenger Vessel Transit Counts (Nov 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Oct 2024)": {"layer": {"id": 6811, "name": "Passenger Vessel Transit Counts (Oct 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Sep 2024)": {"layer": {"id": 6810, "name": "Passenger Vessel Transit Counts (Sep 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2024)": {"layer": {"id": 6817, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2024)": {"layer": {"id": 6821, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2024)": {"layer": {"id": 6825, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2024)": {"layer": {"id": 6815, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2024)": {"layer": {"id": 6814, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2024)": {"layer": {"id": 6820, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2024)": {"layer": {"id": 6819, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2024)": {"layer": {"id": 6816, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2024)": {"layer": {"id": 6818, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2024)": {"layer": {"id": 6824, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2024)": {"layer": {"id": 6823, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2024)": {"layer": {"id": 6822, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2024)": {"layer": {"id": 6829, "name": "Tanker Vessel Transit Counts (Apr 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2024)": {"layer": {"id": 6833, "name": "Tanker Vessel Transit Counts (Aug 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2024)": {"layer": {"id": 6837, "name": "Tanker Vessel Transit Counts (Dec 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2024)": {"layer": {"id": 6827, "name": "Tanker Vessel Transit Counts (Feb 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2024)": {"layer": {"id": 6826, "name": "Tanker Vessel Transit Counts (Jan 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2024)": {"layer": {"id": 6832, "name": "Tanker Vessel Transit Counts (Jul 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2024)": {"layer": {"id": 6831, "name": "Tanker Vessel Transit Counts (Jun 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2024)": {"layer": {"id": 6828, "name": "Tanker Vessel Transit Counts (Mar 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2024)": {"layer": {"id": 6830, "name": "Tanker Vessel Transit Counts (May 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2024)": {"layer": {"id": 6836, "name": "Tanker Vessel Transit Counts (Nov 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2024)": {"layer": {"id": 6835, "name": "Tanker Vessel Transit Counts (Oct 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2024)": {"layer": {"id": 6834, "name": "Tanker Vessel Transit Counts (Sep 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2024)": {"layer": {"id": 6841, "name": "Tug Tow Vessel Transit Counts (Apr 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2024)": {"layer": {"id": 6845, "name": "Tug Tow Vessel Transit Counts (Aug 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2024)": {"layer": {"id": 6849, "name": "Tug Tow Vessel Transit Counts (Dec 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2024)": {"layer": {"id": 6839, "name": "Tug Tow Vessel Transit Counts (Feb 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2024)": {"layer": {"id": 6838, "name": "Tug Tow Vessel Transit Counts (Jan 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2024)": {"layer": {"id": 6844, "name": "Tug Tow Vessel Transit Counts (Jul 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2024)": {"layer": {"id": 6843, "name": "Tug Tow Vessel Transit Counts (Jun 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2024)": {"layer": {"id": 6840, "name": "Tug Tow Vessel Transit Counts (Mar 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2024)": {"layer": {"id": 6842, "name": "Tug Tow Vessel Transit Counts (May 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2024)": {"layer": {"id": 6848, "name": "Tug Tow Vessel Transit Counts (Nov 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2024)": {"layer": {"id": 6847, "name": "Tug Tow Vessel Transit Counts (Oct 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2024)": {"layer": {"id": 6846, "name": "Tug Tow Vessel Transit Counts (Sep 2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - January 2024": {"layer": {"id": 7174, "name": "Sea Surface Temperature Anomaly - January 2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - February 2024": {"layer": {"id": 7175, "name": "Sea Surface Temperature Anomaly - February 2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - March 2024": {"layer": {"id": 7176, "name": "Sea Surface Temperature Anomaly - March 2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - April 2024": {"layer": {"id": 7177, "name": "Sea Surface Temperature Anomaly - April 2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - May 2024": {"layer": {"id": 7178, "name": "Sea Surface Temperature Anomaly - May 2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - June 2024": {"layer": {"id": 7179, "name": "Sea Surface Temperature Anomaly - June 2024", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - January 2023": {"layer": {"id": 7180, "name": "Sea Surface Temperature Anomaly - January 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - February 2023": {"layer": {"id": 7181, "name": "Sea Surface Temperature Anomaly - February 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - March 2023": {"layer": {"id": 7182, "name": "Sea Surface Temperature Anomaly - March 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - April 2023": {"layer": {"id": 7183, "name": "Sea Surface Temperature Anomaly - April 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - May 2023": {"layer": {"id": 7184, "name": "Sea Surface Temperature Anomaly - May 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - June 2023": {"layer": {"id": 7185, "name": "Sea Surface Temperature Anomaly - June 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - July 2023": {"layer": {"id": 7186, "name": "Sea Surface Temperature Anomaly - July 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - August 2023": {"layer": {"id": 7187, "name": "Sea Surface Temperature Anomaly - August 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - September 2023": {"layer": {"id": 7188, "name": "Sea Surface Temperature Anomaly - September 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - October 2023": {"layer": {"id": 7189, "name": "Sea Surface Temperature Anomaly - October 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - November 2023": {"layer": {"id": 7190, "name": "Sea Surface Temperature Anomaly - November 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - December 2023": {"layer": {"id": 7191, "name": "Sea Surface Temperature Anomaly - December 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - January 2022": {"layer": {"id": 7192, "name": "Sea Surface Temperature Anomaly - January 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - February 2022": {"layer": {"id": 7193, "name": "Sea Surface Temperature Anomaly - February 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - March 2022": {"layer": {"id": 7194, "name": "Sea Surface Temperature Anomaly - March 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - April 2022": {"layer": {"id": 7195, "name": "Sea Surface Temperature Anomaly - April 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - May 2022": {"layer": {"id": 7196, "name": "Sea Surface Temperature Anomaly - May 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - June 2022": {"layer": {"id": 7197, "name": "Sea Surface Temperature Anomaly - June 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - July 2022": {"layer": {"id": 7198, "name": "Sea Surface Temperature Anomaly - July 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - August 2022": {"layer": {"id": 7199, "name": "Sea Surface Temperature Anomaly - August 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - September 2022": {"layer": {"id": 7200, "name": "Sea Surface Temperature Anomaly - September 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - October 2022": {"layer": {"id": 7201, "name": "Sea Surface Temperature Anomaly - October 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - November 2022": {"layer": {"id": 7202, "name": "Sea Surface Temperature Anomaly - November 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - December 2022": {"layer": {"id": 7203, "name": "Sea Surface Temperature Anomaly - December 2022", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - January 2014": {"layer": {"id": 7204, "name": "Sea Surface Temperature Anomaly - January 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - February 2014": {"layer": {"id": 7205, "name": "Sea Surface Temperature Anomaly - February 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - March 2014": {"layer": {"id": 7206, "name": "Sea Surface Temperature Anomaly - March 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - April 2014": {"layer": {"id": 7207, "name": "Sea Surface Temperature Anomaly - April 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - May 2014": {"layer": {"id": 7208, "name": "Sea Surface Temperature Anomaly - May 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - June 2014": {"layer": {"id": 7209, "name": "Sea Surface Temperature Anomaly - June 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - July 2014": {"layer": {"id": 7210, "name": "Sea Surface Temperature Anomaly - July 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - August 2014": {"layer": {"id": 7211, "name": "Sea Surface Temperature Anomaly - August 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - September 2014": {"layer": {"id": 7212, "name": "Sea Surface Temperature Anomaly - September 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - October 2014": {"layer": {"id": 7213, "name": "Sea Surface Temperature Anomaly - October 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - November 2014": {"layer": {"id": 7214, "name": "Sea Surface Temperature Anomaly - November 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - December 2014": {"layer": {"id": 7215, "name": "Sea Surface Temperature Anomaly - December 2014", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - January 2012": {"layer": {"id": 7216, "name": "Sea Surface Temperature Anomaly - January 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - February 2012": {"layer": {"id": 7217, "name": "Sea Surface Temperature Anomaly - February 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - March 2012": {"layer": {"id": 7218, "name": "Sea Surface Temperature Anomaly - March 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - April 2012": {"layer": {"id": 7219, "name": "Sea Surface Temperature Anomaly - April 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - May 2012": {"layer": {"id": 7220, "name": "Sea Surface Temperature Anomaly - May 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - June 2012": {"layer": {"id": 7221, "name": "Sea Surface Temperature Anomaly - June 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - July 2012": {"layer": {"id": 7222, "name": "Sea Surface Temperature Anomaly - July 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - August 2012": {"layer": {"id": 7223, "name": "Sea Surface Temperature Anomaly - August 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - September 2012": {"layer": {"id": 7224, "name": "Sea Surface Temperature Anomaly - September 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - October 2012": {"layer": {"id": 7225, "name": "Sea Surface Temperature Anomaly - October 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - November 2012": {"layer": {"id": 7226, "name": "Sea Surface Temperature Anomaly - November 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sea Surface Temperature Anomaly - December 2012": {"layer": {"id": 7227, "name": "Sea Surface Temperature Anomaly - December 2012", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Jan": {"layer": {"id": 6886, "name": "OA 2018 pH Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Feb": {"layer": {"id": 6887, "name": "OA 2018 pH Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Mar": {"layer": {"id": 6888, "name": "OA 2018 pH Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Apr": {"layer": {"id": 6889, "name": "OA 2018 pH Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly May": {"layer": {"id": 6890, "name": "OA 2018 pH Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Jun": {"layer": {"id": 6891, "name": "OA 2018 pH Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Jul": {"layer": {"id": 6892, "name": "OA 2018 pH Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Aug": {"layer": {"id": 6893, "name": "OA 2018 pH Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Sep": {"layer": {"id": 6894, "name": "OA 2018 pH Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Oct": {"layer": {"id": 6895, "name": "OA 2018 pH Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Nov": {"layer": {"id": 6896, "name": "OA 2018 pH Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pH Surface Monthly Dec": {"layer": {"id": 6897, "name": "OA 2018 pH Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Jan": {"layer": {"id": 6898, "name": "OA 2018 pCO2 Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Feb": {"layer": {"id": 6899, "name": "OA 2018 pCO2 Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Mar": {"layer": {"id": 6900, "name": "OA 2018 pCO2 Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Apr": {"layer": {"id": 6901, "name": "OA 2018 pCO2 Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly May": {"layer": {"id": 6902, "name": "OA 2018 pCO2 Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Jun": {"layer": {"id": 6903, "name": "OA 2018 pCO2 Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Jul": {"layer": {"id": 6904, "name": "OA 2018 pCO2 Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Aug": {"layer": {"id": 6905, "name": "OA 2018 pCO2 Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Sep": {"layer": {"id": 6906, "name": "OA 2018 pCO2 Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Oct": {"layer": {"id": 6907, "name": "OA 2018 pCO2 Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Nov": {"layer": {"id": 6908, "name": "OA 2018 pCO2 Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 pCO2 Surface Monthly Dec": {"layer": {"id": 6909, "name": "OA 2018 pCO2 Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Jan": {"layer": {"id": 6910, "name": "OA 2018 HPlus Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Feb": {"layer": {"id": 6911, "name": "OA 2018 HPlus Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Mar": {"layer": {"id": 6912, "name": "OA 2018 HPlus Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Apr": {"layer": {"id": 6913, "name": "OA 2018 HPlus Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly May": {"layer": {"id": 6914, "name": "OA 2018 HPlus Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Jun": {"layer": {"id": 6915, "name": "OA 2018 HPlus Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Jul": {"layer": {"id": 6916, "name": "OA 2018 HPlus Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Aug": {"layer": {"id": 6917, "name": "OA 2018 HPlus Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Sep": {"layer": {"id": 6918, "name": "OA 2018 HPlus Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Oct": {"layer": {"id": 6919, "name": "OA 2018 HPlus Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Nov": {"layer": {"id": 6920, "name": "OA 2018 HPlus Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 HPlus Surface Monthly Dec": {"layer": {"id": 6921, "name": "OA 2018 HPlus Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Jan": {"layer": {"id": 6922, "name": "OA 2018 AragSat Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Feb": {"layer": {"id": 6923, "name": "OA 2018 AragSat Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Mar": {"layer": {"id": 6924, "name": "OA 2018 AragSat Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Apr": {"layer": {"id": 6925, "name": "OA 2018 AragSat Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly May": {"layer": {"id": 6926, "name": "OA 2018 AragSat Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Jun": {"layer": {"id": 6927, "name": "OA 2018 AragSat Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Jul": {"layer": {"id": 6928, "name": "OA 2018 AragSat Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Aug": {"layer": {"id": 6929, "name": "OA 2018 AragSat Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Sep": {"layer": {"id": 6930, "name": "OA 2018 AragSat Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Oct": {"layer": {"id": 6931, "name": "OA 2018 AragSat Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Nov": {"layer": {"id": 6932, "name": "OA 2018 AragSat Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2018 AragSat Surface Monthly Dec": {"layer": {"id": 6933, "name": "OA 2018 AragSat Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Jan": {"layer": {"id": 6934, "name": "OA 2019 pH Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Feb": {"layer": {"id": 6935, "name": "OA 2019 pH Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Mar": {"layer": {"id": 6936, "name": "OA 2019 pH Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Apr": {"layer": {"id": 6937, "name": "OA 2019 pH Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly May": {"layer": {"id": 6938, "name": "OA 2019 pH Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Jun": {"layer": {"id": 6939, "name": "OA 2019 pH Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Jul": {"layer": {"id": 6940, "name": "OA 2019 pH Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Aug": {"layer": {"id": 6941, "name": "OA 2019 pH Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Sep": {"layer": {"id": 6942, "name": "OA 2019 pH Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Oct": {"layer": {"id": 6943, "name": "OA 2019 pH Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Nov": {"layer": {"id": 6944, "name": "OA 2019 pH Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pH Surface Monthly Dec": {"layer": {"id": 6945, "name": "OA 2019 pH Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Jan": {"layer": {"id": 6946, "name": "OA 2019 pCO2 Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Feb": {"layer": {"id": 6947, "name": "OA 2019 pCO2 Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Mar": {"layer": {"id": 6948, "name": "OA 2019 pCO2 Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Apr": {"layer": {"id": 6949, "name": "OA 2019 pCO2 Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly May": {"layer": {"id": 6950, "name": "OA 2019 pCO2 Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Jun": {"layer": {"id": 6951, "name": "OA 2019 pCO2 Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Jul": {"layer": {"id": 6952, "name": "OA 2019 pCO2 Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Aug": {"layer": {"id": 6953, "name": "OA 2019 pCO2 Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Sep": {"layer": {"id": 6954, "name": "OA 2019 pCO2 Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Oct": {"layer": {"id": 6955, "name": "OA 2019 pCO2 Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Nov": {"layer": {"id": 6956, "name": "OA 2019 pCO2 Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 pCO2 Surface Monthly Dec": {"layer": {"id": 6957, "name": "OA 2019 pCO2 Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Jan": {"layer": {"id": 6958, "name": "OA 2019 HPlus Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Feb": {"layer": {"id": 6959, "name": "OA 2019 HPlus Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Mar": {"layer": {"id": 6960, "name": "OA 2019 HPlus Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Apr": {"layer": {"id": 6961, "name": "OA 2019 HPlus Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly May": {"layer": {"id": 6962, "name": "OA 2019 HPlus Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Jun": {"layer": {"id": 6963, "name": "OA 2019 HPlus Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Jul": {"layer": {"id": 6964, "name": "OA 2019 HPlus Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Aug": {"layer": {"id": 6965, "name": "OA 2019 HPlus Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Sep": {"layer": {"id": 6966, "name": "OA 2019 HPlus Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Oct": {"layer": {"id": 6967, "name": "OA 2019 HPlus Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Nov": {"layer": {"id": 6968, "name": "OA 2019 HPlus Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 HPlus Surface Monthly Dec": {"layer": {"id": 6969, "name": "OA 2019 HPlus Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Jan": {"layer": {"id": 6970, "name": "OA 2019 AragSat Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Feb": {"layer": {"id": 6971, "name": "OA 2019 AragSat Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Mar": {"layer": {"id": 6972, "name": "OA 2019 AragSat Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Apr": {"layer": {"id": 6973, "name": "OA 2019 AragSat Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly May": {"layer": {"id": 6974, "name": "OA 2019 AragSat Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Jun": {"layer": {"id": 6975, "name": "OA 2019 AragSat Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Jul": {"layer": {"id": 6976, "name": "OA 2019 AragSat Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Aug": {"layer": {"id": 6977, "name": "OA 2019 AragSat Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Sep": {"layer": {"id": 6978, "name": "OA 2019 AragSat Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Oct": {"layer": {"id": 6979, "name": "OA 2019 AragSat Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Nov": {"layer": {"id": 6980, "name": "OA 2019 AragSat Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2019 AragSat Surface Monthly Dec": {"layer": {"id": 6981, "name": "OA 2019 AragSat Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Jan": {"layer": {"id": 6982, "name": "OA 2020 pH Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Feb": {"layer": {"id": 6983, "name": "OA 2020 pH Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Mar": {"layer": {"id": 6984, "name": "OA 2020 pH Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Apr": {"layer": {"id": 6985, "name": "OA 2020 pH Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly May": {"layer": {"id": 6986, "name": "OA 2020 pH Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Jun": {"layer": {"id": 6987, "name": "OA 2020 pH Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Jul": {"layer": {"id": 6988, "name": "OA 2020 pH Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Aug": {"layer": {"id": 6989, "name": "OA 2020 pH Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Sep": {"layer": {"id": 6990, "name": "OA 2020 pH Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Oct": {"layer": {"id": 6991, "name": "OA 2020 pH Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Nov": {"layer": {"id": 6992, "name": "OA 2020 pH Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pH Surface Monthly Dec": {"layer": {"id": 6993, "name": "OA 2020 pH Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Jan": {"layer": {"id": 6994, "name": "OA 2020 pCO2 Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Feb": {"layer": {"id": 6995, "name": "OA 2020 pCO2 Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Mar": {"layer": {"id": 6996, "name": "OA 2020 pCO2 Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Apr": {"layer": {"id": 6997, "name": "OA 2020 pCO2 Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly May": {"layer": {"id": 6998, "name": "OA 2020 pCO2 Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Jun": {"layer": {"id": 6999, "name": "OA 2020 pCO2 Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Jul": {"layer": {"id": 7000, "name": "OA 2020 pCO2 Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Aug": {"layer": {"id": 7001, "name": "OA 2020 pCO2 Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Sep": {"layer": {"id": 7002, "name": "OA 2020 pCO2 Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Oct": {"layer": {"id": 7003, "name": "OA 2020 pCO2 Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Nov": {"layer": {"id": 7004, "name": "OA 2020 pCO2 Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 pCO2 Surface Monthly Dec": {"layer": {"id": 7005, "name": "OA 2020 pCO2 Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Jan": {"layer": {"id": 7006, "name": "OA 2020 HPlus Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Feb": {"layer": {"id": 7007, "name": "OA 2020 HPlus Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Mar": {"layer": {"id": 7008, "name": "OA 2020 HPlus Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Apr": {"layer": {"id": 7009, "name": "OA 2020 HPlus Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly May": {"layer": {"id": 7010, "name": "OA 2020 HPlus Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Jun": {"layer": {"id": 7011, "name": "OA 2020 HPlus Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Jul": {"layer": {"id": 7012, "name": "OA 2020 HPlus Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Aug": {"layer": {"id": 7013, "name": "OA 2020 HPlus Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Sep": {"layer": {"id": 7014, "name": "OA 2020 HPlus Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Oct": {"layer": {"id": 7015, "name": "OA 2020 HPlus Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Nov": {"layer": {"id": 7016, "name": "OA 2020 HPlus Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 HPlus Surface Monthly Dec": {"layer": {"id": 7017, "name": "OA 2020 HPlus Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Jan": {"layer": {"id": 7018, "name": "OA 2020 AragSat Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Feb": {"layer": {"id": 7019, "name": "OA 2020 AragSat Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Mar": {"layer": {"id": 7020, "name": "OA 2020 AragSat Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Apr": {"layer": {"id": 7021, "name": "OA 2020 AragSat Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly May": {"layer": {"id": 7022, "name": "OA 2020 AragSat Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Jun": {"layer": {"id": 7023, "name": "OA 2020 AragSat Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Jul": {"layer": {"id": 7024, "name": "OA 2020 AragSat Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Aug": {"layer": {"id": 7025, "name": "OA 2020 AragSat Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Sep": {"layer": {"id": 7026, "name": "OA 2020 AragSat Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Oct": {"layer": {"id": 7027, "name": "OA 2020 AragSat Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Nov": {"layer": {"id": 7028, "name": "OA 2020 AragSat Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2020 AragSat Surface Monthly Dec": {"layer": {"id": 7029, "name": "OA 2020 AragSat Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Jan": {"layer": {"id": 7030, "name": "OA 2021 pH Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Feb": {"layer": {"id": 7031, "name": "OA 2021 pH Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Mar": {"layer": {"id": 7032, "name": "OA 2021 pH Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Apr": {"layer": {"id": 7033, "name": "OA 2021 pH Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly May": {"layer": {"id": 7034, "name": "OA 2021 pH Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Jun": {"layer": {"id": 7035, "name": "OA 2021 pH Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Jul": {"layer": {"id": 7036, "name": "OA 2021 pH Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Aug": {"layer": {"id": 7037, "name": "OA 2021 pH Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Sep": {"layer": {"id": 7038, "name": "OA 2021 pH Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Oct": {"layer": {"id": 7039, "name": "OA 2021 pH Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Nov": {"layer": {"id": 7040, "name": "OA 2021 pH Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pH Surface Monthly Dec": {"layer": {"id": 7041, "name": "OA 2021 pH Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Jan": {"layer": {"id": 7042, "name": "OA 2021 pCO2 Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Feb": {"layer": {"id": 7043, "name": "OA 2021 pCO2 Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Mar": {"layer": {"id": 7044, "name": "OA 2021 pCO2 Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Apr": {"layer": {"id": 7045, "name": "OA 2021 pCO2 Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly May": {"layer": {"id": 7046, "name": "OA 2021 pCO2 Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Jun": {"layer": {"id": 7047, "name": "OA 2021 pCO2 Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Jul": {"layer": {"id": 7048, "name": "OA 2021 pCO2 Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Aug": {"layer": {"id": 7049, "name": "OA 2021 pCO2 Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Sep": {"layer": {"id": 7050, "name": "OA 2021 pCO2 Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Oct": {"layer": {"id": 7051, "name": "OA 2021 pCO2 Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Nov": {"layer": {"id": 7052, "name": "OA 2021 pCO2 Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 pCO2 Surface Monthly Dec": {"layer": {"id": 7053, "name": "OA 2021 pCO2 Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Jan": {"layer": {"id": 7054, "name": "OA 2021 HPlus Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Feb": {"layer": {"id": 7055, "name": "OA 2021 HPlus Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Mar": {"layer": {"id": 7056, "name": "OA 2021 HPlus Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Apr": {"layer": {"id": 7057, "name": "OA 2021 HPlus Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly May": {"layer": {"id": 7058, "name": "OA 2021 HPlus Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Jun": {"layer": {"id": 7059, "name": "OA 2021 HPlus Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Jul": {"layer": {"id": 7060, "name": "OA 2021 HPlus Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Aug": {"layer": {"id": 7061, "name": "OA 2021 HPlus Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Sep": {"layer": {"id": 7062, "name": "OA 2021 HPlus Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Oct": {"layer": {"id": 7063, "name": "OA 2021 HPlus Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Nov": {"layer": {"id": 7064, "name": "OA 2021 HPlus Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 HPlus Surface Monthly Dec": {"layer": {"id": 7065, "name": "OA 2021 HPlus Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Jan": {"layer": {"id": 7066, "name": "OA 2021 AragSat Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Feb": {"layer": {"id": 7067, "name": "OA 2021 AragSat Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Mar": {"layer": {"id": 7068, "name": "OA 2021 AragSat Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Apr": {"layer": {"id": 7069, "name": "OA 2021 AragSat Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly May": {"layer": {"id": 7070, "name": "OA 2021 AragSat Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Jun": {"layer": {"id": 7071, "name": "OA 2021 AragSat Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Jul": {"layer": {"id": 7072, "name": "OA 2021 AragSat Surface Monthly Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Aug": {"layer": {"id": 7073, "name": "OA 2021 AragSat Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Sep": {"layer": {"id": 7074, "name": "OA 2021 AragSat Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Oct": {"layer": {"id": 7075, "name": "OA 2021 AragSat Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Nov": {"layer": {"id": 7076, "name": "OA 2021 AragSat Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2021 AragSat Surface Monthly Dec": {"layer": {"id": 7077, "name": "OA 2021 AragSat Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Jan": {"layer": {"id": 7078, "name": "OA 2022 pH Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Feb": {"layer": {"id": 7079, "name": "OA 2022 pH Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Mar": {"layer": {"id": 7080, "name": "OA 2022 pH Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Apr": {"layer": {"id": 7081, "name": "OA 2022 pH Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly May": {"layer": {"id": 7082, "name": "OA 2022 pH Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Jun": {"layer": {"id": 7083, "name": "OA 2022 pH Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Jul (No Data)": {"layer": {"id": 7084, "name": "OA 2022 pH Surface Monthly Jul (No Data)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Aug": {"layer": {"id": 7085, "name": "OA 2022 pH Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Sep": {"layer": {"id": 7086, "name": "OA 2022 pH Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Oct": {"layer": {"id": 7087, "name": "OA 2022 pH Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Nov": {"layer": {"id": 7088, "name": "OA 2022 pH Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pH Surface Monthly Dec": {"layer": {"id": 7089, "name": "OA 2022 pH Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Jan": {"layer": {"id": 7090, "name": "OA 2022 pCO2 Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Feb": {"layer": {"id": 7091, "name": "OA 2022 pCO2 Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Mar": {"layer": {"id": 7092, "name": "OA 2022 pCO2 Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Apr": {"layer": {"id": 7093, "name": "OA 2022 pCO2 Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly May": {"layer": {"id": 7094, "name": "OA 2022 pCO2 Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Jun": {"layer": {"id": 7095, "name": "OA 2022 pCO2 Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Jul (No Data)": {"layer": {"id": 7096, "name": "OA 2022 pCO2 Surface Monthly Jul (No Data)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Aug": {"layer": {"id": 7097, "name": "OA 2022 pCO2 Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Sep": {"layer": {"id": 7098, "name": "OA 2022 pCO2 Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Oct": {"layer": {"id": 7099, "name": "OA 2022 pCO2 Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Nov": {"layer": {"id": 7100, "name": "OA 2022 pCO2 Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 pCO2 Surface Monthly Dec": {"layer": {"id": 7101, "name": "OA 2022 pCO2 Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Jan": {"layer": {"id": 7102, "name": "OA 2022 HPlus Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Feb": {"layer": {"id": 7103, "name": "OA 2022 HPlus Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Mar": {"layer": {"id": 7104, "name": "OA 2022 HPlus Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Apr": {"layer": {"id": 7105, "name": "OA 2022 HPlus Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly May": {"layer": {"id": 7106, "name": "OA 2022 HPlus Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Jun": {"layer": {"id": 7107, "name": "OA 2022 HPlus Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Jul (No Data)": {"layer": {"id": 7108, "name": "OA 2022 HPlus Surface Monthly Jul (No Data)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Aug": {"layer": {"id": 7109, "name": "OA 2022 HPlus Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Sep": {"layer": {"id": 7110, "name": "OA 2022 HPlus Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Oct": {"layer": {"id": 7111, "name": "OA 2022 HPlus Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Nov": {"layer": {"id": 7112, "name": "OA 2022 HPlus Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 HPlus Surface Monthly Dec": {"layer": {"id": 7113, "name": "OA 2022 HPlus Surface Monthly Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Jan": {"layer": {"id": 7114, "name": "OA 2022 AragSat Surface Monthly Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Feb": {"layer": {"id": 7115, "name": "OA 2022 AragSat Surface Monthly Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Mar": {"layer": {"id": 7116, "name": "OA 2022 AragSat Surface Monthly Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Apr": {"layer": {"id": 7117, "name": "OA 2022 AragSat Surface Monthly Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly May": {"layer": {"id": 7118, "name": "OA 2022 AragSat Surface Monthly May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Jun": {"layer": {"id": 7119, "name": "OA 2022 AragSat Surface Monthly Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Jul (No Data)": {"layer": {"id": 7120, "name": "OA 2022 AragSat Surface Monthly Jul (No Data)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Aug": {"layer": {"id": 7121, "name": "OA 2022 AragSat Surface Monthly Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Sep": {"layer": {"id": 7122, "name": "OA 2022 AragSat Surface Monthly Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Oct": {"layer": {"id": 7123, "name": "OA 2022 AragSat Surface Monthly Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "OA 2022 AragSat Surface Monthly Nov": {"layer": {"id": 7124, "name": "OA 2022 AragSat Surface Monthly Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gillnet 1996-2000 Ports": {"layer": {"id": 641, "name": "Gillnet 1996-2000 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder 2007-2020": {"layer": {"id": 2919, "name": "Summer Flounder 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Jun": {"layer": {"id": 5164, "name": "Doppio bottom temp Jun", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Oct": {"layer": {"id": 5168, "name": "Doppio bottom temp Oct", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pots and Traps 2001-2005 Ports": {"layer": {"id": 664, "name": "Pots and Traps 2001-2005 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Fall 2000s": {"layer": {"id": 3995, "name": "Demersal Fall 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Fall 2010s": {"layer": {"id": 3996, "name": "Demersal Fall 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Highest 1980s": {"layer": {"id": 1709, "name": "Summer Flounder Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Highest 1990s": {"layer": {"id": 1710, "name": "Summer Flounder Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Highest 2000s": {"layer": {"id": 1711, "name": "Summer Flounder Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2022)": {"layer": {"id": 5659, "name": "All Vessel Transit Counts (Jan 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2022)": {"layer": {"id": 5660, "name": "All Vessel Transit Counts (Feb 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2022)": {"layer": {"id": 5661, "name": "All Vessel Transit Counts (Mar 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2022)": {"layer": {"id": 5662, "name": "All Vessel Transit Counts (Apr 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2022)": {"layer": {"id": 5663, "name": "All Vessel Transit Counts (May 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Presence 2000s": {"layer": {"id": 1743, "name": "Summer Flounder Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Presence 2010s": {"layer": {"id": 1744, "name": "Summer Flounder Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2022)": {"layer": {"id": 5664, "name": "All Vessel Transit Counts (Jun 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2022)": {"layer": {"id": 5665, "name": "All Vessel Transit Counts (Jul 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2022)": {"layer": {"id": 5666, "name": "All Vessel Transit Counts (Aug 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2022)": {"layer": {"id": 5667, "name": "All Vessel Transit Counts (Sep 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2022)": {"layer": {"id": 5668, "name": "All Vessel Transit Counts (Oct 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2022)": {"layer": {"id": 5669, "name": "All Vessel Transit Counts (Nov 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2022)": {"layer": {"id": 5670, "name": "All Vessel Transit Counts (Dec 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2022)": {"layer": {"id": 5671, "name": "Cargo Vessel Transit Counts (Jan 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2022)": {"layer": {"id": 5672, "name": "Cargo Vessel Transit Counts (Feb 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2022)": {"layer": {"id": 5673, "name": "Cargo Vessel Transit Counts (Mar 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2022)": {"layer": {"id": 5674, "name": "Cargo Vessel Transit Counts (Apr 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2022)": {"layer": {"id": 5675, "name": "Cargo Vessel Transit Counts (May 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2022)": {"layer": {"id": 5676, "name": "Cargo Vessel Transit Counts (Jun 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2022)": {"layer": {"id": 5677, "name": "Cargo Vessel Transit Counts (Jul 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2022)": {"layer": {"id": 5678, "name": "Cargo Vessel Transit Counts (Aug 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2022)": {"layer": {"id": 5679, "name": "Cargo Vessel Transit Counts (Sep 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2022)": {"layer": {"id": 5680, "name": "Cargo Vessel Transit Counts (Oct 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2022)": {"layer": {"id": 5681, "name": "Cargo Vessel Transit Counts (Nov 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2022)": {"layer": {"id": 5682, "name": "Cargo Vessel Transit Counts (Dec 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jan 2022)": {"layer": {"id": 5683, "name": "Passenger Vessel Transit Counts (Jan 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Feb 2022)": {"layer": {"id": 5684, "name": "Passenger Vessel Transit Counts (Feb 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Mar 2022)": {"layer": {"id": 5685, "name": "Passenger Vessel Transit Counts (Mar 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Apr 2022)": {"layer": {"id": 5686, "name": "Passenger Vessel Transit Counts (Apr 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring All 2010s": {"layer": {"id": 1771, "name": "Summer Flounder Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (May 2022)": {"layer": {"id": 5687, "name": "Passenger Vessel Transit Counts (May 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jun 2022)": {"layer": {"id": 5688, "name": "Passenger Vessel Transit Counts (Jun 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jul 2022)": {"layer": {"id": 5689, "name": "Passenger Vessel Transit Counts (Jul 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Aug 2022)": {"layer": {"id": 5690, "name": "Passenger Vessel Transit Counts (Aug 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Sep 2022)": {"layer": {"id": 5691, "name": "Passenger Vessel Transit Counts (Sep 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Oct 2022)": {"layer": {"id": 5692, "name": "Passenger Vessel Transit Counts (Oct 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Nov 2022)": {"layer": {"id": 5693, "name": "Passenger Vessel Transit Counts (Nov 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Dec 2022)": {"layer": {"id": 5694, "name": "Passenger Vessel Transit Counts (Dec 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2022)": {"layer": {"id": 5695, "name": "Tanker Vessel Transit Counts (Jan 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2022)": {"layer": {"id": 5696, "name": "Tanker Vessel Transit Counts (Feb 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2022)": {"layer": {"id": 5697, "name": "Tanker Vessel Transit Counts (Mar 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2022)": {"layer": {"id": 5698, "name": "Tanker Vessel Transit Counts (Apr 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2022)": {"layer": {"id": 5699, "name": "Tanker Vessel Transit Counts (May 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2022)": {"layer": {"id": 5700, "name": "Tanker Vessel Transit Counts (Jun 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2022)": {"layer": {"id": 5701, "name": "Tanker Vessel Transit Counts (Jul 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2022)": {"layer": {"id": 5702, "name": "Tanker Vessel Transit Counts (Aug 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2022)": {"layer": {"id": 5703, "name": "Tanker Vessel Transit Counts (Sep 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2022)": {"layer": {"id": 5704, "name": "Tanker Vessel Transit Counts (Oct 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2022)": {"layer": {"id": 5705, "name": "Tanker Vessel Transit Counts (Nov 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2022)": {"layer": {"id": 5706, "name": "Tanker Vessel Transit Counts (Dec 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2022)": {"layer": {"id": 5707, "name": "Tug Tow Vessel Transit Counts (Jan 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2022)": {"layer": {"id": 5708, "name": "Tug Tow Vessel Transit Counts (Feb 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2022)": {"layer": {"id": 5709, "name": "Tug Tow Vessel Transit Counts (Mar 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring All 2000s": {"layer": {"id": 1770, "name": "Summer Flounder Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2022)": {"layer": {"id": 5710, "name": "Tug Tow Vessel Transit Counts (Apr 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2022)": {"layer": {"id": 5711, "name": "Tug Tow Vessel Transit Counts (May 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2022)": {"layer": {"id": 5712, "name": "Tug Tow Vessel Transit Counts (Jun 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2022)": {"layer": {"id": 5713, "name": "Tug Tow Vessel Transit Counts (Jul 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2022)": {"layer": {"id": 5714, "name": "Tug Tow Vessel Transit Counts (Aug 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2022)": {"layer": {"id": 5715, "name": "Tug Tow Vessel Transit Counts (Sep 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2022)": {"layer": {"id": 5716, "name": "Tug Tow Vessel Transit Counts (Oct 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2022)": {"layer": {"id": 5717, "name": "Tug Tow Vessel Transit Counts (Nov 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2022)": {"layer": {"id": 5718, "name": "Tug Tow Vessel Transit Counts (Dec 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jan 2022)": {"layer": {"id": 5719, "name": "Other Vessel Transit Counts (Jan 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Feb 2022)": {"layer": {"id": 5720, "name": "Other Vessel Transit Counts (Feb 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Mar 2022)": {"layer": {"id": 5721, "name": "Other Vessel Transit Counts (Mar 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Apr 2022)": {"layer": {"id": 5722, "name": "Other Vessel Transit Counts (Apr 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (May 2022)": {"layer": {"id": 5723, "name": "Other Vessel Transit Counts (May 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jun 2022)": {"layer": {"id": 5724, "name": "Other Vessel Transit Counts (Jun 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jul 2022)": {"layer": {"id": 5725, "name": "Other Vessel Transit Counts (Jul 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Aug 2022)": {"layer": {"id": 5726, "name": "Other Vessel Transit Counts (Aug 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Sep 2022)": {"layer": {"id": 5727, "name": "Other Vessel Transit Counts (Sep 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Oct 2022)": {"layer": {"id": 5728, "name": "Other Vessel Transit Counts (Oct 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Nov 2022)": {"layer": {"id": 5729, "name": "Other Vessel Transit Counts (Nov 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Dec 2022)": {"layer": {"id": 5730, "name": "Other Vessel Transit Counts (Dec 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2022)": {"layer": {"id": 5731, "name": "Fishing Vessel Transit Counts (Jan 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2022)": {"layer": {"id": 5732, "name": "Fishing Vessel Transit Counts (Feb 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2022)": {"layer": {"id": 5733, "name": "Fishing Vessel Transit Counts (Mar 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2022)": {"layer": {"id": 5734, "name": "Fishing Vessel Transit Counts (Apr 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2022)": {"layer": {"id": 5735, "name": "Fishing Vessel Transit Counts (May 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2022)": {"layer": {"id": 5736, "name": "Fishing Vessel Transit Counts (Jun 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall All 1970s": {"layer": {"id": 1772, "name": "Summer Flounder Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall All 1980s": {"layer": {"id": 1773, "name": "Summer Flounder Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall All 1990s": {"layer": {"id": 1774, "name": "Summer Flounder Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2022)": {"layer": {"id": 5737, "name": "Fishing Vessel Transit Counts (Jul 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2022)": {"layer": {"id": 5738, "name": "Fishing Vessel Transit Counts (Aug 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2022)": {"layer": {"id": 5739, "name": "Fishing Vessel Transit Counts (Sep 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2022)": {"layer": {"id": 5740, "name": "Fishing Vessel Transit Counts (Oct 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2022)": {"layer": {"id": 5741, "name": "Fishing Vessel Transit Counts (Nov 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2022)": {"layer": {"id": 5742, "name": "Fishing Vessel Transit Counts (Dec 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2022)": {"layer": {"id": 5743, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2022)": {"layer": {"id": 5744, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2022)": {"layer": {"id": 5745, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2022)": {"layer": {"id": 5746, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2022)": {"layer": {"id": 5747, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2022)": {"layer": {"id": 5748, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2022)": {"layer": {"id": 5749, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2022)": {"layer": {"id": 5750, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2022)": {"layer": {"id": 5751, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2022)": {"layer": {"id": 5752, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2022)": {"layer": {"id": 5753, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2022)": {"layer": {"id": 5754, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall High 2000s": {"layer": {"id": 2674, "name": "Longfin Squid Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring All 1970s": {"layer": {"id": 2781, "name": "Northern Shortfin Squid Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring All 1980s": {"layer": {"id": 2782, "name": "Northern Shortfin Squid Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Presence 2010s": {"layer": {"id": 2680, "name": "Longfin Squid Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Highest 1970s": {"layer": {"id": 2681, "name": "Longfin Squid Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, January density": {"layer": {"id": 5796, "name": "Green Sea Turtle, January density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, February density": {"layer": {"id": 5797, "name": "Green Sea Turtle, February density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, June density": {"layer": {"id": 5801, "name": "Green Sea Turtle, June density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, March density": {"layer": {"id": 5798, "name": "Green Sea Turtle, March density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, April density": {"layer": {"id": 5799, "name": "Green Sea Turtle, April density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, May density": {"layer": {"id": 5800, "name": "Green Sea Turtle, May density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, July density": {"layer": {"id": 5802, "name": "Green Sea Turtle, July density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, August density": {"layer": {"id": 5803, "name": "Green Sea Turtle, August density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, September density": {"layer": {"id": 5804, "name": "Green Sea Turtle, September density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Highest 2010s": {"layer": {"id": 2685, "name": "Longfin Squid Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, October density": {"layer": {"id": 5805, "name": "Green Sea Turtle, October density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, November density": {"layer": {"id": 5806, "name": "Green Sea Turtle, November density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle, December density": {"layer": {"id": 5807, "name": "Green Sea Turtle, December density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, January density": {"layer": {"id": 5808, "name": "Kemp's Ridley Sea Turtle, January density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, February density": {"layer": {"id": 5809, "name": "Kemp's Ridley Sea Turtle, February density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, March density": {"layer": {"id": 5810, "name": "Kemp's Ridley Sea Turtle, March density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, April density": {"layer": {"id": 5811, "name": "Kemp's Ridley Sea Turtle, April density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, May density": {"layer": {"id": 5812, "name": "Kemp's Ridley Sea Turtle, May density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, June density": {"layer": {"id": 5813, "name": "Kemp's Ridley Sea Turtle, June density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, July density": {"layer": {"id": 5814, "name": "Kemp's Ridley Sea Turtle, July density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, August density": {"layer": {"id": 5815, "name": "Kemp's Ridley Sea Turtle, August density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, September density": {"layer": {"id": 5816, "name": "Kemp's Ridley Sea Turtle, September density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, October density": {"layer": {"id": 5817, "name": "Kemp's Ridley Sea Turtle, October density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, November density": {"layer": {"id": 5818, "name": "Kemp's Ridley Sea Turtle, November density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Kemp's Ridley Sea Turtle, December density": {"layer": {"id": 5819, "name": "Kemp's Ridley Sea Turtle, December density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, January density": {"layer": {"id": 5820, "name": "Leatherback Sea Turtle, January density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, February density": {"layer": {"id": 5821, "name": "Leatherback Sea Turtle, February density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, March density": {"layer": {"id": 5822, "name": "Leatherback Sea Turtle, March density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, April density": {"layer": {"id": 5823, "name": "Leatherback Sea Turtle, April density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, May density": {"layer": {"id": 5824, "name": "Leatherback Sea Turtle, May density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, June density": {"layer": {"id": 5825, "name": "Leatherback Sea Turtle, June density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, July density": {"layer": {"id": 5826, "name": "Leatherback Sea Turtle, July density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, October density": {"layer": {"id": 5829, "name": "Leatherback Sea Turtle, October density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, November density": {"layer": {"id": 5830, "name": "Leatherback Sea Turtle, November density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, December density": {"layer": {"id": 5831, "name": "Leatherback Sea Turtle, December density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, January density": {"layer": {"id": 5832, "name": "Loggerhead Sea Turtle, January density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, February density": {"layer": {"id": 5833, "name": "Loggerhead Sea Turtle, February density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, March density": {"layer": {"id": 5834, "name": "Loggerhead Sea Turtle, March density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, April density": {"layer": {"id": 5835, "name": "Loggerhead Sea Turtle, April density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, May density": {"layer": {"id": 5836, "name": "Loggerhead Sea Turtle, May density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, August density": {"layer": {"id": 5827, "name": "Leatherback Sea Turtle, August density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Leatherback Sea Turtle, September density": {"layer": {"id": 5828, "name": "Leatherback Sea Turtle, September density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Presence 2000s": {"layer": {"id": 2694, "name": "Longfin Squid Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Presence 2010s": {"layer": {"id": 2695, "name": "Longfin Squid Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, August density": {"layer": {"id": 5839, "name": "Loggerhead Sea Turtle, August density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, September density": {"layer": {"id": 5840, "name": "Loggerhead Sea Turtle, September density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, October density": {"layer": {"id": 5841, "name": "Loggerhead Sea Turtle, October density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, November density": {"layer": {"id": 5842, "name": "Loggerhead Sea Turtle, November density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, December density": {"layer": {"id": 5843, "name": "Loggerhead Sea Turtle, December density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, June density": {"layer": {"id": 5837, "name": "Loggerhead Sea Turtle, June density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle, July density": {"layer": {"id": 5838, "name": "Loggerhead Sea Turtle, July density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2023)": {"layer": {"id": 6179, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2023)": {"layer": {"id": 6183, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2023)": {"layer": {"id": 6178, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2023)": {"layer": {"id": 6177, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2023)": {"layer": {"id": 6182, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2023)": {"layer": {"id": 6181, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2023)": {"layer": {"id": 6180, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Highest 2010s": {"layer": {"id": 2845, "name": "Yellowtail Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle Spring, SPUE": {"layer": {"id": 4024, "name": "Green Sea Turtle Spring, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall High 1970s": {"layer": {"id": 2137, "name": "Atlantic Mackerel Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall High 1980s": {"layer": {"id": 2138, "name": "Atlantic Mackerel Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2023)": {"layer": {"id": 6091, "name": "All Vessel Transit Counts (Apr 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2023)": {"layer": {"id": 6095, "name": "All Vessel Transit Counts (Aug 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2023)": {"layer": {"id": 6099, "name": "All Vessel Transit Counts (Dec 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2023)": {"layer": {"id": 6089, "name": "All Vessel Transit Counts (Feb 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2023)": {"layer": {"id": 6088, "name": "All Vessel Transit Counts (Jan 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2023)": {"layer": {"id": 6094, "name": "All Vessel Transit Counts (Jul 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2023)": {"layer": {"id": 6093, "name": "All Vessel Transit Counts (Jun 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2023)": {"layer": {"id": 6090, "name": "All Vessel Transit Counts (Mar 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring High 2000s": {"layer": {"id": 2155, "name": "Atlantic Mackerel Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Highest 2000s": {"layer": {"id": 2190, "name": "Black Sea Bass Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2023)": {"layer": {"id": 6092, "name": "All Vessel Transit Counts (May 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2023)": {"layer": {"id": 6098, "name": "All Vessel Transit Counts (Nov 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2023)": {"layer": {"id": 6097, "name": "All Vessel Transit Counts (Oct 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2023)": {"layer": {"id": 6096, "name": "All Vessel Transit Counts (Sep 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2023)": {"layer": {"id": 6103, "name": "Cargo Vessel Transit Counts (Apr 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2023)": {"layer": {"id": 6107, "name": "Cargo Vessel Transit Counts (Aug 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2023)": {"layer": {"id": 6111, "name": "Cargo Vessel Transit Counts (Dec 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2023)": {"layer": {"id": 6101, "name": "Cargo Vessel Transit Counts (Feb 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2023)": {"layer": {"id": 6100, "name": "Cargo Vessel Transit Counts (Jan 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2023)": {"layer": {"id": 6106, "name": "Cargo Vessel Transit Counts (Jul 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2023)": {"layer": {"id": 6105, "name": "Cargo Vessel Transit Counts (Jun 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2023)": {"layer": {"id": 6102, "name": "Cargo Vessel Transit Counts (Mar 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2023)": {"layer": {"id": 6104, "name": "Cargo Vessel Transit Counts (May 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2023)": {"layer": {"id": 6110, "name": "Cargo Vessel Transit Counts (Nov 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2023)": {"layer": {"id": 6109, "name": "Cargo Vessel Transit Counts (Oct 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2023)": {"layer": {"id": 6108, "name": "Cargo Vessel Transit Counts (Sep 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2023)": {"layer": {"id": 6163, "name": "Fishing Vessel Transit Counts (Apr 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2023)": {"layer": {"id": 6167, "name": "Fishing Vessel Transit Counts (Aug 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2023)": {"layer": {"id": 6171, "name": "Fishing Vessel Transit Counts (Dec 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2023)": {"layer": {"id": 6161, "name": "Fishing Vessel Transit Counts (Feb 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2023)": {"layer": {"id": 6160, "name": "Fishing Vessel Transit Counts (Jan 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2023)": {"layer": {"id": 6166, "name": "Fishing Vessel Transit Counts (Jul 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2023)": {"layer": {"id": 6165, "name": "Fishing Vessel Transit Counts (Jun 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2023)": {"layer": {"id": 6162, "name": "Fishing Vessel Transit Counts (Mar 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2023)": {"layer": {"id": 6164, "name": "Fishing Vessel Transit Counts (May 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2023)": {"layer": {"id": 6170, "name": "Fishing Vessel Transit Counts (Nov 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2023)": {"layer": {"id": 6169, "name": "Fishing Vessel Transit Counts (Oct 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2023)": {"layer": {"id": 6168, "name": "Fishing Vessel Transit Counts (Sep 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Apr 2023)": {"layer": {"id": 6151, "name": "Other Vessel Transit Counts (Apr 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Aug 2023)": {"layer": {"id": 6155, "name": "Other Vessel Transit Counts (Aug 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Dec 2023)": {"layer": {"id": 6159, "name": "Other Vessel Transit Counts (Dec 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Feb 2023)": {"layer": {"id": 6149, "name": "Other Vessel Transit Counts (Feb 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jan 2023)": {"layer": {"id": 6148, "name": "Other Vessel Transit Counts (Jan 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jul 2023)": {"layer": {"id": 6154, "name": "Other Vessel Transit Counts (Jul 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jun 2023)": {"layer": {"id": 6153, "name": "Other Vessel Transit Counts (Jun 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Mar 2023)": {"layer": {"id": 6150, "name": "Other Vessel Transit Counts (Mar 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (May 2023)": {"layer": {"id": 6152, "name": "Other Vessel Transit Counts (May 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Nov 2023)": {"layer": {"id": 6158, "name": "Other Vessel Transit Counts (Nov 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Oct 2023)": {"layer": {"id": 6157, "name": "Other Vessel Transit Counts (Oct 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Sep 2023)": {"layer": {"id": 6156, "name": "Other Vessel Transit Counts (Sep 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Apr 2023)": {"layer": {"id": 6115, "name": "Passenger Vessel Transit Counts (Apr 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Aug 2023)": {"layer": {"id": 6119, "name": "Passenger Vessel Transit Counts (Aug 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Dec 2023)": {"layer": {"id": 6123, "name": "Passenger Vessel Transit Counts (Dec 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Feb 2023)": {"layer": {"id": 6113, "name": "Passenger Vessel Transit Counts (Feb 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jan 2023)": {"layer": {"id": 6112, "name": "Passenger Vessel Transit Counts (Jan 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jul 2023)": {"layer": {"id": 6118, "name": "Passenger Vessel Transit Counts (Jul 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jun 2023)": {"layer": {"id": 6117, "name": "Passenger Vessel Transit Counts (Jun 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Mar 2023)": {"layer": {"id": 6114, "name": "Passenger Vessel Transit Counts (Mar 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (May 2023)": {"layer": {"id": 6116, "name": "Passenger Vessel Transit Counts (May 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Nov 2023)": {"layer": {"id": 6122, "name": "Passenger Vessel Transit Counts (Nov 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Oct 2023)": {"layer": {"id": 6121, "name": "Passenger Vessel Transit Counts (Oct 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Sep 2023)": {"layer": {"id": 6120, "name": "Passenger Vessel Transit Counts (Sep 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2023)": {"layer": {"id": 6175, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2023)": {"layer": {"id": 6173, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2023)": {"layer": {"id": 6172, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2023)": {"layer": {"id": 6174, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2023)": {"layer": {"id": 6176, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2023)": {"layer": {"id": 6127, "name": "Tanker Vessel Transit Counts (Apr 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2023)": {"layer": {"id": 6131, "name": "Tanker Vessel Transit Counts (Aug 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2023)": {"layer": {"id": 6135, "name": "Tanker Vessel Transit Counts (Dec 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2023)": {"layer": {"id": 6125, "name": "Tanker Vessel Transit Counts (Feb 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2023)": {"layer": {"id": 6124, "name": "Tanker Vessel Transit Counts (Jan 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2023)": {"layer": {"id": 6130, "name": "Tanker Vessel Transit Counts (Jul 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2023)": {"layer": {"id": 6129, "name": "Tanker Vessel Transit Counts (Jun 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2023)": {"layer": {"id": 6126, "name": "Tanker Vessel Transit Counts (Mar 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2023)": {"layer": {"id": 6128, "name": "Tanker Vessel Transit Counts (May 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2023)": {"layer": {"id": 6134, "name": "Tanker Vessel Transit Counts (Nov 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2023)": {"layer": {"id": 6133, "name": "Tanker Vessel Transit Counts (Oct 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2023)": {"layer": {"id": 6132, "name": "Tanker Vessel Transit Counts (Sep 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2023)": {"layer": {"id": 6139, "name": "Tug Tow Vessel Transit Counts (Apr 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2023)": {"layer": {"id": 6143, "name": "Tug Tow Vessel Transit Counts (Aug 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2023)": {"layer": {"id": 6147, "name": "Tug Tow Vessel Transit Counts (Dec 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2023)": {"layer": {"id": 6137, "name": "Tug Tow Vessel Transit Counts (Feb 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2023)": {"layer": {"id": 6136, "name": "Tug Tow Vessel Transit Counts (Jan 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2023)": {"layer": {"id": 6142, "name": "Tug Tow Vessel Transit Counts (Jul 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2023)": {"layer": {"id": 6141, "name": "Tug Tow Vessel Transit Counts (Jun 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2023)": {"layer": {"id": 6138, "name": "Tug Tow Vessel Transit Counts (Mar 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2023)": {"layer": {"id": 6140, "name": "Tug Tow Vessel Transit Counts (May 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2023)": {"layer": {"id": 6146, "name": "Tug Tow Vessel Transit Counts (Nov 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2023)": {"layer": {"id": 6145, "name": "Tug Tow Vessel Transit Counts (Oct 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2023)": {"layer": {"id": 6144, "name": "Tug Tow Vessel Transit Counts (Sep 2023)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Highest 1980s": {"layer": {"id": 2293, "name": "Red Hake Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Highest 1990s": {"layer": {"id": 2294, "name": "Red Hake Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Presence 1980s": {"layer": {"id": 2263, "name": "Butterfish Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall All 1980s": {"layer": {"id": 2323, "name": "Red Hake Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall All 1990s": {"layer": {"id": 2324, "name": "Red Hake Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall All 2000s": {"layer": {"id": 2325, "name": "Red Hake Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Presence 1980s": {"layer": {"id": 3591, "name": "Blueback Herring Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Presence 1990s": {"layer": {"id": 3592, "name": "Blueback Herring Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Highest 1980s": {"layer": {"id": 3501, "name": "Alewife Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Highest 2000s": {"layer": {"id": 3528, "name": "American Shad Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Presence 1980s": {"layer": {"id": 3511, "name": "Alewife Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall All 1970s": {"layer": {"id": 3515, "name": "Alewife Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall High 1980s": {"layer": {"id": 3531, "name": "American Shad Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Presence 2010s": {"layer": {"id": 3499, "name": "Alewife Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Presence 1990s": {"layer": {"id": 3537, "name": "American Shad Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Presence 2000s": {"layer": {"id": 3538, "name": "American Shad Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish 2007-2020": {"layer": {"id": 3836, "name": "Butterfish 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish 2021-2040": {"layer": {"id": 3837, "name": "Butterfish 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Sand Lance 2041-2060": {"layer": {"id": 3853, "name": "Northern Sand Lance 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish 2081-2100": {"layer": {"id": 3840, "name": "Butterfish 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Party/Charter 2011-2015 Ports": {"layer": {"id": 3665, "name": "Party/Charter 2011-2015 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Party/Charter 2001-2005 Ports": {"layer": {"id": 3661, "name": "Party/Charter 2001-2005 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish 2041-2060": {"layer": {"id": 3848, "name": "Monkfish 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring 2007-2020": {"layer": {"id": 3826, "name": "Blueback Herring 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Sand Lance 2007-2020": {"layer": {"id": 3851, "name": "Northern Sand Lance 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail 2007-2020": {"layer": {"id": 3886, "name": "Yellowtail 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Unsurveyed area (avian, annual)": {"layer": {"id": 488, "name": "Unsurveyed area (avian, annual)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Seasonal Wind Speed: DecJanFeb (2019 - 2022)": {"layer": {"id": 5965, "name": "RUWRF 3km Resolution 10m Height Avg. Seasonal Wind Speed: DecJanFeb (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Seasonal Wind Speed: MarAprMay (2019 - 2022)": {"layer": {"id": 5966, "name": "RUWRF 3km Resolution 10m Height Avg. Seasonal Wind Speed: MarAprMay (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Seasonal Wind Speed: JunJulAug (2019 - 2022)": {"layer": {"id": 5967, "name": "RUWRF 3km Resolution 10m Height Avg. Seasonal Wind Speed: JunJulAug (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Seasonal Wind Speed: SepOctNov (2019 - 2022)": {"layer": {"id": 5968, "name": "RUWRF 3km Resolution 10m Height Avg. Seasonal Wind Speed: SepOctNov (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Seasonal Wind Speed: DecJanFeb (2019 - 2022)": {"layer": {"id": 5969, "name": "RUWRF 3km Resolution 160m Height Avg. Seasonal Wind Speed: DecJanFeb (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Seasonal Wind Speed: MarAprMay (2019 - 2022)": {"layer": {"id": 5970, "name": "RUWRF 3km Resolution 160m Height Avg. Seasonal Wind Speed: MarAprMay (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Seasonal Wind Speed: JunJulAug (2019 - 2022)": {"layer": {"id": 5971, "name": "RUWRF 3km Resolution 160m Height Avg. Seasonal Wind Speed: JunJulAug (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Seasonal Wind Speed: SepOctNov (2019 - 2022)": {"layer": {"id": 5972, "name": "RUWRF 3km Resolution 160m Height Avg. Seasonal Wind Speed: SepOctNov (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2021)": {"layer": {"id": 5409, "name": "Fishing Vessel Transit Counts (Dec 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2021)": {"layer": {"id": 5399, "name": "Fishing Vessel Transit Counts (Feb 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2021)": {"layer": {"id": 5398, "name": "Fishing Vessel Transit Counts (Jan 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2021)": {"layer": {"id": 5404, "name": "Fishing Vessel Transit Counts (Jul 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2021)": {"layer": {"id": 5403, "name": "Fishing Vessel Transit Counts (Jun 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2021)": {"layer": {"id": 5400, "name": "Fishing Vessel Transit Counts (Mar 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2021)": {"layer": {"id": 5402, "name": "Fishing Vessel Transit Counts (May 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2021)": {"layer": {"id": 5408, "name": "Fishing Vessel Transit Counts (Nov 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2021)": {"layer": {"id": 5407, "name": "Fishing Vessel Transit Counts (Oct 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2021)": {"layer": {"id": 5406, "name": "Fishing Vessel Transit Counts (Sep 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Dec 2021)": {"layer": {"id": 5397, "name": "Other Vessel Transit Counts (Dec 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2021)": {"layer": {"id": 5413, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2021)": {"layer": {"id": 5421, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2021)": {"layer": {"id": 5417, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2021)": {"layer": {"id": 5411, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2021)": {"layer": {"id": 5410, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2021)": {"layer": {"id": 5416, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2021)": {"layer": {"id": 5415, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2021)": {"layer": {"id": 5412, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2021)": {"layer": {"id": 5414, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2021)": {"layer": {"id": 5420, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2021)": {"layer": {"id": 5419, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2021)": {"layer": {"id": 5418, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall High 2000s": {"layer": {"id": 3533, "name": "American Shad Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall All 1980s": {"layer": {"id": 2443, "name": "Spot Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring All 1980s": {"layer": {"id": 3521, "name": "Alewife Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid 2021-2040": {"layer": {"id": 3857, "name": "Northern Shortfin Squid 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Spring 2010s": {"layer": {"id": 4001, "name": "Demersal Spring 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Spring 2000s": {"layer": {"id": 4000, "name": "Demersal Spring 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall High 1970s": {"layer": {"id": 3530, "name": "American Shad Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Presence 2010s": {"layer": {"id": 1754, "name": "Summer Flounder Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall High 1980s": {"layer": {"id": 1746, "name": "Summer Flounder Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall High 1990s": {"layer": {"id": 1747, "name": "Summer Flounder Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Presence 2010s": {"layer": {"id": 2146, "name": "Atlantic Mackerel Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Highest 1970s": {"layer": {"id": 2147, "name": "Atlantic Mackerel Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Sand Lance 2061-2080": {"layer": {"id": 3854, "name": "Northern Sand Lance 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid 2041-2060": {"layer": {"id": 3858, "name": "Northern Shortfin Squid 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake 2041-2060": {"layer": {"id": 3863, "name": "Red Hake 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Presence 1990s": {"layer": {"id": 3512, "name": "Alewife Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2021)": {"layer": {"id": 5344, "name": "Cargo Vessel Transit Counts (Jul 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2021)": {"layer": {"id": 5340, "name": "Cargo Vessel Transit Counts (Mar 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring High 1980s": {"layer": {"id": 2687, "name": "Longfin Squid Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2021)": {"layer": {"id": 5342, "name": "Cargo Vessel Transit Counts (May 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Feb 2021)": {"layer": {"id": 5351, "name": "Passenger Vessel Transit Counts (Feb 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jan 2021)": {"layer": {"id": 5350, "name": "Passenger Vessel Transit Counts (Jan 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jul 2021)": {"layer": {"id": 5356, "name": "Passenger Vessel Transit Counts (Jul 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jun 2021)": {"layer": {"id": 5355, "name": "Passenger Vessel Transit Counts (Jun 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Mar 2021)": {"layer": {"id": 5352, "name": "Passenger Vessel Transit Counts (Mar 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (May 2021)": {"layer": {"id": 5354, "name": "Passenger Vessel Transit Counts (May 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Nov 2021)": {"layer": {"id": 5360, "name": "Passenger Vessel Transit Counts (Nov 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Oct 2021)": {"layer": {"id": 5359, "name": "Passenger Vessel Transit Counts (Oct 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Sep 2021)": {"layer": {"id": 5358, "name": "Passenger Vessel Transit Counts (Sep 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2021)": {"layer": {"id": 5363, "name": "Tanker Vessel Transit Counts (Feb 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2021)": {"layer": {"id": 5362, "name": "Tanker Vessel Transit Counts (Jan 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring All 2000s": {"layer": {"id": 3523, "name": "Alewife Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Highest 1970s": {"layer": {"id": 2786, "name": "Winter Flounder Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Highest 1980s": {"layer": {"id": 2787, "name": "Winter Flounder Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Highest 1990s": {"layer": {"id": 2788, "name": "Winter Flounder Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Highest 2000s": {"layer": {"id": 2789, "name": "Winter Flounder Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2021)": {"layer": {"id": 5401, "name": "Fishing Vessel Transit Counts (Apr 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2021)": {"layer": {"id": 5405, "name": "Fishing Vessel Transit Counts (Aug 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel 2007-2020": {"layer": {"id": 2924, "name": "Atlantic Mackerel 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring High 1990s": {"layer": {"id": 2154, "name": "Atlantic Mackerel Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2021)": {"layer": {"id": 5331, "name": "All Vessel Transit Counts (Jun 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2021)": {"layer": {"id": 5330, "name": "All Vessel Transit Counts (May 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2021)": {"layer": {"id": 5336, "name": "All Vessel Transit Counts (Nov 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2021)": {"layer": {"id": 5335, "name": "All Vessel Transit Counts (Oct 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2021)": {"layer": {"id": 5334, "name": "All Vessel Transit Counts (Sep 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2021)": {"layer": {"id": 5341, "name": "Cargo Vessel Transit Counts (Apr 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2021)": {"layer": {"id": 5339, "name": "Cargo Vessel Transit Counts (Feb 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2021)": {"layer": {"id": 5338, "name": "Cargo Vessel Transit Counts (Jan 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2021)": {"layer": {"id": 5343, "name": "Cargo Vessel Transit Counts (Jun 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2021)": {"layer": {"id": 5373, "name": "Tanker Vessel Transit Counts (Dec 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2021)": {"layer": {"id": 5368, "name": "Tanker Vessel Transit Counts (Jul 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall All 2010s": {"layer": {"id": 2326, "name": "Red Hake Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring All 1970s": {"layer": {"id": 2327, "name": "Red Hake Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2021)": {"layer": {"id": 5367, "name": "Tanker Vessel Transit Counts (Jun 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2021)": {"layer": {"id": 5364, "name": "Tanker Vessel Transit Counts (Mar 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2021)": {"layer": {"id": 5366, "name": "Tanker Vessel Transit Counts (May 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2021)": {"layer": {"id": 5372, "name": "Tanker Vessel Transit Counts (Nov 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2021)": {"layer": {"id": 5371, "name": "Tanker Vessel Transit Counts (Oct 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2021)": {"layer": {"id": 5370, "name": "Tanker Vessel Transit Counts (Sep 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2021)": {"layer": {"id": 5375, "name": "Tug Tow Vessel Transit Counts (Feb 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2021)": {"layer": {"id": 5374, "name": "Tug Tow Vessel Transit Counts (Jan 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2021)": {"layer": {"id": 5380, "name": "Tug Tow Vessel Transit Counts (Jul 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2021)": {"layer": {"id": 5379, "name": "Tug Tow Vessel Transit Counts (Jun 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2021)": {"layer": {"id": 5378, "name": "Tug Tow Vessel Transit Counts (May 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2021)": {"layer": {"id": 5376, "name": "Tug Tow Vessel Transit Counts (Mar 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2021)": {"layer": {"id": 5377, "name": "Tug Tow Vessel Transit Counts (Apr 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Apr 2021)": {"layer": {"id": 5389, "name": "Other Vessel Transit Counts (Apr 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Aug 2021)": {"layer": {"id": 5393, "name": "Other Vessel Transit Counts (Aug 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Feb 2021)": {"layer": {"id": 5387, "name": "Other Vessel Transit Counts (Feb 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jan 2021)": {"layer": {"id": 5386, "name": "Other Vessel Transit Counts (Jan 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jul 2021)": {"layer": {"id": 5392, "name": "Other Vessel Transit Counts (Jul 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Jun 2021)": {"layer": {"id": 5391, "name": "Other Vessel Transit Counts (Jun 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Mar 2021)": {"layer": {"id": 5388, "name": "Other Vessel Transit Counts (Mar 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (May 2021)": {"layer": {"id": 5390, "name": "Other Vessel Transit Counts (May 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Nov 2021)": {"layer": {"id": 5396, "name": "Other Vessel Transit Counts (Nov 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Oct 2021)": {"layer": {"id": 5395, "name": "Other Vessel Transit Counts (Oct 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Other Vessel Transit Counts (Sep 2021)": {"layer": {"id": 5394, "name": "Other Vessel Transit Counts (Sep 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2021)": {"layer": {"id": 5385, "name": "Tug Tow Vessel Transit Counts (Dec 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2021)": {"layer": {"id": 5384, "name": "Tug Tow Vessel Transit Counts (Nov 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2021)": {"layer": {"id": 5383, "name": "Tug Tow Vessel Transit Counts (Oct 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2021)": {"layer": {"id": 5382, "name": "Tug Tow Vessel Transit Counts (Sep 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2021)": {"layer": {"id": 5329, "name": "All Vessel Transit Counts (Apr 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring All 2010s": {"layer": {"id": 3524, "name": "Alewife Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2021)": {"layer": {"id": 5345, "name": "Cargo Vessel Transit Counts (Aug 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder 2041-2060": {"layer": {"id": 2921, "name": "Summer Flounder 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2021)": {"layer": {"id": 5347, "name": "Cargo Vessel Transit Counts (Oct 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2021)": {"layer": {"id": 5381, "name": "Tug Tow Vessel Transit Counts (Aug 2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Presence 1980s": {"layer": {"id": 3536, "name": "American Shad Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel 2021-2040": {"layer": {"id": 2925, "name": "Atlantic Mackerel 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring High 1990s": {"layer": {"id": 3507, "name": "Alewife Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring High 2000s": {"layer": {"id": 3508, "name": "Alewife Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring High 2010s": {"layer": {"id": 3509, "name": "Alewife Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot 2061-2080": {"layer": {"id": 3879, "name": "Spot 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Presence 1970s": {"layer": {"id": 3535, "name": "American Shad Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Highest 2010s": {"layer": {"id": 3504, "name": "Alewife Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Presence 1970s": {"layer": {"id": 3510, "name": "Alewife Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Highest 2000s": {"layer": {"id": 3488, "name": "Alewife Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Presence 1980s": {"layer": {"id": 3496, "name": "Alewife Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Highest 2010s": {"layer": {"id": 3489, "name": "Alewife Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Presence 1970s": {"layer": {"id": 3495, "name": "Alewife Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Presence 2000s": {"layer": {"id": 3498, "name": "Alewife Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall All 1980s": {"layer": {"id": 3516, "name": "Alewife Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring All 1990s": {"layer": {"id": 3522, "name": "Alewife Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring High 1980s": {"layer": {"id": 3546, "name": "American Shad Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring High 1990s": {"layer": {"id": 3547, "name": "American Shad Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring High 2000s": {"layer": {"id": 3548, "name": "American Shad Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring High 2010s": {"layer": {"id": 3549, "name": "American Shad Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Presence 1970s": {"layer": {"id": 3630, "name": "Sand Lance Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Presence 1980s": {"layer": {"id": 3631, "name": "Sand Lance Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake 2007-2020": {"layer": {"id": 3861, "name": "Red Hake 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish 2061-2080": {"layer": {"id": 3839, "name": "Butterfish 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid 2007-2020": {"layer": {"id": 3841, "name": "Longfin Squid 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall High 1970s": {"layer": {"id": 3490, "name": "Alewife Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Highest 1970s": {"layer": {"id": 3485, "name": "Alewife Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Sand Lance 2021-2040": {"layer": {"id": 3852, "name": "Northern Sand Lance 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Sand Lance 2081-2100": {"layer": {"id": 3855, "name": "Northern Sand Lance 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid 2007-2020": {"layer": {"id": 3856, "name": "Northern Shortfin Squid 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot 2081-2100": {"layer": {"id": 3880, "name": "Spot 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Recreational Boating Routes": {"layer": {"id": 4554, "name": "Recreational Boating Routes", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Oct Average": {"layer": {"id": 4525, "name": "Atlantic Wind Speed - Oct Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Nov Average": {"layer": {"id": 4526, "name": "Atlantic Wind Speed - Nov Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Sep Average": {"layer": {"id": 4524, "name": "Atlantic Wind Speed - Sep Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Jan Average": {"layer": {"id": 4516, "name": "Atlantic Wind Speed - Jan Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Jul Average": {"layer": {"id": 4522, "name": "Atlantic Wind Speed - Jul Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Jun Average": {"layer": {"id": 4521, "name": "Atlantic Wind Speed - Jun Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Mar Average": {"layer": {"id": 4518, "name": "Atlantic Wind Speed - Mar Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - May Average": {"layer": {"id": 4520, "name": "Atlantic Wind Speed - May Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Aug Average": {"layer": {"id": 4523, "name": "Atlantic Wind Speed - Aug Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Balloon and Other Debris Mid-Atlantic Beach Monitoring Surveys: Line Labels": {"layer": {"id": 4932, "name": "Balloon and Other Debris Mid-Atlantic Beach Monitoring Surveys: Line Labels", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Dredge 2001-2005 Ports": {"layer": {"id": 624, "name": "Dredge 2001-2005 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bottom Trawl > 65 ft 1996-2000 Ports": {"layer": {"id": 609, "name": "Bottom Trawl > 65 ft 1996-2000 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bottom Trawl < 65 ft 2001-2005 Ports": {"layer": {"id": 616, "name": "Bottom Trawl < 65 ft 2001-2005 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bottom Trawl > 65 ft 2001-2005 Ports": {"layer": {"id": 608, "name": "Bottom Trawl > 65 ft 2001-2005 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bottom Trawl > 65 ft 2011-2015 Ports": {"layer": {"id": 606, "name": "Bottom Trawl > 65 ft 2011-2015 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Dredge 1996-2000 Ports": {"layer": {"id": 625, "name": "Dredge 1996-2000 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Dredge 2006-2010 Ports": {"layer": {"id": 623, "name": "Dredge 2006-2010 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Dredge 2011-2015 Ports": {"layer": {"id": 622, "name": "Dredge 2011-2015 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bottom Trawl < 65 ft 1996-2000 Ports": {"layer": {"id": 617, "name": "Bottom Trawl < 65 ft 1996-2000 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bottom Trawl > 65 ft 2006-2010 Ports": {"layer": {"id": 607, "name": "Bottom Trawl > 65 ft 2006-2010 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bottom Trawl < 65 ft 2011-2015 Ports": {"layer": {"id": 614, "name": "Bottom Trawl < 65 ft 2011-2015 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bottom Trawl < 65 ft 2006-2010 Ports": {"layer": {"id": 615, "name": "Bottom Trawl < 65 ft 2006-2010 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longline 2006-2010 Ports": {"layer": {"id": 647, "name": "Longline 2006-2010 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pots and Traps 2011-2015 Ports": {"layer": {"id": 662, "name": "Pots and Traps 2011-2015 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longline 1996-2000 Ports": {"layer": {"id": 649, "name": "Longline 1996-2000 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gillnet 2001-2005 Ports": {"layer": {"id": 640, "name": "Gillnet 2001-2005 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gillnet 2006-2010 Ports": {"layer": {"id": 639, "name": "Gillnet 2006-2010 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gillnet 2011-2015 Ports": {"layer": {"id": 638, "name": "Gillnet 2011-2015 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longline 2001-2005 Ports": {"layer": {"id": 648, "name": "Longline 2001-2005 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longline 2011-2015 Ports": {"layer": {"id": 646, "name": "Longline 2011-2015 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Highest 1970s": {"layer": {"id": 1694, "name": "Summer Flounder Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Highest 1990s": {"layer": {"id": 1700, "name": "Summer Flounder Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Highest 2000s": {"layer": {"id": 1701, "name": "Summer Flounder Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Highest 2010s": {"layer": {"id": 1702, "name": "Summer Flounder Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pots and Traps 2006-2010 Ports": {"layer": {"id": 663, "name": "Pots and Traps 2006-2010 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Highest 1970s": {"layer": {"id": 2706, "name": "Monkfish Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Highest 2010s": {"layer": {"id": 1712, "name": "Summer Flounder Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Fall 1980s": {"layer": {"id": 4003, "name": "Forage Fall 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Fall 1990s": {"layer": {"id": 4004, "name": "Forage Fall 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Fall 2000s": {"layer": {"id": 4005, "name": "Forage Fall 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Fall 2010s": {"layer": {"id": 4006, "name": "Forage Fall 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Spring 1970s": {"layer": {"id": 4007, "name": "Forage Spring 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Spring 1980s": {"layer": {"id": 4008, "name": "Forage Spring 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Spring 1990s": {"layer": {"id": 4009, "name": "Forage Spring 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Spring 2000s": {"layer": {"id": 4010, "name": "Forage Spring 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Spring 2010s": {"layer": {"id": 4011, "name": "Forage Spring 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Spring 1990s": {"layer": {"id": 3999, "name": "Demersal Spring 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Forage Fall 1970s": {"layer": {"id": 4002, "name": "Forage Fall 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Fall 1980s": {"layer": {"id": 3993, "name": "Demersal Fall 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Spring 1970s": {"layer": {"id": 3997, "name": "Demersal Spring 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Demersal Fall 1990s": {"layer": {"id": 3994, "name": "Demersal Fall 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Presence 2000s": {"layer": {"id": 1753, "name": "Summer Flounder Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Presence 1970s": {"layer": {"id": 1750, "name": "Summer Flounder Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Presence 1980s": {"layer": {"id": 1751, "name": "Summer Flounder Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Presence 1990s": {"layer": {"id": 1752, "name": "Summer Flounder Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall High 2000s": {"layer": {"id": 1748, "name": "Summer Flounder Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall High 2010s": {"layer": {"id": 1749, "name": "Summer Flounder Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring High 1970s": {"layer": {"id": 1735, "name": "Summer Flounder Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring High 1980s": {"layer": {"id": 1736, "name": "Summer Flounder Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring High 1990s": {"layer": {"id": 1737, "name": "Summer Flounder Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring High 2000s": {"layer": {"id": 1738, "name": "Summer Flounder Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring High 2010s": {"layer": {"id": 1739, "name": "Summer Flounder Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Presence 1970s": {"layer": {"id": 1740, "name": "Summer Flounder Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Presence 1980s": {"layer": {"id": 1741, "name": "Summer Flounder Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Presence 1990s": {"layer": {"id": 1742, "name": "Summer Flounder Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall All 2000s": {"layer": {"id": 1775, "name": "Summer Flounder Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall All 2010s": {"layer": {"id": 1776, "name": "Summer Flounder Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring All 1970s": {"layer": {"id": 1767, "name": "Summer Flounder Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring All 1980s": {"layer": {"id": 1768, "name": "Summer Flounder Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring All 1990s": {"layer": {"id": 1769, "name": "Summer Flounder Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Highest 2000s": {"layer": {"id": 2844, "name": "Yellowtail Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring High 1990s": {"layer": {"id": 2808, "name": "Winter Flounder Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Highest 1970s": {"layer": {"id": 2666, "name": "Longfin Squid Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Highest 1980s": {"layer": {"id": 2667, "name": "Longfin Squid Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Highest 1990s": {"layer": {"id": 2668, "name": "Longfin Squid Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Highest 2000s": {"layer": {"id": 2669, "name": "Longfin Squid Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Highest 2010s": {"layer": {"id": 2670, "name": "Longfin Squid Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall High 1970s": {"layer": {"id": 2671, "name": "Longfin Squid Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall Presence 1990s": {"layer": {"id": 2678, "name": "Longfin Squid Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring All 2010s": {"layer": {"id": 2705, "name": "Longfin Squid Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring High 1970s": {"layer": {"id": 2726, "name": "Monkfish Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring High 1980s": {"layer": {"id": 2727, "name": "Monkfish Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Highest 1980s": {"layer": {"id": 2682, "name": "Longfin Squid Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Highest 1990s": {"layer": {"id": 2683, "name": "Longfin Squid Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Highest 2000s": {"layer": {"id": 2684, "name": "Longfin Squid Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Presence 1980s": {"layer": {"id": 2797, "name": "Winter Flounder Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring All 1980s": {"layer": {"id": 2702, "name": "Longfin Squid Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring All 1990s": {"layer": {"id": 2703, "name": "Longfin Squid Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring All 2000s": {"layer": {"id": 2704, "name": "Longfin Squid Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring High 1990s": {"layer": {"id": 2688, "name": "Longfin Squid Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring High 2000s": {"layer": {"id": 2689, "name": "Longfin Squid Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring High 2010s": {"layer": {"id": 2690, "name": "Longfin Squid Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "NEFSC Trawl Extent": {"layer": {"id": 4014, "name": "NEFSC Trawl Extent", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Presence 1970s": {"layer": {"id": 2691, "name": "Longfin Squid Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Presence 1980s": {"layer": {"id": 2692, "name": "Longfin Squid Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring Presence 1990s": {"layer": {"id": 2693, "name": "Longfin Squid Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall All 1970s": {"layer": {"id": 2696, "name": "Longfin Squid Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall All 1980s": {"layer": {"id": 2697, "name": "Longfin Squid Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall All 1990s": {"layer": {"id": 2698, "name": "Longfin Squid Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Party/Charter 1996-2000 Ports": {"layer": {"id": 1811, "name": "Party/Charter 1996-2000 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring High 1990s": {"layer": {"id": 2728, "name": "Monkfish Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring High 2000s": {"layer": {"id": 2729, "name": "Monkfish Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall High 1970s": {"layer": {"id": 1745, "name": "Summer Flounder Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pots and Traps 1996-2000 Ports": {"layer": {"id": 665, "name": "Pots and Traps 1996-2000 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Fall Highest 1980s": {"layer": {"id": 1699, "name": "Summer Flounder Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder Spring Highest 1970s": {"layer": {"id": 1708, "name": "Summer Flounder Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall All 2000s": {"layer": {"id": 2699, "name": "Longfin Squid Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Fall All 2010s": {"layer": {"id": 2700, "name": "Longfin Squid Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid Spring All 1970s": {"layer": {"id": 2701, "name": "Longfin Squid Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Highest 1980s": {"layer": {"id": 2707, "name": "Monkfish Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Presence 2010s": {"layer": {"id": 2800, "name": "Winter Flounder Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Highest 1970s": {"layer": {"id": 2801, "name": "Winter Flounder Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Highest 1990s": {"layer": {"id": 2708, "name": "Monkfish Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Highest 2000s": {"layer": {"id": 2709, "name": "Monkfish Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Highest 2010s": {"layer": {"id": 2710, "name": "Monkfish Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall High 1970s": {"layer": {"id": 2711, "name": "Monkfish Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall High 1980s": {"layer": {"id": 2712, "name": "Monkfish Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring High 1970s": {"layer": {"id": 2806, "name": "Winter Flounder Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Highest 1980s": {"layer": {"id": 2802, "name": "Winter Flounder Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Highest 1990s": {"layer": {"id": 2803, "name": "Winter Flounder Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Highest 2000s": {"layer": {"id": 2804, "name": "Winter Flounder Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Highest 2010s": {"layer": {"id": 2805, "name": "Winter Flounder Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall High 1990s": {"layer": {"id": 2713, "name": "Monkfish Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall High 2000s": {"layer": {"id": 2714, "name": "Monkfish Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall High 2010s": {"layer": {"id": 2715, "name": "Monkfish Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Presence 1970s": {"layer": {"id": 2716, "name": "Monkfish Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Presence 1980s": {"layer": {"id": 2717, "name": "Monkfish Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Presence 1990s": {"layer": {"id": 2718, "name": "Monkfish Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Presence 2000s": {"layer": {"id": 2719, "name": "Monkfish Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall Presence 2010s": {"layer": {"id": 2720, "name": "Monkfish Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Highest 1970s": {"layer": {"id": 2721, "name": "Monkfish Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Highest 1980s": {"layer": {"id": 2722, "name": "Monkfish Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Highest 1990s": {"layer": {"id": 2723, "name": "Monkfish Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Highest 2000s": {"layer": {"id": 2724, "name": "Monkfish Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Highest 2010s": {"layer": {"id": 2725, "name": "Monkfish Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring High 2010s": {"layer": {"id": 2730, "name": "Monkfish Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Presence 1970s": {"layer": {"id": 2731, "name": "Monkfish Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Presence 1980s": {"layer": {"id": 2732, "name": "Monkfish Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Presence 1990s": {"layer": {"id": 2733, "name": "Monkfish Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Presence 2000s": {"layer": {"id": 2734, "name": "Monkfish Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring Presence 2010s": {"layer": {"id": 2735, "name": "Monkfish Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall All 1970s": {"layer": {"id": 2736, "name": "Monkfish Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall All 1980s": {"layer": {"id": 2737, "name": "Monkfish Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall All 1990s": {"layer": {"id": 2738, "name": "Monkfish Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall All 2000s": {"layer": {"id": 2739, "name": "Monkfish Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Fall All 2010s": {"layer": {"id": 2740, "name": "Monkfish Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring All 1970s": {"layer": {"id": 2741, "name": "Monkfish Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring All 1980s": {"layer": {"id": 2742, "name": "Monkfish Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring All 1990s": {"layer": {"id": 2743, "name": "Monkfish Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring All 2000s": {"layer": {"id": 2744, "name": "Monkfish Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish Spring All 2010s": {"layer": {"id": 2745, "name": "Monkfish Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Highest 1970s": {"layer": {"id": 2746, "name": "Northern Shortfin Squid Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Highest 1980s": {"layer": {"id": 2747, "name": "Northern Shortfin Squid Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Highest 1990s": {"layer": {"id": 2748, "name": "Northern Shortfin Squid Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Highest 2000s": {"layer": {"id": 2749, "name": "Northern Shortfin Squid Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Highest 2010s": {"layer": {"id": 2750, "name": "Northern Shortfin Squid Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall High 1970s": {"layer": {"id": 2751, "name": "Northern Shortfin Squid Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring High 2000s": {"layer": {"id": 2809, "name": "Winter Flounder Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring High 2010s": {"layer": {"id": 2810, "name": "Winter Flounder Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall High 1980s": {"layer": {"id": 2752, "name": "Northern Shortfin Squid Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring All 1990s": {"layer": {"id": 2783, "name": "Northern Shortfin Squid Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring All 2000s": {"layer": {"id": 2784, "name": "Northern Shortfin Squid Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall High 1990s": {"layer": {"id": 2753, "name": "Northern Shortfin Squid Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall High 2000s": {"layer": {"id": 2754, "name": "Northern Shortfin Squid Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Highest 2000s": {"layer": {"id": 2764, "name": "Northern Shortfin Squid Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Highest 2010s": {"layer": {"id": 2765, "name": "Northern Shortfin Squid Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring High 1970s": {"layer": {"id": 2766, "name": "Northern Shortfin Squid Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Highest 1990s": {"layer": {"id": 2763, "name": "Northern Shortfin Squid Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring All 2010s": {"layer": {"id": 2785, "name": "Northern Shortfin Squid Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Highest 2010s": {"layer": {"id": 2790, "name": "Winter Flounder Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall High 1970s": {"layer": {"id": 2791, "name": "Winter Flounder Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall High 2010s": {"layer": {"id": 2755, "name": "Northern Shortfin Squid Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Presence 1970s": {"layer": {"id": 2756, "name": "Northern Shortfin Squid Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Presence 1980s": {"layer": {"id": 2757, "name": "Northern Shortfin Squid Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Presence 1990s": {"layer": {"id": 2758, "name": "Northern Shortfin Squid Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Presence 2000s": {"layer": {"id": 2759, "name": "Northern Shortfin Squid Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall Presence 2010s": {"layer": {"id": 2760, "name": "Northern Shortfin Squid Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Highest 1970s": {"layer": {"id": 2761, "name": "Northern Shortfin Squid Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Highest 1980s": {"layer": {"id": 2762, "name": "Northern Shortfin Squid Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Highest 1980s": {"layer": {"id": 2842, "name": "Yellowtail Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring High 1980s": {"layer": {"id": 2767, "name": "Northern Shortfin Squid Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring High 1990s": {"layer": {"id": 2768, "name": "Northern Shortfin Squid Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring High 2000s": {"layer": {"id": 2769, "name": "Northern Shortfin Squid Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring High 2010s": {"layer": {"id": 2770, "name": "Northern Shortfin Squid Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Presence 1970s": {"layer": {"id": 2771, "name": "Northern Shortfin Squid Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Presence 1980s": {"layer": {"id": 2772, "name": "Northern Shortfin Squid Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Presence 1990s": {"layer": {"id": 2773, "name": "Northern Shortfin Squid Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Presence 2000s": {"layer": {"id": 2774, "name": "Northern Shortfin Squid Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Spring Presence 2010s": {"layer": {"id": 2775, "name": "Northern Shortfin Squid Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall All 1970s": {"layer": {"id": 2776, "name": "Northern Shortfin Squid Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall All 1980s": {"layer": {"id": 2777, "name": "Northern Shortfin Squid Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall All 1990s": {"layer": {"id": 2778, "name": "Northern Shortfin Squid Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall All 2000s": {"layer": {"id": 2779, "name": "Northern Shortfin Squid Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid Fall All 2010s": {"layer": {"id": 2780, "name": "Northern Shortfin Squid Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall High 1980s": {"layer": {"id": 2792, "name": "Winter Flounder Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall High 1990s": {"layer": {"id": 2793, "name": "Winter Flounder Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall High 2000s": {"layer": {"id": 2794, "name": "Winter Flounder Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall High 2010s": {"layer": {"id": 2795, "name": "Winter Flounder Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall Presence 1970s": {"layer": {"id": 2796, "name": "Winter Flounder Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Presence 1970s": {"layer": {"id": 2811, "name": "Winter Flounder Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Presence 1980s": {"layer": {"id": 2812, "name": "Winter Flounder Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Presence 1990s": {"layer": {"id": 2813, "name": "Winter Flounder Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Presence 2000s": {"layer": {"id": 2814, "name": "Winter Flounder Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring All 2000s": {"layer": {"id": 2864, "name": "Yellowtail Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring Presence 2010s": {"layer": {"id": 2815, "name": "Winter Flounder Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall All 1970s": {"layer": {"id": 2816, "name": "Winter Flounder Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall All 1980s": {"layer": {"id": 2817, "name": "Winter Flounder Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall High 2010s": {"layer": {"id": 2301, "name": "Red Hake Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Presence 2010s": {"layer": {"id": 2840, "name": "Yellowtail Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Highest 1970s": {"layer": {"id": 2841, "name": "Yellowtail Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall All 1990s": {"layer": {"id": 2818, "name": "Winter Flounder Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall All 2000s": {"layer": {"id": 2819, "name": "Winter Flounder Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Fall All 2010s": {"layer": {"id": 2820, "name": "Winter Flounder Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring All 1970s": {"layer": {"id": 2821, "name": "Winter Flounder Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring All 1980s": {"layer": {"id": 2822, "name": "Winter Flounder Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring All 1990s": {"layer": {"id": 2823, "name": "Winter Flounder Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring All 2000s": {"layer": {"id": 2824, "name": "Winter Flounder Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder Spring All 2010s": {"layer": {"id": 2825, "name": "Winter Flounder Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Highest 1980s": {"layer": {"id": 2133, "name": "Atlantic Mackerel Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Highest 1970s": {"layer": {"id": 2826, "name": "Yellowtail Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Highest 1980s": {"layer": {"id": 2827, "name": "Yellowtail Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Highest 1990s": {"layer": {"id": 2828, "name": "Yellowtail Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Highest 2000s": {"layer": {"id": 2829, "name": "Yellowtail Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Highest 2010s": {"layer": {"id": 2830, "name": "Yellowtail Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall High 1970s": {"layer": {"id": 2831, "name": "Yellowtail Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall High 1980s": {"layer": {"id": 2832, "name": "Yellowtail Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall High 1990s": {"layer": {"id": 2833, "name": "Yellowtail Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall High 2000s": {"layer": {"id": 2834, "name": "Yellowtail Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall High 2010s": {"layer": {"id": 2835, "name": "Yellowtail Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Presence 1970s": {"layer": {"id": 2836, "name": "Yellowtail Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Presence 1980s": {"layer": {"id": 2837, "name": "Yellowtail Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Presence 1990s": {"layer": {"id": 2838, "name": "Yellowtail Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall Presence 2000s": {"layer": {"id": 2839, "name": "Yellowtail Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring High 1970s": {"layer": {"id": 2846, "name": "Yellowtail Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring High 1980s": {"layer": {"id": 2847, "name": "Yellowtail Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring High 1990s": {"layer": {"id": 2848, "name": "Yellowtail Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring High 2000s": {"layer": {"id": 2849, "name": "Yellowtail Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring High 2010s": {"layer": {"id": 2850, "name": "Yellowtail Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Presence 1970s": {"layer": {"id": 2851, "name": "Yellowtail Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Presence 1980s": {"layer": {"id": 2852, "name": "Yellowtail Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Presence 1990s": {"layer": {"id": 2853, "name": "Yellowtail Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Presence 2000s": {"layer": {"id": 2854, "name": "Yellowtail Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring Presence 2010s": {"layer": {"id": 2855, "name": "Yellowtail Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall All 1970s": {"layer": {"id": 2856, "name": "Yellowtail Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall All 1980s": {"layer": {"id": 2857, "name": "Yellowtail Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall All 1990s": {"layer": {"id": 2858, "name": "Yellowtail Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall All 2000s": {"layer": {"id": 2859, "name": "Yellowtail Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Fall All 2010s": {"layer": {"id": 2860, "name": "Yellowtail Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring All 1970s": {"layer": {"id": 2861, "name": "Yellowtail Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring All 1980s": {"layer": {"id": 2862, "name": "Yellowtail Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring All 1990s": {"layer": {"id": 2863, "name": "Yellowtail Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail Spring All 2010s": {"layer": {"id": 2865, "name": "Yellowtail Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass 2081-2100": {"layer": {"id": 2933, "name": "Black Sea Bass 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Presence 1980s": {"layer": {"id": 2143, "name": "Atlantic Mackerel Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall All 2000s": {"layer": {"id": 2165, "name": "Atlantic Mackerel Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder 2061-2080": {"layer": {"id": 2922, "name": "Summer Flounder 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder 2081-2100": {"layer": {"id": 2923, "name": "Summer Flounder 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Presence 1990s": {"layer": {"id": 2159, "name": "Atlantic Mackerel Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel 2041-2060": {"layer": {"id": 2926, "name": "Atlantic Mackerel 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring All 1970s": {"layer": {"id": 2167, "name": "Atlantic Mackerel Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Presence 2000s": {"layer": {"id": 2160, "name": "Atlantic Mackerel Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Highest 1970s": {"layer": {"id": 2132, "name": "Atlantic Mackerel Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel 2061-2080": {"layer": {"id": 2927, "name": "Atlantic Mackerel 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel 2081-2100": {"layer": {"id": 2928, "name": "Atlantic Mackerel 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass 2021-2040": {"layer": {"id": 2930, "name": "Black Sea Bass 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass 2041-2060": {"layer": {"id": 2931, "name": "Black Sea Bass 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Summer Flounder 2021-2040": {"layer": {"id": 2920, "name": "Summer Flounder 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass 2061-2080": {"layer": {"id": 2932, "name": "Black Sea Bass 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring High 1980s": {"layer": {"id": 2153, "name": "Atlantic Mackerel Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring All 1980s": {"layer": {"id": 2168, "name": "Atlantic Mackerel Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Presence 1970s": {"layer": {"id": 2197, "name": "Black Sea Bass Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Presence 1980s": {"layer": {"id": 2198, "name": "Black Sea Bass Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring All 1990s": {"layer": {"id": 2169, "name": "Atlantic Mackerel Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Highest 1990s": {"layer": {"id": 2134, "name": "Atlantic Mackerel Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Highest 2000s": {"layer": {"id": 2135, "name": "Atlantic Mackerel Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Presence 2010s": {"layer": {"id": 2161, "name": "Atlantic Mackerel Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall All 1970s": {"layer": {"id": 2162, "name": "Atlantic Mackerel Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall All 1990s": {"layer": {"id": 2164, "name": "Atlantic Mackerel Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Highest 2010s": {"layer": {"id": 2136, "name": "Atlantic Mackerel Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall High 1990s": {"layer": {"id": 2139, "name": "Atlantic Mackerel Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall High 2000s": {"layer": {"id": 2140, "name": "Atlantic Mackerel Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall High 2010s": {"layer": {"id": 2141, "name": "Atlantic Mackerel Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Presence 1970s": {"layer": {"id": 2142, "name": "Atlantic Mackerel Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Highest 2010s": {"layer": {"id": 2151, "name": "Atlantic Mackerel Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring High 1970s": {"layer": {"id": 2152, "name": "Atlantic Mackerel Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall All 2010s": {"layer": {"id": 2166, "name": "Atlantic Mackerel Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Presence 1990s": {"layer": {"id": 2144, "name": "Atlantic Mackerel Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall Presence 2000s": {"layer": {"id": 2145, "name": "Atlantic Mackerel Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Highest 1980s": {"layer": {"id": 2148, "name": "Atlantic Mackerel Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Highest 1990s": {"layer": {"id": 2189, "name": "Black Sea Bass Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Highest 1990s": {"layer": {"id": 2149, "name": "Atlantic Mackerel Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Highest 2000s": {"layer": {"id": 2150, "name": "Atlantic Mackerel Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Highest 2010s": {"layer": {"id": 2191, "name": "Black Sea Bass Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring High 1970s": {"layer": {"id": 2192, "name": "Black Sea Bass Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring High 1980s": {"layer": {"id": 2193, "name": "Black Sea Bass Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring High 2010s": {"layer": {"id": 2156, "name": "Atlantic Mackerel Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Presence 1970s": {"layer": {"id": 2157, "name": "Atlantic Mackerel Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring Presence 1980s": {"layer": {"id": 2158, "name": "Atlantic Mackerel Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Fall All 1980s": {"layer": {"id": 2163, "name": "Atlantic Mackerel Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Highest 1990s": {"layer": {"id": 2174, "name": "Black Sea Bass Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring All 2000s": {"layer": {"id": 2170, "name": "Atlantic Mackerel Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Highest 2000s": {"layer": {"id": 2175, "name": "Black Sea Bass Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Mackerel Spring All 2010s": {"layer": {"id": 2171, "name": "Atlantic Mackerel Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Highest 1970s": {"layer": {"id": 2172, "name": "Black Sea Bass Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Highest 1980s": {"layer": {"id": 2173, "name": "Black Sea Bass Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Highest 2010s": {"layer": {"id": 2176, "name": "Black Sea Bass Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall High 1970s": {"layer": {"id": 2177, "name": "Black Sea Bass Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall High 1980s": {"layer": {"id": 2178, "name": "Black Sea Bass Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall High 1990s": {"layer": {"id": 2179, "name": "Black Sea Bass Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall High 2000s": {"layer": {"id": 2180, "name": "Black Sea Bass Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring High 1990s": {"layer": {"id": 2194, "name": "Black Sea Bass Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring High 2000s": {"layer": {"id": 2195, "name": "Black Sea Bass Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring High 2010s": {"layer": {"id": 2196, "name": "Black Sea Bass Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall High 2010s": {"layer": {"id": 2181, "name": "Black Sea Bass Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Presence 1970s": {"layer": {"id": 2182, "name": "Black Sea Bass Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Presence 1980s": {"layer": {"id": 2183, "name": "Black Sea Bass Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Presence 1990s": {"layer": {"id": 2184, "name": "Black Sea Bass Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Presence 2000s": {"layer": {"id": 2185, "name": "Black Sea Bass Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall Presence 2010s": {"layer": {"id": 2186, "name": "Black Sea Bass Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Highest 1970s": {"layer": {"id": 2187, "name": "Black Sea Bass Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Highest 1980s": {"layer": {"id": 2188, "name": "Black Sea Bass Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Presence 1990s": {"layer": {"id": 2199, "name": "Black Sea Bass Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Presence 2000s": {"layer": {"id": 2200, "name": "Black Sea Bass Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Highest 2000s": {"layer": {"id": 2215, "name": "Bluefish Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring Presence 2010s": {"layer": {"id": 2201, "name": "Black Sea Bass Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall All 1970s": {"layer": {"id": 2202, "name": "Black Sea Bass Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall All 1980s": {"layer": {"id": 2203, "name": "Black Sea Bass Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall All 1990s": {"layer": {"id": 2204, "name": "Black Sea Bass Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall All 2000s": {"layer": {"id": 2205, "name": "Black Sea Bass Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Fall All 2010s": {"layer": {"id": 2206, "name": "Black Sea Bass Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring All 1970s": {"layer": {"id": 2207, "name": "Black Sea Bass Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring All 1980s": {"layer": {"id": 2208, "name": "Black Sea Bass Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring All 1990s": {"layer": {"id": 2209, "name": "Black Sea Bass Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring All 2000s": {"layer": {"id": 2210, "name": "Black Sea Bass Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass Spring All 2010s": {"layer": {"id": 2211, "name": "Black Sea Bass Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Highest 1970s": {"layer": {"id": 2212, "name": "Bluefish Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Highest 1980s": {"layer": {"id": 2213, "name": "Bluefish Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Highest 1990s": {"layer": {"id": 2214, "name": "Bluefish Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Highest 2010s": {"layer": {"id": 2216, "name": "Bluefish Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall High 1970s": {"layer": {"id": 2217, "name": "Bluefish Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall High 1980s": {"layer": {"id": 2218, "name": "Bluefish Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring All 2000s": {"layer": {"id": 2290, "name": "Butterfish Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall High 1990s": {"layer": {"id": 2219, "name": "Bluefish Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall High 2000s": {"layer": {"id": 2220, "name": "Bluefish Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall High 2010s": {"layer": {"id": 2221, "name": "Bluefish Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Presence 1970s": {"layer": {"id": 2222, "name": "Bluefish Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Presence 1980s": {"layer": {"id": 2223, "name": "Bluefish Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Presence 1990s": {"layer": {"id": 2224, "name": "Bluefish Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Presence 2000s": {"layer": {"id": 2225, "name": "Bluefish Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall Presence 2010s": {"layer": {"id": 2226, "name": "Bluefish Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Highest 1970s": {"layer": {"id": 2227, "name": "Bluefish Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Highest 1980s": {"layer": {"id": 2228, "name": "Bluefish Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Highest 1990s": {"layer": {"id": 2229, "name": "Bluefish Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Highest 2010s": {"layer": {"id": 2231, "name": "Bluefish Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring High 1970s": {"layer": {"id": 2232, "name": "Bluefish Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring High 1980s": {"layer": {"id": 2233, "name": "Bluefish Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring High 1990s": {"layer": {"id": 2234, "name": "Bluefish Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring All 2010s": {"layer": {"id": 2291, "name": "Butterfish Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Highest 1970s": {"layer": {"id": 2292, "name": "Red Hake Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring High 2000s": {"layer": {"id": 2235, "name": "Bluefish Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring High 2010s": {"layer": {"id": 2236, "name": "Bluefish Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Presence 1970s": {"layer": {"id": 2237, "name": "Bluefish Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Presence 1980s": {"layer": {"id": 2238, "name": "Bluefish Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Presence 1990s": {"layer": {"id": 2239, "name": "Bluefish Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Presence 2000s": {"layer": {"id": 2240, "name": "Bluefish Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring Presence 2010s": {"layer": {"id": 2241, "name": "Bluefish Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall All 1970s": {"layer": {"id": 2242, "name": "Bluefish Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall All 1980s": {"layer": {"id": 2243, "name": "Bluefish Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall All 1990s": {"layer": {"id": 2244, "name": "Bluefish Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall All 2000s": {"layer": {"id": 2245, "name": "Bluefish Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Fall All 2010s": {"layer": {"id": 2246, "name": "Bluefish Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring All 1970s": {"layer": {"id": 2247, "name": "Bluefish Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring All 1980s": {"layer": {"id": 2248, "name": "Bluefish Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring All 1990s": {"layer": {"id": 2249, "name": "Bluefish Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish Spring All 2000s": {"layer": {"id": 2250, "name": "Bluefish Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Presence 1990s": {"layer": {"id": 2264, "name": "Butterfish Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Presence 2000s": {"layer": {"id": 2265, "name": "Butterfish Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Highest 1970s": {"layer": {"id": 2252, "name": "Butterfish Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Highest 1980s": {"layer": {"id": 2253, "name": "Butterfish Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Highest 1990s": {"layer": {"id": 2254, "name": "Butterfish Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Highest 2000s": {"layer": {"id": 2255, "name": "Butterfish Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Highest 2010s": {"layer": {"id": 2256, "name": "Butterfish Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall High 1970s": {"layer": {"id": 2257, "name": "Butterfish Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall High 1980s": {"layer": {"id": 2258, "name": "Butterfish Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall High 1990s": {"layer": {"id": 2259, "name": "Butterfish Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall High 2000s": {"layer": {"id": 2260, "name": "Butterfish Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall High 2010s": {"layer": {"id": 2261, "name": "Butterfish Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Presence 1970s": {"layer": {"id": 2262, "name": "Butterfish Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Highest 2000s": {"layer": {"id": 2295, "name": "Red Hake Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Highest 2010s": {"layer": {"id": 2296, "name": "Red Hake Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall Presence 2010s": {"layer": {"id": 2266, "name": "Butterfish Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Highest 1970s": {"layer": {"id": 2267, "name": "Butterfish Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Highest 1990s": {"layer": {"id": 2334, "name": "Scup Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Presence 2010s": {"layer": {"id": 2281, "name": "Butterfish Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall All 1970s": {"layer": {"id": 2282, "name": "Butterfish Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall All 1980s": {"layer": {"id": 2283, "name": "Butterfish Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Highest 1980s": {"layer": {"id": 2268, "name": "Butterfish Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Highest 1990s": {"layer": {"id": 2269, "name": "Butterfish Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Highest 2000s": {"layer": {"id": 2270, "name": "Butterfish Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Highest 2010s": {"layer": {"id": 2271, "name": "Butterfish Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring High 1970s": {"layer": {"id": 2272, "name": "Butterfish Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring High 1980s": {"layer": {"id": 2273, "name": "Butterfish Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring High 1990s": {"layer": {"id": 2274, "name": "Butterfish Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring High 2000s": {"layer": {"id": 2275, "name": "Butterfish Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring High 2010s": {"layer": {"id": 2276, "name": "Butterfish Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Presence 1970s": {"layer": {"id": 2277, "name": "Butterfish Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Presence 1980s": {"layer": {"id": 2278, "name": "Butterfish Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Presence 1990s": {"layer": {"id": 2279, "name": "Butterfish Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring Presence 2000s": {"layer": {"id": 2280, "name": "Butterfish Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall All 1990s": {"layer": {"id": 2284, "name": "Butterfish Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall All 2000s": {"layer": {"id": 2285, "name": "Butterfish Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Fall All 2010s": {"layer": {"id": 2286, "name": "Butterfish Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring All 1970s": {"layer": {"id": 2287, "name": "Butterfish Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Highest 2000s": {"layer": {"id": 2335, "name": "Scup Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring All 1980s": {"layer": {"id": 2288, "name": "Butterfish Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish Spring All 1990s": {"layer": {"id": 2289, "name": "Butterfish Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring All 1980s": {"layer": {"id": 2328, "name": "Red Hake Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring All 1990s": {"layer": {"id": 2329, "name": "Red Hake Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Highest 2010s": {"layer": {"id": 2336, "name": "Scup Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall High 1970s": {"layer": {"id": 2337, "name": "Scup Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall High 1980s": {"layer": {"id": 2338, "name": "Scup Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Presence 2010s": {"layer": {"id": 2306, "name": "Red Hake Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall High 1970s": {"layer": {"id": 2297, "name": "Red Hake Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall High 1980s": {"layer": {"id": 2298, "name": "Red Hake Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall High 1990s": {"layer": {"id": 2299, "name": "Red Hake Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring All 2000s": {"layer": {"id": 2330, "name": "Red Hake Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring All 2010s": {"layer": {"id": 2331, "name": "Red Hake Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Presence 1970s": {"layer": {"id": 2302, "name": "Red Hake Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Presence 1980s": {"layer": {"id": 2303, "name": "Red Hake Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Presence 1990s": {"layer": {"id": 2304, "name": "Red Hake Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall High 1990s": {"layer": {"id": 2339, "name": "Scup Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall High 2000s": {"layer": {"id": 2340, "name": "Scup Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall Presence 2000s": {"layer": {"id": 2305, "name": "Red Hake Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Highest 1980s": {"layer": {"id": 2308, "name": "Red Hake Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Highest 1970s": {"layer": {"id": 2307, "name": "Red Hake Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Highest 1990s": {"layer": {"id": 2309, "name": "Red Hake Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Highest 2000s": {"layer": {"id": 2310, "name": "Red Hake Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Highest 2010s": {"layer": {"id": 2311, "name": "Red Hake Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Presence 2010s": {"layer": {"id": 2321, "name": "Red Hake Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Fall All 1970s": {"layer": {"id": 2322, "name": "Red Hake Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Highest 1970s": {"layer": {"id": 2332, "name": "Scup Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Presence 1970s": {"layer": {"id": 2317, "name": "Red Hake Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring High 1970s": {"layer": {"id": 2312, "name": "Red Hake Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring High 1980s": {"layer": {"id": 2313, "name": "Red Hake Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring High 1990s": {"layer": {"id": 2314, "name": "Red Hake Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring High 2000s": {"layer": {"id": 2315, "name": "Red Hake Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring High 2010s": {"layer": {"id": 2316, "name": "Red Hake Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Presence 1980s": {"layer": {"id": 2318, "name": "Red Hake Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Presence 1990s": {"layer": {"id": 2319, "name": "Red Hake Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake Spring Presence 2000s": {"layer": {"id": 2320, "name": "Red Hake Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Highest 1980s": {"layer": {"id": 2333, "name": "Scup Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall High 2010s": {"layer": {"id": 2341, "name": "Scup Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall All 1980s": {"layer": {"id": 2363, "name": "Scup Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall All 1990s": {"layer": {"id": 2364, "name": "Scup Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall All 2000s": {"layer": {"id": 2365, "name": "Scup Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall All 2010s": {"layer": {"id": 2366, "name": "Scup Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Presence 1970s": {"layer": {"id": 2342, "name": "Scup Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Presence 1980s": {"layer": {"id": 2343, "name": "Scup Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Presence 1990s": {"layer": {"id": 2344, "name": "Scup Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Presence 2000s": {"layer": {"id": 2345, "name": "Scup Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall Presence 2010s": {"layer": {"id": 2346, "name": "Scup Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Highest 1970s": {"layer": {"id": 2347, "name": "Scup Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Highest 1980s": {"layer": {"id": 2348, "name": "Scup Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Highest 1990s": {"layer": {"id": 2349, "name": "Scup Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Highest 2000s": {"layer": {"id": 2350, "name": "Scup Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring All 1970s": {"layer": {"id": 2367, "name": "Scup Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Highest 2010s": {"layer": {"id": 2351, "name": "Scup Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring High 1970s": {"layer": {"id": 2352, "name": "Scup Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring High 1980s": {"layer": {"id": 2353, "name": "Scup Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring High 1990s": {"layer": {"id": 2354, "name": "Scup Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring High 2000s": {"layer": {"id": 2355, "name": "Scup Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring High 2010s": {"layer": {"id": 2356, "name": "Scup Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Presence 1970s": {"layer": {"id": 2357, "name": "Scup Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Presence 1980s": {"layer": {"id": 2358, "name": "Scup Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Presence 1990s": {"layer": {"id": 2359, "name": "Scup Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Presence 2000s": {"layer": {"id": 2360, "name": "Scup Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring Presence 2010s": {"layer": {"id": 2361, "name": "Scup Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Fall All 1970s": {"layer": {"id": 2362, "name": "Scup Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Presence 1980s": {"layer": {"id": 2383, "name": "Spiny Dogfish Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring All 1980s": {"layer": {"id": 2368, "name": "Scup Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring All 1990s": {"layer": {"id": 2369, "name": "Scup Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring All 2000s": {"layer": {"id": 2370, "name": "Scup Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup Spring All 2010s": {"layer": {"id": 2371, "name": "Scup Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Highest 1970s": {"layer": {"id": 2372, "name": "Spiny Dogfish Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Highest 1980s": {"layer": {"id": 2373, "name": "Spiny Dogfish Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Highest 1990s": {"layer": {"id": 2374, "name": "Spiny Dogfish Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Highest 2000s": {"layer": {"id": 2375, "name": "Spiny Dogfish Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Highest 2010s": {"layer": {"id": 2376, "name": "Spiny Dogfish Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall High 1970s": {"layer": {"id": 2377, "name": "Spiny Dogfish Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall High 1980s": {"layer": {"id": 2378, "name": "Spiny Dogfish Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall High 1990s": {"layer": {"id": 2379, "name": "Spiny Dogfish Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall High 2000s": {"layer": {"id": 2380, "name": "Spiny Dogfish Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall High 2010s": {"layer": {"id": 2381, "name": "Spiny Dogfish Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Presence 1970s": {"layer": {"id": 2382, "name": "Spiny Dogfish Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Presence 1990s": {"layer": {"id": 2384, "name": "Spiny Dogfish Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Presence 2000s": {"layer": {"id": 2385, "name": "Spiny Dogfish Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall Presence 2010s": {"layer": {"id": 2386, "name": "Spiny Dogfish Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Highest 1970s": {"layer": {"id": 2387, "name": "Spiny Dogfish Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Highest 1980s": {"layer": {"id": 2388, "name": "Spiny Dogfish Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Highest 1990s": {"layer": {"id": 2389, "name": "Spiny Dogfish Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Highest 2000s": {"layer": {"id": 2390, "name": "Spiny Dogfish Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Highest 2010s": {"layer": {"id": 2391, "name": "Spiny Dogfish Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring High 1970s": {"layer": {"id": 2392, "name": "Spiny Dogfish Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring High 1980s": {"layer": {"id": 2393, "name": "Spiny Dogfish Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring High 1990s": {"layer": {"id": 2394, "name": "Spiny Dogfish Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring High 2000s": {"layer": {"id": 2395, "name": "Spiny Dogfish Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring High 2010s": {"layer": {"id": 2396, "name": "Spiny Dogfish Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Presence 1970s": {"layer": {"id": 2397, "name": "Spiny Dogfish Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Presence 1980s": {"layer": {"id": 2398, "name": "Spiny Dogfish Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Presence 1990s": {"layer": {"id": 2399, "name": "Spiny Dogfish Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Presence 2000s": {"layer": {"id": 2400, "name": "Spiny Dogfish Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring Presence 2010s": {"layer": {"id": 2401, "name": "Spiny Dogfish Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall All 1970s": {"layer": {"id": 2402, "name": "Spiny Dogfish Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall All 1980s": {"layer": {"id": 2403, "name": "Spiny Dogfish Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall All 1990s": {"layer": {"id": 2404, "name": "Spiny Dogfish Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall All 2000s": {"layer": {"id": 2405, "name": "Spiny Dogfish Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Fall All 2010s": {"layer": {"id": 2406, "name": "Spiny Dogfish Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring All 1970s": {"layer": {"id": 2407, "name": "Spiny Dogfish Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring All 1980s": {"layer": {"id": 2408, "name": "Spiny Dogfish Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring All 1990s": {"layer": {"id": 2409, "name": "Spiny Dogfish Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring All 2000s": {"layer": {"id": 2410, "name": "Spiny Dogfish Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish Spring All 2010s": {"layer": {"id": 2411, "name": "Spiny Dogfish Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Highest 1970s": {"layer": {"id": 2412, "name": "Spot Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Highest 1980s": {"layer": {"id": 2413, "name": "Spot Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Highest 1990s": {"layer": {"id": 2414, "name": "Spot Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Highest 2000s": {"layer": {"id": 2415, "name": "Spot Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Highest 2010s": {"layer": {"id": 2416, "name": "Spot Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall High 1970s": {"layer": {"id": 2417, "name": "Spot Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall High 1980s": {"layer": {"id": 2418, "name": "Spot Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall High 1990s": {"layer": {"id": 2419, "name": "Spot Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall High 2000s": {"layer": {"id": 2420, "name": "Spot Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall High 2010s": {"layer": {"id": 2421, "name": "Spot Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Presence 1970s": {"layer": {"id": 2422, "name": "Spot Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Presence 1980s": {"layer": {"id": 2423, "name": "Spot Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Presence 1990s": {"layer": {"id": 2424, "name": "Spot Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Presence 2000s": {"layer": {"id": 2425, "name": "Spot Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall Presence 2010s": {"layer": {"id": 2426, "name": "Spot Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Highest 1970s": {"layer": {"id": 2427, "name": "Spot Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Highest 1980s": {"layer": {"id": 2428, "name": "Spot Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Highest 1990s": {"layer": {"id": 2429, "name": "Spot Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Highest 2000s": {"layer": {"id": 2430, "name": "Spot Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Highest 2010s": {"layer": {"id": 2431, "name": "Spot Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring High 1970s": {"layer": {"id": 2432, "name": "Spot Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring High 1980s": {"layer": {"id": 2433, "name": "Spot Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring High 1990s": {"layer": {"id": 2434, "name": "Spot Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring All 1980s": {"layer": {"id": 2448, "name": "Spot Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring High 2000s": {"layer": {"id": 2435, "name": "Spot Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring High 2010s": {"layer": {"id": 2436, "name": "Spot Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Presence 1970s": {"layer": {"id": 2437, "name": "Spot Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Presence 1980s": {"layer": {"id": 2438, "name": "Spot Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Presence 1990s": {"layer": {"id": 2439, "name": "Spot Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Presence 2000s": {"layer": {"id": 2440, "name": "Spot Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring Presence 2010s": {"layer": {"id": 2441, "name": "Spot Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall All 1970s": {"layer": {"id": 2442, "name": "Spot Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall All 1990s": {"layer": {"id": 2444, "name": "Spot Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall All 2000s": {"layer": {"id": 2445, "name": "Spot Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Fall All 2010s": {"layer": {"id": 2446, "name": "Spot Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring All 1970s": {"layer": {"id": 2447, "name": "Spot Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring All 1990s": {"layer": {"id": 2449, "name": "Spot Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring All 2000s": {"layer": {"id": 2450, "name": "Spot Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot Spring All 2010s": {"layer": {"id": 2451, "name": "Spot Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Highest 1970s": {"layer": {"id": 3525, "name": "American Shad Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Presence 1970s": {"layer": {"id": 3590, "name": "Blueback Herring Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring High 1970s": {"layer": {"id": 3625, "name": "Sand Lance Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Presence 2000s": {"layer": {"id": 3593, "name": "Blueback Herring Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Presence 2010s": {"layer": {"id": 3594, "name": "Blueback Herring Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall All 1970s": {"layer": {"id": 3595, "name": "Blueback Herring Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall All 1980s": {"layer": {"id": 3596, "name": "Blueback Herring Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall All 1990s": {"layer": {"id": 3597, "name": "Blueback Herring Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring All 1980s": {"layer": {"id": 3561, "name": "American Shad Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring All 1990s": {"layer": {"id": 3562, "name": "American Shad Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Highest 1990s": {"layer": {"id": 3502, "name": "Alewife Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Highest 2000s": {"layer": {"id": 3503, "name": "Alewife Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall High 2010s": {"layer": {"id": 3534, "name": "American Shad Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall All 2000s": {"layer": {"id": 3598, "name": "Blueback Herring Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Highest 1970s": {"layer": {"id": 3500, "name": "Alewife Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring High 1990s": {"layer": {"id": 3587, "name": "Blueback Herring Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring High 2000s": {"layer": {"id": 3588, "name": "Blueback Herring Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Black Sea Bass 2007-2020": {"layer": {"id": 2929, "name": "Black Sea Bass 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish 2041-2060": {"layer": {"id": 3833, "name": "Bluefish 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring High 1970s": {"layer": {"id": 3505, "name": "Alewife Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring High 1980s": {"layer": {"id": 3506, "name": "Alewife Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish 2061-2080": {"layer": {"id": 3834, "name": "Bluefish 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Butterfish 2041-2060": {"layer": {"id": 3838, "name": "Butterfish 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid 2021-2040": {"layer": {"id": 3842, "name": "Longfin Squid 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish 2007-2020": {"layer": {"id": 3846, "name": "Monkfish 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Highest 2010s": {"layer": {"id": 3529, "name": "American Shad Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall All 2010s": {"layer": {"id": 3599, "name": "Blueback Herring Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring All 1970s": {"layer": {"id": 3600, "name": "Blueback Herring Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish 2081-2100": {"layer": {"id": 3850, "name": "Monkfish 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup 2021-2040": {"layer": {"id": 3867, "name": "Scup 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish 2007-2020": {"layer": {"id": 3871, "name": "Spiny Dogfish 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder 2041-2060": {"layer": {"id": 3883, "name": "Winter Flounder 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail 2021-2040": {"layer": {"id": 3887, "name": "Yellowtail 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish 2081-2100": {"layer": {"id": 3875, "name": "Spiny Dogfish 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall High 1990s": {"layer": {"id": 3532, "name": "American Shad Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring All 1980s": {"layer": {"id": 3601, "name": "Blueback Herring Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Presence 2010s": {"layer": {"id": 3554, "name": "American Shad Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall All 2010s": {"layer": {"id": 3519, "name": "Alewife Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Presence 2010s": {"layer": {"id": 3514, "name": "Alewife Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Highest 2000s": {"layer": {"id": 3583, "name": "Blueback Herring Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall All 1970s": {"layer": {"id": 3555, "name": "American Shad Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall All 1980s": {"layer": {"id": 3556, "name": "American Shad Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Highest 1980s": {"layer": {"id": 3486, "name": "Alewife Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall High 1980s": {"layer": {"id": 3491, "name": "Alewife Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall High 1990s": {"layer": {"id": 3492, "name": "Alewife Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall High 2000s": {"layer": {"id": 3493, "name": "Alewife Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall High 2010s": {"layer": {"id": 3494, "name": "Alewife Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Highest 1990s": {"layer": {"id": 3487, "name": "Alewife Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Highest 2010s": {"layer": {"id": 3584, "name": "Blueback Herring Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall All 1990s": {"layer": {"id": 3517, "name": "Alewife Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall All 2000s": {"layer": {"id": 3518, "name": "Alewife Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall All 1990s": {"layer": {"id": 3557, "name": "American Shad Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall All 2000s": {"layer": {"id": 3558, "name": "American Shad Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Highest 1980s": {"layer": {"id": 3526, "name": "American Shad Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Highest 1990s": {"layer": {"id": 3527, "name": "American Shad Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall All 2010s": {"layer": {"id": 3559, "name": "American Shad Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring All 1970s": {"layer": {"id": 3560, "name": "American Shad Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Fall Presence 2010s": {"layer": {"id": 3539, "name": "American Shad Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Highest 1970s": {"layer": {"id": 3540, "name": "American Shad Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Highest 1980s": {"layer": {"id": 3541, "name": "American Shad Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Highest 1990s": {"layer": {"id": 3542, "name": "American Shad Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Highest 2000s": {"layer": {"id": 3543, "name": "American Shad Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Highest 2010s": {"layer": {"id": 3544, "name": "American Shad Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring High 1970s": {"layer": {"id": 3545, "name": "American Shad Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring High 1970s": {"layer": {"id": 3585, "name": "Blueback Herring Spring High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring High 1980s": {"layer": {"id": 3586, "name": "Blueback Herring Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Presence 1970s": {"layer": {"id": 3550, "name": "American Shad Spring Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Presence 1980s": {"layer": {"id": 3551, "name": "American Shad Spring Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Presence 1990s": {"layer": {"id": 3552, "name": "American Shad Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring Presence 2000s": {"layer": {"id": 3553, "name": "American Shad Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring High 2010s": {"layer": {"id": 3589, "name": "Blueback Herring Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring All 2000s": {"layer": {"id": 3563, "name": "American Shad Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad Spring All 2010s": {"layer": {"id": 3564, "name": "American Shad Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Highest 1970s": {"layer": {"id": 3565, "name": "Blueback Herring Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Highest 1980s": {"layer": {"id": 3566, "name": "Blueback Herring Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Highest 1990s": {"layer": {"id": 3567, "name": "Blueback Herring Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Highest 2000s": {"layer": {"id": 3568, "name": "Blueback Herring Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Highest 2010s": {"layer": {"id": 3569, "name": "Blueback Herring Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall High 1970s": {"layer": {"id": 3570, "name": "Blueback Herring Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall High 1980s": {"layer": {"id": 3571, "name": "Blueback Herring Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall High 1990s": {"layer": {"id": 3572, "name": "Blueback Herring Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall High 2000s": {"layer": {"id": 3573, "name": "Blueback Herring Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall High 2010s": {"layer": {"id": 3574, "name": "Blueback Herring Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Presence 1970s": {"layer": {"id": 3575, "name": "Blueback Herring Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Presence 1980s": {"layer": {"id": 3576, "name": "Blueback Herring Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Presence 1990s": {"layer": {"id": 3577, "name": "Blueback Herring Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Presence 2000s": {"layer": {"id": 3578, "name": "Blueback Herring Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Fall Presence 2010s": {"layer": {"id": 3579, "name": "Blueback Herring Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Highest 1970s": {"layer": {"id": 3580, "name": "Blueback Herring Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Highest 1980s": {"layer": {"id": 3581, "name": "Blueback Herring Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring Highest 1990s": {"layer": {"id": 3582, "name": "Blueback Herring Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring All 1990s": {"layer": {"id": 3602, "name": "Blueback Herring Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring All 2000s": {"layer": {"id": 3603, "name": "Blueback Herring Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring Spring All 2010s": {"layer": {"id": 3604, "name": "Blueback Herring Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Highest 1970s": {"layer": {"id": 3605, "name": "Sand Lance Fall Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Highest 1980s": {"layer": {"id": 3606, "name": "Sand Lance Fall Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Highest 1990s": {"layer": {"id": 3607, "name": "Sand Lance Fall Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Highest 2000s": {"layer": {"id": 3608, "name": "Sand Lance Fall Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Highest 2010s": {"layer": {"id": 3609, "name": "Sand Lance Fall Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall High 1970s": {"layer": {"id": 3610, "name": "Sand Lance Fall High 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall High 1980s": {"layer": {"id": 3611, "name": "Sand Lance Fall High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall High 1990s": {"layer": {"id": 3612, "name": "Sand Lance Fall High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall High 2000s": {"layer": {"id": 3613, "name": "Sand Lance Fall High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall High 2010s": {"layer": {"id": 3614, "name": "Sand Lance Fall High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Presence 1970s": {"layer": {"id": 3615, "name": "Sand Lance Fall Presence 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Presence 1980s": {"layer": {"id": 3616, "name": "Sand Lance Fall Presence 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Presence 1990s": {"layer": {"id": 3617, "name": "Sand Lance Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Presence 2000s": {"layer": {"id": 3618, "name": "Sand Lance Fall Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall Presence 2010s": {"layer": {"id": 3619, "name": "Sand Lance Fall Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Highest 1970s": {"layer": {"id": 3620, "name": "Sand Lance Spring Highest 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Highest 1980s": {"layer": {"id": 3621, "name": "Sand Lance Spring Highest 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Highest 1990s": {"layer": {"id": 3622, "name": "Sand Lance Spring Highest 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Highest 2000s": {"layer": {"id": 3623, "name": "Sand Lance Spring Highest 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Highest 2010s": {"layer": {"id": 3624, "name": "Sand Lance Spring Highest 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring High 1980s": {"layer": {"id": 3626, "name": "Sand Lance Spring High 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring High 1990s": {"layer": {"id": 3627, "name": "Sand Lance Spring High 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring High 2000s": {"layer": {"id": 3628, "name": "Sand Lance Spring High 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring High 2010s": {"layer": {"id": 3629, "name": "Sand Lance Spring High 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Presence 1990s": {"layer": {"id": 3632, "name": "Sand Lance Spring Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Presence 2000s": {"layer": {"id": 3633, "name": "Sand Lance Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring Presence 2010s": {"layer": {"id": 3634, "name": "Sand Lance Spring Presence 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall All 1970s": {"layer": {"id": 3635, "name": "Sand Lance Fall All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall All 1980s": {"layer": {"id": 3636, "name": "Sand Lance Fall All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall All 1990s": {"layer": {"id": 3637, "name": "Sand Lance Fall All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall All 2000s": {"layer": {"id": 3638, "name": "Sand Lance Fall All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Fall All 2010s": {"layer": {"id": 3639, "name": "Sand Lance Fall All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring All 1970s": {"layer": {"id": 3640, "name": "Sand Lance Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring All 1980s": {"layer": {"id": 3641, "name": "Sand Lance Spring All 1980s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring All 1990s": {"layer": {"id": 3642, "name": "Sand Lance Spring All 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring All 2000s": {"layer": {"id": 3643, "name": "Sand Lance Spring All 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Sand Lance Spring All 2010s": {"layer": {"id": 3644, "name": "Sand Lance Spring All 2010s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish 2007-2020": {"layer": {"id": 3831, "name": "Bluefish 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid 2081-2100": {"layer": {"id": 3860, "name": "Northern Shortfin Squid 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake 2021-2040": {"layer": {"id": 3862, "name": "Red Hake 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Party/Charter 2006-2010 Ports": {"layer": {"id": 3663, "name": "Party/Charter 2006-2010 Ports", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish 2021-2040": {"layer": {"id": 3832, "name": "Bluefish 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake 2061-2080": {"layer": {"id": 3864, "name": "Red Hake 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Bluefish 2081-2100": {"layer": {"id": 3835, "name": "Bluefish 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad 2007-2020": {"layer": {"id": 3821, "name": "American Shad 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring 2041-2060": {"layer": {"id": 3828, "name": "Blueback Herring 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring 2061-2080": {"layer": {"id": 3829, "name": "Blueback Herring 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid 2081-2100": {"layer": {"id": 3845, "name": "Longfin Squid 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid 2041-2060": {"layer": {"id": 3843, "name": "Longfin Squid 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring 2021-2040": {"layer": {"id": 3827, "name": "Blueback Herring 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Longfin Squid 2061-2080": {"layer": {"id": 3844, "name": "Longfin Squid 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Fall Presence 1990s": {"layer": {"id": 3497, "name": "Alewife Fall Presence 1990s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring All 1970s": {"layer": {"id": 3520, "name": "Alewife Spring All 1970s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife Spring Presence 2000s": {"layer": {"id": 3513, "name": "Alewife Spring Presence 2000s", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish 2021-2040": {"layer": {"id": 3847, "name": "Monkfish 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Monkfish 2061-2080": {"layer": {"id": 3849, "name": "Monkfish 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Blueback Herring 2081-2100": {"layer": {"id": 3830, "name": "Blueback Herring 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife 2007-2020": {"layer": {"id": 3816, "name": "Alewife 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish 2061-2080": {"layer": {"id": 3874, "name": "Spiny Dogfish 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife 2021-2040": {"layer": {"id": 3817, "name": "Alewife 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot 2007-2020": {"layer": {"id": 3876, "name": "Spot 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Northern Shortfin Squid 2061-2080": {"layer": {"id": 3859, "name": "Northern Shortfin Squid 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife 2041-2060": {"layer": {"id": 3818, "name": "Alewife 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife 2061-2080": {"layer": {"id": 3819, "name": "Alewife 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad 2081-2100": {"layer": {"id": 3825, "name": "American Shad 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot 2021-2040": {"layer": {"id": 3877, "name": "Spot 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad 2021-2040": {"layer": {"id": 3822, "name": "American Shad 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad 2041-2060": {"layer": {"id": 3823, "name": "American Shad 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Alewife 2081-2100": {"layer": {"id": 3820, "name": "Alewife 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "American Shad 2061-2080": {"layer": {"id": 3824, "name": "American Shad 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Red Hake 2081-2100": {"layer": {"id": 3865, "name": "Red Hake 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup 2007-2020": {"layer": {"id": 3866, "name": "Scup 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup 2041-2060": {"layer": {"id": 3868, "name": "Scup 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup 2061-2080": {"layer": {"id": 3869, "name": "Scup 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Scup 2081-2100": {"layer": {"id": 3870, "name": "Scup 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish 2021-2040": {"layer": {"id": 3872, "name": "Spiny Dogfish 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spiny Dogfish 2041-2060": {"layer": {"id": 3873, "name": "Spiny Dogfish 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Spot 2041-2060": {"layer": {"id": 3878, "name": "Spot 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder 2007-2020": {"layer": {"id": 3881, "name": "Winter Flounder 2007-2020", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder 2021-2040": {"layer": {"id": 3882, "name": "Winter Flounder 2021-2040", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder 2061-2080": {"layer": {"id": 3884, "name": "Winter Flounder 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Winter Flounder 2081-2100": {"layer": {"id": 3885, "name": "Winter Flounder 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail 2041-2060": {"layer": {"id": 3888, "name": "Yellowtail 2041-2060", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail 2061-2080": {"layer": {"id": 3889, "name": "Yellowtail 2061-2080", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Yellowtail 2081-2100": {"layer": {"id": 3890, "name": "Yellowtail 2081-2100", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Loggerhead Sea Turtle Spring, SPUE": {"layer": {"id": 4020, "name": "Loggerhead Sea Turtle Spring, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Dec": {"layer": {"id": 5170, "name": "Doppio bottom temp Dec", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Feb": {"layer": {"id": 5160, "name": "Doppio bottom temp Feb", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Jul": {"layer": {"id": 5165, "name": "Doppio bottom temp Jul", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Mar": {"layer": {"id": 5161, "name": "Doppio bottom temp Mar", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp May": {"layer": {"id": 5163, "name": "Doppio bottom temp May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Nov": {"layer": {"id": 5169, "name": "Doppio bottom temp Nov", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Sep": {"layer": {"id": 5167, "name": "Doppio bottom temp Sep", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Feb Average": {"layer": {"id": 4517, "name": "Atlantic Wind Speed - Feb Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Apr Average": {"layer": {"id": 4519, "name": "Atlantic Wind Speed - Apr Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Atlantic Wind Speed - Dec Average": {"layer": {"id": 4527, "name": "Atlantic Wind Speed - Dec Average", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "CFP Overlapping Point Areas": {"layer": {"id": 6350, "name": "CFP Overlapping Point Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Calanus finmarchicus 2003-2009 Fall": {"layer": {"id": 6361, "name": "Calanus finmarchicus 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Calanus finmarchicus 2003-2009 Spring": {"layer": {"id": 6359, "name": "Calanus finmarchicus 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Calanus finmarchicus 2003-2009 Summer": {"layer": {"id": 6360, "name": "Calanus finmarchicus 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Calanus finmarchicus 2003-2009 Winter": {"layer": {"id": 6362, "name": "Calanus finmarchicus 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Calanus finmarchicus 2010-2021 Fall": {"layer": {"id": 6357, "name": "Calanus finmarchicus 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Calanus finmarchicus 2010-2021 Spring": {"layer": {"id": 6355, "name": "Calanus finmarchicus 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Calanus finmarchicus 2010-2021 Summer": {"layer": {"id": 6356, "name": "Calanus finmarchicus 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Calanus finmarchicus 2010-2021 Winter": {"layer": {"id": 6358, "name": "Calanus finmarchicus 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Centropages spp. 2003-2009 Fall": {"layer": {"id": 6369, "name": "Centropages spp. 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Centropages spp. 2003-2009 Spring": {"layer": {"id": 6367, "name": "Centropages spp. 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Centropages spp. 2003-2009 Summer": {"layer": {"id": 6368, "name": "Centropages spp. 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Centropages spp. 2003-2009 Winter": {"layer": {"id": 6370, "name": "Centropages spp. 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Centropages spp. 2010-2021 Fall": {"layer": {"id": 6365, "name": "Centropages spp. 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Centropages spp. 2010-2021 Spring": {"layer": {"id": 6363, "name": "Centropages spp. 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Centropages spp. 2010-2021 Summer": {"layer": {"id": 6364, "name": "Centropages spp. 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Centropages spp. 2010-2021 Winter": {"layer": {"id": 6366, "name": "Centropages spp. 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Euphausiids 2003-2009 Fall": {"layer": {"id": 6377, "name": "Euphausiids 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Euphausiids 2003-2009 Spring": {"layer": {"id": 6375, "name": "Euphausiids 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Euphausiids 2003-2009 Summer": {"layer": {"id": 6376, "name": "Euphausiids 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Euphausiids 2003-2009 Winter": {"layer": {"id": 6378, "name": "Euphausiids 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Euphausiids 2010-2021 Spring": {"layer": {"id": 6371, "name": "Euphausiids 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Mysid shrimp 2010-2021 Summer": {"layer": {"id": 6388, "name": "Mysid shrimp 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Mysid shrimp 2010-2021 Winter": {"layer": {"id": 6390, "name": "Mysid shrimp 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pseudocalanus spp. 2003-2009 Fall": {"layer": {"id": 6401, "name": "Pseudocalanus spp. 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pseudocalanus spp. 2003-2009 Spring": {"layer": {"id": 6399, "name": "Pseudocalanus spp. 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pseudocalanus spp. 2003-2009 Summer": {"layer": {"id": 6400, "name": "Pseudocalanus spp. 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pseudocalanus spp. 2003-2009 Winter": {"layer": {"id": 6402, "name": "Pseudocalanus spp. 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pseudocalanus spp. 2010-2021 Fall": {"layer": {"id": 6397, "name": "Pseudocalanus spp. 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pseudocalanus spp. 2010-2021 Spring": {"layer": {"id": 6395, "name": "Pseudocalanus spp. 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pseudocalanus spp. 2010-2021 Summer": {"layer": {"id": 6396, "name": "Pseudocalanus spp. 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pseudocalanus spp. 2010-2021 Winter": {"layer": {"id": 6398, "name": "Pseudocalanus spp. 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Euphausiids 2010-2021 Fall": {"layer": {"id": 6373, "name": "Euphausiids 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gammarid amphipods 2003-2009 Fall": {"layer": {"id": 6385, "name": "Gammarid amphipods 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gammarid amphipods 2003-2009 Spring": {"layer": {"id": 6383, "name": "Gammarid amphipods 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gammarid amphipods 2003-2009 Summer": {"layer": {"id": 6384, "name": "Gammarid amphipods 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gammarid amphipods 2003-2009 Winter": {"layer": {"id": 6386, "name": "Gammarid amphipods 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gammarid amphipods 2010-2021 Fall": {"layer": {"id": 6381, "name": "Gammarid amphipods 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gammarid amphipods 2010-2021 Spring": {"layer": {"id": 6379, "name": "Gammarid amphipods 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gammarid amphipods 2010-2021 Summer": {"layer": {"id": 6380, "name": "Gammarid amphipods 2010-2021 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Gammarid amphipods 2010-2021 Winter": {"layer": {"id": 6382, "name": "Gammarid amphipods 2010-2021 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Mysid shrimp 2003-2009 Fall": {"layer": {"id": 6393, "name": "Mysid shrimp 2003-2009 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Mysid shrimp 2003-2009 Spring": {"layer": {"id": 6391, "name": "Mysid shrimp 2003-2009 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Mysid shrimp 2003-2009 Summer": {"layer": {"id": 6392, "name": "Mysid shrimp 2003-2009 Summer", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Mysid shrimp 2003-2009 Winter": {"layer": {"id": 6394, "name": "Mysid shrimp 2003-2009 Winter", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Mysid shrimp 2010-2021 Fall": {"layer": {"id": 6389, "name": "Mysid shrimp 2010-2021 Fall", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Mysid shrimp 2010-2021 Spring": {"layer": {"id": 6387, "name": "Mysid shrimp 2010-2021 Spring", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Feb 2020-2024)": {"layer": {"id": 7231, "name": "Chlorophyll-a median OC-CCI (Feb 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Jan 2020-2024)": {"layer": {"id": 7230, "name": "Chlorophyll-a median OC-CCI (Jan 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Jul 2020-2024)": {"layer": {"id": 7236, "name": "Chlorophyll-a median OC-CCI (Jul 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Jun 2020-2024)": {"layer": {"id": 7235, "name": "Chlorophyll-a median OC-CCI (Jun 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Mar 2020-2024)": {"layer": {"id": 7232, "name": "Chlorophyll-a median OC-CCI (Mar 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (May 2020-2024)": {"layer": {"id": 7234, "name": "Chlorophyll-a median OC-CCI (May 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Nov 2020-2024)": {"layer": {"id": 7240, "name": "Chlorophyll-a median OC-CCI (Nov 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Oct 2020-2024)": {"layer": {"id": 7239, "name": "Chlorophyll-a median OC-CCI (Oct 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Sep 2020-2024)": {"layer": {"id": 7238, "name": "Chlorophyll-a median OC-CCI (Sep 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Apr 2020-2024)": {"layer": {"id": 7245, "name": "Chlorophyll-a median VIIRS (Apr 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Aug 2020-2024)": {"layer": {"id": 7249, "name": "Chlorophyll-a median VIIRS (Aug 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Dec 2020-2024)": {"layer": {"id": 7253, "name": "Chlorophyll-a median VIIRS (Dec 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Feb 2020-2024)": {"layer": {"id": 7243, "name": "Chlorophyll-a median VIIRS (Feb 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Jan 2020-2024)": {"layer": {"id": 7242, "name": "Chlorophyll-a median VIIRS (Jan 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Jul 2020-2024)": {"layer": {"id": 7248, "name": "Chlorophyll-a median VIIRS (Jul 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Jun 2020-2024)": {"layer": {"id": 7247, "name": "Chlorophyll-a median VIIRS (Jun 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Mar 2020-2024)": {"layer": {"id": 7244, "name": "Chlorophyll-a median VIIRS (Mar 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (May 2020-2024)": {"layer": {"id": 7246, "name": "Chlorophyll-a median VIIRS (May 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Nov 2020-2024)": {"layer": {"id": 7252, "name": "Chlorophyll-a median VIIRS (Nov 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Oct 2020-2024)": {"layer": {"id": 7251, "name": "Chlorophyll-a median VIIRS (Oct 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median VIIRS (Sep 2020-2024)": {"layer": {"id": 7250, "name": "Chlorophyll-a median VIIRS (Sep 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Trawl Strata": {"layer": {"id": 6493, "name": "EcoMon Trawl Strata", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Zooplankton sample points, Fall 2003-2009": {"layer": {"id": 6491, "name": "EcoMon Zooplankton sample points, Fall 2003-2009", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Zooplankton sample points, Fall 2010-2021": {"layer": {"id": 6487, "name": "EcoMon Zooplankton sample points, Fall 2010-2021", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Zooplankton sample points, Spring 2003-2009": {"layer": {"id": 6489, "name": "EcoMon Zooplankton sample points, Spring 2003-2009", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Zooplankton sample points, Spring 2010-2021": {"layer": {"id": 6485, "name": "EcoMon Zooplankton sample points, Spring 2010-2021", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Zooplankton sample points, Summer 2003-2009": {"layer": {"id": 6490, "name": "EcoMon Zooplankton sample points, Summer 2003-2009", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Zooplankton sample points, Summer 2010-2021": {"layer": {"id": 6486, "name": "EcoMon Zooplankton sample points, Summer 2010-2021", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Zooplankton sample points, Winter 2003-2009": {"layer": {"id": 6492, "name": "EcoMon Zooplankton sample points, Winter 2003-2009", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "EcoMon Zooplankton sample points, Winter 2010-2021": {"layer": {"id": 6488, "name": "EcoMon Zooplankton sample points, Winter 2010-2021", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Aug": {"layer": {"id": 5166, "name": "Doppio bottom temp Aug", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Jan": {"layer": {"id": 5159, "name": "Doppio bottom temp Jan", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Doppio bottom temp Apr": {"layer": {"id": 5162, "name": "Doppio bottom temp Apr", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "BlueTopo Hillshade": {"layer": {"id": 6586, "name": "BlueTopo Hillshade", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Apr 2020-2024)": {"layer": {"id": 7233, "name": "Chlorophyll-a median OC-CCI (Apr 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Aug 2020-2024)": {"layer": {"id": 7237, "name": "Chlorophyll-a median OC-CCI (Aug 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Chlorophyll-a median OC-CCI (Dec 2020-2024)": {"layer": {"id": 7241, "name": "Chlorophyll-a median OC-CCI (Dec 2020-2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle Fall, SPUE": {"layer": {"id": 4025, "name": "Green Sea Turtle Fall, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: November (2019 - 2022)": {"layer": {"id": 5935, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: November (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: December (2019 - 2022)": {"layer": {"id": 5936, "name": "RUWRF 3km Resolution 10m Height Avg. Monthly Wind Speed: December (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Green Sea Turtle Summer, SPUE": {"layer": {"id": 4026, "name": "Green Sea Turtle Summer, SPUE", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: January (2019 - 2022)": {"layer": {"id": 5937, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: January (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: February (2019 - 2022)": {"layer": {"id": 5938, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: February (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: March (2019 - 2022)": {"layer": {"id": 5939, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: March (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: April (2019 - 2022)": {"layer": {"id": 5940, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: April (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: May (2019 - 2022)": {"layer": {"id": 5941, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: May (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: June (2019 - 2022)": {"layer": {"id": 5942, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: June (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: July (2019 - 2022)": {"layer": {"id": 5943, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: July (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: August (2019 - 2022)": {"layer": {"id": 5944, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: August (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: September (2019 - 2022)": {"layer": {"id": 5945, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: September (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: October (2019 - 2022)": {"layer": {"id": 5946, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: October (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: November (2019 - 2022)": {"layer": {"id": 5947, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: November (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: December (2019 - 2022)": {"layer": {"id": 5948, "name": "RUWRF 3km Resolution 160m Height Avg. Monthly Wind Speed: December (2019 - 2022)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2017)": {"layer": {"id": 1402, "name": "Cargo Vessel Transit Counts (Jan 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2018)": {"layer": {"id": 4221, "name": "Fishing Vessel Transit Counts (Jan 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2016)": {"layer": {"id": 1653, "name": "Tug Tow Vessel Transit Counts (Jan 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2016)": {"layer": {"id": 1581, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2016)": {"layer": {"id": 1641, "name": "Tanker Vessel Transit Counts (Jan 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2019)": {"layer": {"id": 4391, "name": "Tanker Vessel Transit Counts (Jan 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2020)": {"layer": {"id": 4945, "name": "All Vessel Transit Counts (Jan 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2020)": {"layer": {"id": 5017, "name": "Tug Tow Vessel Transit Counts (Jan 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2016)": {"layer": {"id": 1351, "name": "Fishing Vessel Transit Counts (Jan 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2018)": {"layer": {"id": 4245, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2018)": {"layer": {"id": 4101, "name": "Cargo Vessel Transit Counts (Jan 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2019)": {"layer": {"id": 4415, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2019)": {"layer": {"id": 4367, "name": "Fishing Vessel Transit Counts (Jan 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jan 2020)": {"layer": {"id": 4993, "name": "Passenger Vessel Transit Counts (Jan 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2020)": {"layer": {"id": 5065, "name": "Tanker Vessel Transit Counts (Jan 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2020)": {"layer": {"id": 5041, "name": "Fishing Vessel Transit Counts (Jan 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jan 2019)": {"layer": {"id": 4463, "name": "Others Transit Counts (Jan 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jan 2018)": {"layer": {"id": 4197, "name": "Others Transit Counts (Jan 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2017)": {"layer": {"id": 1522, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2016)": {"layer": {"id": 1364, "name": "Cargo Vessel Transit Counts (Jan 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2018)": {"layer": {"id": 4076, "name": "All Vessel Transit Counts (Jan 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2020)": {"layer": {"id": 5089, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jan 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2018)": {"layer": {"id": 4173, "name": "Tug Tow Vessel Transit Counts (Jan 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jan 2016)": {"layer": {"id": 1569, "name": "Others Transit Counts (Jan 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Jan 2016)": {"layer": {"id": 1629, "name": "Passenger Transit Counts (Jan 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2019)": {"layer": {"id": 4271, "name": "All Vessel Transit Counts (Jan 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2018)": {"layer": {"id": 4149, "name": "Tanker Vessel Transit Counts (Jan 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2017)": {"layer": {"id": 1381, "name": "All Vessel Transit Counts (Jan 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2020)": {"layer": {"id": 4969, "name": "Cargo Vessel Transit Counts (Jan 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jan 2017)": {"layer": {"id": 1377, "name": "Fishing Vessel Transit Counts (Jan 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jan 2019)": {"layer": {"id": 4295, "name": "Cargo Vessel Transit Counts (Jan 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jan 2017)": {"layer": {"id": 1510, "name": "Others Transit Counts (Jan 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2017)": {"layer": {"id": 1474, "name": "Tug Tow Vessel Transit Counts (Jan 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jan 2020)": {"layer": {"id": 5113, "name": "Others Transit Counts (Jan 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jan 2017)": {"layer": {"id": 1462, "name": "Tanker Vessel Transit Counts (Jan 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Jan 2017)": {"layer": {"id": 1450, "name": "Passenger Transit Counts (Jan 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jan 2019)": {"layer": {"id": 4319, "name": "Passenger Vessel Transit Counts (Jan 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jan 2018)": {"layer": {"id": 4125, "name": "Passenger Vessel Transit Counts (Jan 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jan 2019)": {"layer": {"id": 4343, "name": "Tug Tow Vessel Transit Counts (Jan 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2016)": {"layer": {"id": 1654, "name": "Tug Tow Vessel Transit Counts (Feb 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2020)": {"layer": {"id": 5090, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2019)": {"layer": {"id": 4296, "name": "Cargo Vessel Transit Counts (Feb 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2020)": {"layer": {"id": 5066, "name": "Tanker Vessel Transit Counts (Feb 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Feb 2018)": {"layer": {"id": 4198, "name": "Others Transit Counts (Feb 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2018)": {"layer": {"id": 4174, "name": "Tug Tow Vessel Transit Counts (Feb 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2019)": {"layer": {"id": 4368, "name": "Fishing Vessel Transit Counts (Feb 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2017)": {"layer": {"id": 1523, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Feb 2017)": {"layer": {"id": 1511, "name": "Others Transit Counts (Feb 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Feb 2019)": {"layer": {"id": 4320, "name": "Passenger Vessel Transit Counts (Feb 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Feb 2020)": {"layer": {"id": 5114, "name": "Others Transit Counts (Feb 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2020)": {"layer": {"id": 4946, "name": "All Vessel Transit Counts (Feb 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2017)": {"layer": {"id": 1382, "name": "All Vessel Transit Counts (Feb 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2018)": {"layer": {"id": 4222, "name": "Fishing Vessel Transit Counts (Feb 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2017)": {"layer": {"id": 1463, "name": "Tanker Vessel Transit Counts (Feb 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2019)": {"layer": {"id": 4344, "name": "Tug Tow Vessel Transit Counts (Feb 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2018)": {"layer": {"id": 4246, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2020)": {"layer": {"id": 5042, "name": "Fishing Vessel Transit Counts (Feb 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2020)": {"layer": {"id": 5018, "name": "Tug Tow Vessel Transit Counts (Feb 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Feb 2020)": {"layer": {"id": 4994, "name": "Passenger Vessel Transit Counts (Feb 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Feb 2019)": {"layer": {"id": 4464, "name": "Others Transit Counts (Feb 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2018)": {"layer": {"id": 4077, "name": "All Vessel Transit Counts (Feb 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2019)": {"layer": {"id": 4416, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Feb 2016)": {"layer": {"id": 1570, "name": "Others Transit Counts (Feb 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2019)": {"layer": {"id": 4392, "name": "Tanker Vessel Transit Counts (Feb 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2016)": {"layer": {"id": 1582, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Feb 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2018)": {"layer": {"id": 4150, "name": "Tanker Vessel Transit Counts (Feb 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2018)": {"layer": {"id": 4102, "name": "Cargo Vessel Transit Counts (Feb 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2019)": {"layer": {"id": 4272, "name": "All Vessel Transit Counts (Feb 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2016)": {"layer": {"id": 1352, "name": "Fishing Vessel Transit Counts (Feb 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Feb 2017)": {"layer": {"id": 1475, "name": "Tug Tow Vessel Transit Counts (Feb 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Feb 2016)": {"layer": {"id": 1630, "name": "Passenger Transit Counts (Feb 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Feb 2018)": {"layer": {"id": 4126, "name": "Passenger Vessel Transit Counts (Feb 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Feb 2017)": {"layer": {"id": 1378, "name": "Fishing Vessel Transit Counts (Feb 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Feb 2017)": {"layer": {"id": 1451, "name": "Passenger Transit Counts (Feb 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2017)": {"layer": {"id": 1403, "name": "Cargo Vessel Transit Counts (Feb 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2016)": {"layer": {"id": 1365, "name": "Cargo Vessel Transit Counts (Feb 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Feb 2020)": {"layer": {"id": 4970, "name": "Cargo Vessel Transit Counts (Feb 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Feb 2016)": {"layer": {"id": 1642, "name": "Tanker Vessel Transit Counts (Feb 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Mar 2020)": {"layer": {"id": 5115, "name": "Others Transit Counts (Mar 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Mar 2016)": {"layer": {"id": 1571, "name": "Others Transit Counts (Mar 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Mar 2020)": {"layer": {"id": 4995, "name": "Passenger Vessel Transit Counts (Mar 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2018)": {"layer": {"id": 4151, "name": "Tanker Vessel Transit Counts (Mar 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2016)": {"layer": {"id": 1643, "name": "Tanker Vessel Transit Counts (Mar 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Mar 2017)": {"layer": {"id": 1452, "name": "Passenger Transit Counts (Mar 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2019)": {"layer": {"id": 4297, "name": "Cargo Vessel Transit Counts (Mar 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2017)": {"layer": {"id": 1404, "name": "Cargo Vessel Transit Counts (Mar 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2017)": {"layer": {"id": 1464, "name": "Tanker Vessel Transit Counts (Mar 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2018)": {"layer": {"id": 4247, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Mar 2016)": {"layer": {"id": 1631, "name": "Passenger Transit Counts (Mar 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2020)": {"layer": {"id": 4947, "name": "All Vessel Transit Counts (Mar 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2019)": {"layer": {"id": 4393, "name": "Tanker Vessel Transit Counts (Mar 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2017)": {"layer": {"id": 1476, "name": "Tug Tow Vessel Transit Counts (Mar 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Mar 2017)": {"layer": {"id": 1512, "name": "Others Transit Counts (Mar 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2017)": {"layer": {"id": 1379, "name": "Fishing Vessel Transit Counts (Mar 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2016)": {"layer": {"id": 1655, "name": "Tug Tow Vessel Transit Counts (Mar 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Mar 2019)": {"layer": {"id": 4321, "name": "Passenger Vessel Transit Counts (Mar 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2019)": {"layer": {"id": 4273, "name": "All Vessel Transit Counts (Mar 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2016)": {"layer": {"id": 1583, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2018)": {"layer": {"id": 4078, "name": "All Vessel Transit Counts (Mar 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2018)": {"layer": {"id": 4175, "name": "Tug Tow Vessel Transit Counts (Mar 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2020)": {"layer": {"id": 5091, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2018)": {"layer": {"id": 4103, "name": "Cargo Vessel Transit Counts (Mar 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2016)": {"layer": {"id": 1366, "name": "Cargo Vessel Transit Counts (Mar 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2016)": {"layer": {"id": 1353, "name": "Fishing Vessel Transit Counts (Mar 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Mar 2018)": {"layer": {"id": 4199, "name": "Others Transit Counts (Mar 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Mar 2020)": {"layer": {"id": 4971, "name": "Cargo Vessel Transit Counts (Mar 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2017)": {"layer": {"id": 1383, "name": "All Vessel Transit Counts (Mar 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Mar 2020)": {"layer": {"id": 5067, "name": "Tanker Vessel Transit Counts (Mar 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2020)": {"layer": {"id": 5043, "name": "Fishing Vessel Transit Counts (Mar 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2019)": {"layer": {"id": 4369, "name": "Fishing Vessel Transit Counts (Mar 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2019)": {"layer": {"id": 4417, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2020)": {"layer": {"id": 5019, "name": "Tug Tow Vessel Transit Counts (Mar 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2017)": {"layer": {"id": 1524, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Mar 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Mar 2018)": {"layer": {"id": 4127, "name": "Passenger Vessel Transit Counts (Mar 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Mar 2018)": {"layer": {"id": 4223, "name": "Fishing Vessel Transit Counts (Mar 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Mar 2019)": {"layer": {"id": 4345, "name": "Tug Tow Vessel Transit Counts (Mar 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Mar 2019)": {"layer": {"id": 4465, "name": "Others Transit Counts (Mar 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2018)": {"layer": {"id": 4152, "name": "Tanker Vessel Transit Counts (Apr 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2019)": {"layer": {"id": 4298, "name": "Cargo Vessel Transit Counts (Apr 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Apr 2019)": {"layer": {"id": 4466, "name": "Others Transit Counts (Apr 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Apr 2020)": {"layer": {"id": 5116, "name": "Others Transit Counts (Apr 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2018)": {"layer": {"id": 4224, "name": "Fishing Vessel Transit Counts (Apr 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2018)": {"layer": {"id": 4079, "name": "All Vessel Transit Counts (Apr 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2020)": {"layer": {"id": 5044, "name": "Fishing Vessel Transit Counts (Apr 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2016)": {"layer": {"id": 1367, "name": "Cargo Vessel Transit Counts (Apr 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2018)": {"layer": {"id": 4176, "name": "Tug Tow Vessel Transit Counts (Apr 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2016)": {"layer": {"id": 1350, "name": "Fishing Vessel Transit Counts (Apr 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Apr 2016)": {"layer": {"id": 1632, "name": "Passenger Transit Counts (Apr 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2017)": {"layer": {"id": 1384, "name": "All Vessel Transit Counts (Apr 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Apr 2016)": {"layer": {"id": 1572, "name": "Others Transit Counts (Apr 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2020)": {"layer": {"id": 4972, "name": "Cargo Vessel Transit Counts (Apr 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2018)": {"layer": {"id": 4104, "name": "Cargo Vessel Transit Counts (Apr 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Apr 2019)": {"layer": {"id": 4322, "name": "Passenger Vessel Transit Counts (Apr 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Apr 2018)": {"layer": {"id": 4200, "name": "Others Transit Counts (Apr 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Apr 2020)": {"layer": {"id": 4996, "name": "Passenger Vessel Transit Counts (Apr 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Apr 2018)": {"layer": {"id": 4128, "name": "Passenger Vessel Transit Counts (Apr 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2019)": {"layer": {"id": 4370, "name": "Fishing Vessel Transit Counts (Apr 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2019)": {"layer": {"id": 4394, "name": "Tanker Vessel Transit Counts (Apr 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2017)": {"layer": {"id": 1465, "name": "Tanker Vessel Transit Counts (Apr 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2020)": {"layer": {"id": 4948, "name": "All Vessel Transit Counts (Apr 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2016)": {"layer": {"id": 1644, "name": "Tanker Vessel Transit Counts (Apr 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2017)": {"layer": {"id": 1477, "name": "Tug Tow Vessel Transit Counts (Apr 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2020)": {"layer": {"id": 5020, "name": "Tug Tow Vessel Transit Counts (Apr 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2016)": {"layer": {"id": 1656, "name": "Tug Tow Vessel Transit Counts (Apr 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2018)": {"layer": {"id": 4248, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2019)": {"layer": {"id": 4274, "name": "All Vessel Transit Counts (Apr 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Apr 2017)": {"layer": {"id": 1513, "name": "Others Transit Counts (Apr 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Apr 2019)": {"layer": {"id": 4346, "name": "Tug Tow Vessel Transit Counts (Apr 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2017)": {"layer": {"id": 1525, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2016)": {"layer": {"id": 1584, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2020)": {"layer": {"id": 5092, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Apr 2017)": {"layer": {"id": 1380, "name": "Fishing Vessel Transit Counts (Apr 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Apr 2017)": {"layer": {"id": 1453, "name": "Passenger Transit Counts (Apr 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2019)": {"layer": {"id": 4418, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Apr 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Apr 2020)": {"layer": {"id": 5068, "name": "Tanker Vessel Transit Counts (Apr 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Apr 2017)": {"layer": {"id": 1405, "name": "Cargo Vessel Transit Counts (Apr 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2020)": {"layer": {"id": 5045, "name": "Fishing Vessel Transit Counts (May 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2017)": {"layer": {"id": 1386, "name": "All Vessel Transit Counts (May 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2019)": {"layer": {"id": 4395, "name": "Tanker Vessel Transit Counts (May 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2018)": {"layer": {"id": 4153, "name": "Tanker Vessel Transit Counts (May 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (May 2018)": {"layer": {"id": 4129, "name": "Passenger Vessel Transit Counts (May 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2018)": {"layer": {"id": 4225, "name": "Fishing Vessel Transit Counts (May 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2018)": {"layer": {"id": 4080, "name": "All Vessel Transit Counts (May 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (May 2019)": {"layer": {"id": 4467, "name": "Others Transit Counts (May 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2016)": {"layer": {"id": 1585, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2018)": {"layer": {"id": 4249, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2018)": {"layer": {"id": 4105, "name": "Cargo Vessel Transit Counts (May 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2020)": {"layer": {"id": 4973, "name": "Cargo Vessel Transit Counts (May 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2020)": {"layer": {"id": 5093, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (May 2016)": {"layer": {"id": 1573, "name": "Others Transit Counts (May 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (May 2016)": {"layer": {"id": 1633, "name": "Passenger Transit Counts (May 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2016)": {"layer": {"id": 1645, "name": "Tanker Vessel Transit Counts (May 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (May 2020)": {"layer": {"id": 4997, "name": "Passenger Vessel Transit Counts (May 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2020)": {"layer": {"id": 4949, "name": "All Vessel Transit Counts (May 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (May 2020)": {"layer": {"id": 5117, "name": "Others Transit Counts (May 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2019)": {"layer": {"id": 4347, "name": "Tug Tow Vessel Transit Counts (May 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2016)": {"layer": {"id": 1657, "name": "Tug Tow Vessel Transit Counts (May 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2016)": {"layer": {"id": 1354, "name": "Fishing Vessel Transit Counts (May 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2016)": {"layer": {"id": 1368, "name": "Cargo Vessel Transit Counts (May 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2017)": {"layer": {"id": 1394, "name": "Fishing Vessel Transit Counts (May 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2019)": {"layer": {"id": 4275, "name": "All Vessel Transit Counts (May 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2017)": {"layer": {"id": 1406, "name": "Cargo Vessel Transit Counts (May 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2020)": {"layer": {"id": 5069, "name": "Tanker Vessel Transit Counts (May 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2017)": {"layer": {"id": 1526, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (May 2019)": {"layer": {"id": 4323, "name": "Passenger Vessel Transit Counts (May 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (May 2019)": {"layer": {"id": 4371, "name": "Fishing Vessel Transit Counts (May 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (May 2017)": {"layer": {"id": 1454, "name": "Passenger Transit Counts (May 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (May 2017)": {"layer": {"id": 1466, "name": "Tanker Vessel Transit Counts (May 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2017)": {"layer": {"id": 1478, "name": "Tug Tow Vessel Transit Counts (May 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (May 2017)": {"layer": {"id": 1514, "name": "Others Transit Counts (May 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2018)": {"layer": {"id": 4177, "name": "Tug Tow Vessel Transit Counts (May 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (May 2019)": {"layer": {"id": 4299, "name": "Cargo Vessel Transit Counts (May 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (May 2018)": {"layer": {"id": 4201, "name": "Others Transit Counts (May 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (May 2020)": {"layer": {"id": 5021, "name": "Tug Tow Vessel Transit Counts (May 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (May 2019)": {"layer": {"id": 4419, "name": "Pleasure Craft-Sailing Vessel Transit Counts (May 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jun 2018)": {"layer": {"id": 4130, "name": "Passenger Vessel Transit Counts (Jun 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2016)": {"layer": {"id": 1646, "name": "Tanker Vessel Transit Counts (Jun 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jun 2019)": {"layer": {"id": 4468, "name": "Others Transit Counts (Jun 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2019)": {"layer": {"id": 4420, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2018)": {"layer": {"id": 4154, "name": "Tanker Vessel Transit Counts (Jun 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2020)": {"layer": {"id": 5022, "name": "Tug Tow Vessel Transit Counts (Jun 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Jun 2016)": {"layer": {"id": 1634, "name": "Passenger Transit Counts (Jun 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2018)": {"layer": {"id": 4226, "name": "Fishing Vessel Transit Counts (Jun 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jun 2019)": {"layer": {"id": 4324, "name": "Passenger Vessel Transit Counts (Jun 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jun 2020)": {"layer": {"id": 5118, "name": "Others Transit Counts (Jun 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jun 2020)": {"layer": {"id": 4998, "name": "Passenger Vessel Transit Counts (Jun 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2018)": {"layer": {"id": 4250, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2020)": {"layer": {"id": 5094, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2017)": {"layer": {"id": 1527, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2016)": {"layer": {"id": 1355, "name": "Fishing Vessel Transit Counts (Jun 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2016)": {"layer": {"id": 1369, "name": "Cargo Vessel Transit Counts (Jun 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2018)": {"layer": {"id": 4178, "name": "Tug Tow Vessel Transit Counts (Jun 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2019)": {"layer": {"id": 4300, "name": "Cargo Vessel Transit Counts (Jun 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2019)": {"layer": {"id": 4396, "name": "Tanker Vessel Transit Counts (Jun 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2020)": {"layer": {"id": 4974, "name": "Cargo Vessel Transit Counts (Jun 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2017)": {"layer": {"id": 1407, "name": "Cargo Vessel Transit Counts (Jun 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2018)": {"layer": {"id": 4081, "name": "All Vessel Transit Counts (Jun 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jun 2017)": {"layer": {"id": 1515, "name": "Others Transit Counts (Jun 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2019)": {"layer": {"id": 4276, "name": "All Vessel Transit Counts (Jun 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jun 2018)": {"layer": {"id": 4106, "name": "Cargo Vessel Transit Counts (Jun 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2016)": {"layer": {"id": 1586, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jun 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2019)": {"layer": {"id": 4348, "name": "Tug Tow Vessel Transit Counts (Jun 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2020)": {"layer": {"id": 5046, "name": "Fishing Vessel Transit Counts (Jun 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2017)": {"layer": {"id": 1479, "name": "Tug Tow Vessel Transit Counts (Jun 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2017)": {"layer": {"id": 1467, "name": "Tanker Vessel Transit Counts (Jun 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2017)": {"layer": {"id": 1387, "name": "All Vessel Transit Counts (Jun 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Jun 2017)": {"layer": {"id": 1455, "name": "Passenger Transit Counts (Jun 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jun 2016)": {"layer": {"id": 1574, "name": "Others Transit Counts (Jun 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jun 2016)": {"layer": {"id": 1658, "name": "Tug Tow Vessel Transit Counts (Jun 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2020)": {"layer": {"id": 4950, "name": "All Vessel Transit Counts (Jun 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jun 2018)": {"layer": {"id": 4202, "name": "Others Transit Counts (Jun 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2017)": {"layer": {"id": 1395, "name": "Fishing Vessel Transit Counts (Jun 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jun 2019)": {"layer": {"id": 4372, "name": "Fishing Vessel Transit Counts (Jun 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jun 2020)": {"layer": {"id": 5070, "name": "Tanker Vessel Transit Counts (Jun 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Jul 2016)": {"layer": {"id": 1635, "name": "Passenger Transit Counts (Jul 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jul 2019)": {"layer": {"id": 4325, "name": "Passenger Vessel Transit Counts (Jul 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2016)": {"layer": {"id": 1356, "name": "Fishing Vessel Transit Counts (Jul 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2018)": {"layer": {"id": 4179, "name": "Tug Tow Vessel Transit Counts (Jul 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jul 2020)": {"layer": {"id": 4999, "name": "Passenger Vessel Transit Counts (Jul 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2016)": {"layer": {"id": 1370, "name": "Cargo Vessel Transit Counts (Jul 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Jul 2017)": {"layer": {"id": 1456, "name": "Passenger Transit Counts (Jul 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2020)": {"layer": {"id": 5047, "name": "Fishing Vessel Transit Counts (Jul 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2018)": {"layer": {"id": 4082, "name": "All Vessel Transit Counts (Jul 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jul 2017)": {"layer": {"id": 1516, "name": "Others Transit Counts (Jul 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2019)": {"layer": {"id": 4373, "name": "Fishing Vessel Transit Counts (Jul 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jul 2020)": {"layer": {"id": 5119, "name": "Others Transit Counts (Jul 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2019)": {"layer": {"id": 4397, "name": "Tanker Vessel Transit Counts (Jul 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2019)": {"layer": {"id": 4277, "name": "All Vessel Transit Counts (Jul 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2018)": {"layer": {"id": 4107, "name": "Cargo Vessel Transit Counts (Jul 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2017)": {"layer": {"id": 1388, "name": "All Vessel Transit Counts (Jul 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jul 2018)": {"layer": {"id": 4203, "name": "Others Transit Counts (Jul 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2016)": {"layer": {"id": 1587, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2017)": {"layer": {"id": 1480, "name": "Tug Tow Vessel Transit Counts (Jul 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2020)": {"layer": {"id": 5095, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2019)": {"layer": {"id": 4421, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jul 2019)": {"layer": {"id": 4469, "name": "Others Transit Counts (Jul 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2018)": {"layer": {"id": 4155, "name": "Tanker Vessel Transit Counts (Jul 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2020)": {"layer": {"id": 5023, "name": "Tug Tow Vessel Transit Counts (Jul 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2019)": {"layer": {"id": 4301, "name": "Cargo Vessel Transit Counts (Jul 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2018)": {"layer": {"id": 4227, "name": "Fishing Vessel Transit Counts (Jul 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Jul 2017)": {"layer": {"id": 1396, "name": "Fishing Vessel Transit Counts (Jul 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2017)": {"layer": {"id": 1468, "name": "Tanker Vessel Transit Counts (Jul 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2016)": {"layer": {"id": 1647, "name": "Tanker Vessel Transit Counts (Jul 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Jul 2016)": {"layer": {"id": 1575, "name": "Others Transit Counts (Jul 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2020)": {"layer": {"id": 4951, "name": "All Vessel Transit Counts (Jul 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Jul 2020)": {"layer": {"id": 5071, "name": "Tanker Vessel Transit Counts (Jul 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2020)": {"layer": {"id": 4975, "name": "Cargo Vessel Transit Counts (Jul 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Jul 2018)": {"layer": {"id": 4131, "name": "Passenger Vessel Transit Counts (Jul 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2019)": {"layer": {"id": 4349, "name": "Tug Tow Vessel Transit Counts (Jul 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Jul 2017)": {"layer": {"id": 1408, "name": "Cargo Vessel Transit Counts (Jul 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2018)": {"layer": {"id": 4251, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2017)": {"layer": {"id": 1528, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Jul 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Jul 2016)": {"layer": {"id": 1659, "name": "Tug Tow Vessel Transit Counts (Jul 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2017)": {"layer": {"id": 1529, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Aug 2019)": {"layer": {"id": 4470, "name": "Others Transit Counts (Aug 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2018)": {"layer": {"id": 4180, "name": "Tug Tow Vessel Transit Counts (Aug 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2020)": {"layer": {"id": 4976, "name": "Cargo Vessel Transit Counts (Aug 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2016)": {"layer": {"id": 1588, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2019)": {"layer": {"id": 4302, "name": "Cargo Vessel Transit Counts (Aug 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2018)": {"layer": {"id": 4083, "name": "All Vessel Transit Counts (Aug 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Aug 2020)": {"layer": {"id": 5000, "name": "Passenger Vessel Transit Counts (Aug 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2019)": {"layer": {"id": 4374, "name": "Fishing Vessel Transit Counts (Aug 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2017)": {"layer": {"id": 1481, "name": "Tug Tow Vessel Transit Counts (Aug 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Aug 2016)": {"layer": {"id": 1576, "name": "Others Transit Counts (Aug 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2016)": {"layer": {"id": 1371, "name": "Cargo Vessel Transit Counts (Aug 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2017)": {"layer": {"id": 1469, "name": "Tanker Vessel Transit Counts (Aug 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2018)": {"layer": {"id": 4228, "name": "Fishing Vessel Transit Counts (Aug 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2017)": {"layer": {"id": 1389, "name": "All Vessel Transit Counts (Aug 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2018)": {"layer": {"id": 4156, "name": "Tanker Vessel Transit Counts (Aug 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2020)": {"layer": {"id": 4952, "name": "All Vessel Transit Counts (Aug 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Aug 2018)": {"layer": {"id": 4204, "name": "Others Transit Counts (Aug 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2019)": {"layer": {"id": 4422, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2020)": {"layer": {"id": 5096, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2019)": {"layer": {"id": 4278, "name": "All Vessel Transit Counts (Aug 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Aug 2016)": {"layer": {"id": 1636, "name": "Passenger Transit Counts (Aug 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2020)": {"layer": {"id": 5072, "name": "Tanker Vessel Transit Counts (Aug 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2017)": {"layer": {"id": 1397, "name": "Fishing Vessel Transit Counts (Aug 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2016)": {"layer": {"id": 1357, "name": "Fishing Vessel Transit Counts (Aug 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2020)": {"layer": {"id": 5024, "name": "Tug Tow Vessel Transit Counts (Aug 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2018)": {"layer": {"id": 4108, "name": "Cargo Vessel Transit Counts (Aug 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Aug 2017)": {"layer": {"id": 1457, "name": "Passenger Transit Counts (Aug 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Aug 2017)": {"layer": {"id": 1409, "name": "Cargo Vessel Transit Counts (Aug 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2019)": {"layer": {"id": 4398, "name": "Tanker Vessel Transit Counts (Aug 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Aug 2018)": {"layer": {"id": 4132, "name": "Passenger Vessel Transit Counts (Aug 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Aug 2020)": {"layer": {"id": 5048, "name": "Fishing Vessel Transit Counts (Aug 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2016)": {"layer": {"id": 1660, "name": "Tug Tow Vessel Transit Counts (Aug 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2018)": {"layer": {"id": 4252, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Aug 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Aug 2016)": {"layer": {"id": 1648, "name": "Tanker Vessel Transit Counts (Aug 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Aug 2019)": {"layer": {"id": 4350, "name": "Tug Tow Vessel Transit Counts (Aug 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Aug 2020)": {"layer": {"id": 5120, "name": "Others Transit Counts (Aug 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Aug 2019)": {"layer": {"id": 4326, "name": "Passenger Vessel Transit Counts (Aug 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Aug 2017)": {"layer": {"id": 1517, "name": "Others Transit Counts (Aug 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2020)": {"layer": {"id": 5073, "name": "Tanker Vessel Transit Counts (Sep 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Sep 2016)": {"layer": {"id": 1577, "name": "Others Transit Counts (Sep 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2016)": {"layer": {"id": 1358, "name": "Fishing Vessel Transit Counts (Sep 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2016)": {"layer": {"id": 1661, "name": "Tug Tow Vessel Transit Counts (Sep 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2018)": {"layer": {"id": 4253, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2019)": {"layer": {"id": 4351, "name": "Tug Tow Vessel Transit Counts (Sep 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2016)": {"layer": {"id": 1589, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2020)": {"layer": {"id": 5049, "name": "Fishing Vessel Transit Counts (Sep 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Sep 2020)": {"layer": {"id": 5001, "name": "Passenger Vessel Transit Counts (Sep 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2018)": {"layer": {"id": 4109, "name": "Cargo Vessel Transit Counts (Sep 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Sep 2018)": {"layer": {"id": 4133, "name": "Passenger Vessel Transit Counts (Sep 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2019)": {"layer": {"id": 4279, "name": "All Vessel Transit Counts (Sep 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2017)": {"layer": {"id": 1530, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Sep 2019)": {"layer": {"id": 4327, "name": "Passenger Vessel Transit Counts (Sep 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2017)": {"layer": {"id": 1390, "name": "All Vessel Transit Counts (Sep 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2019)": {"layer": {"id": 4375, "name": "Fishing Vessel Transit Counts (Sep 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2017)": {"layer": {"id": 1410, "name": "Cargo Vessel Transit Counts (Sep 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Sep 2019)": {"layer": {"id": 4471, "name": "Others Transit Counts (Sep 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2018)": {"layer": {"id": 4084, "name": "All Vessel Transit Counts (Sep 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2020)": {"layer": {"id": 4977, "name": "Cargo Vessel Transit Counts (Sep 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Sep 2020)": {"layer": {"id": 5121, "name": "Others Transit Counts (Sep 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Sep 2018)": {"layer": {"id": 4205, "name": "Others Transit Counts (Sep 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2018)": {"layer": {"id": 4157, "name": "Tanker Vessel Transit Counts (Sep 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Sep 2017)": {"layer": {"id": 1458, "name": "Passenger Transit Counts (Sep 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2020)": {"layer": {"id": 4953, "name": "All Vessel Transit Counts (Sep 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2019)": {"layer": {"id": 4423, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2017)": {"layer": {"id": 1398, "name": "Fishing Vessel Transit Counts (Sep 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2017)": {"layer": {"id": 1470, "name": "Tanker Vessel Transit Counts (Sep 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2017)": {"layer": {"id": 1482, "name": "Tug Tow Vessel Transit Counts (Sep 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2019)": {"layer": {"id": 4399, "name": "Tanker Vessel Transit Counts (Sep 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Sep 2017)": {"layer": {"id": 1518, "name": "Others Transit Counts (Sep 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2016)": {"layer": {"id": 1372, "name": "Cargo Vessel Transit Counts (Sep 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2018)": {"layer": {"id": 4181, "name": "Tug Tow Vessel Transit Counts (Sep 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Sep 2018)": {"layer": {"id": 4229, "name": "Fishing Vessel Transit Counts (Sep 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Sep 2020)": {"layer": {"id": 5025, "name": "Tug Tow Vessel Transit Counts (Sep 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Sep 2016)": {"layer": {"id": 1637, "name": "Passenger Transit Counts (Sep 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Sep 2019)": {"layer": {"id": 4303, "name": "Cargo Vessel Transit Counts (Sep 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2020)": {"layer": {"id": 5097, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Sep 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Sep 2016)": {"layer": {"id": 1649, "name": "Tanker Vessel Transit Counts (Sep 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2020)": {"layer": {"id": 5050, "name": "Fishing Vessel Transit Counts (Oct 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2020)": {"layer": {"id": 4978, "name": "Cargo Vessel Transit Counts (Oct 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Oct 2020)": {"layer": {"id": 5122, "name": "Others Transit Counts (Oct 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2019)": {"layer": {"id": 4376, "name": "Fishing Vessel Transit Counts (Oct 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Oct 2018)": {"layer": {"id": 4206, "name": "Others Transit Counts (Oct 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2016)": {"layer": {"id": 1373, "name": "Cargo Vessel Transit Counts (Oct 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2019)": {"layer": {"id": 4400, "name": "Tanker Vessel Transit Counts (Oct 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Oct 2016)": {"layer": {"id": 1638, "name": "Passenger Transit Counts (Oct 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2018)": {"layer": {"id": 4182, "name": "Tug Tow Vessel Transit Counts (Oct 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2017)": {"layer": {"id": 1411, "name": "Cargo Vessel Transit Counts (Oct 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2020)": {"layer": {"id": 5026, "name": "Tug Tow Vessel Transit Counts (Oct 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2019)": {"layer": {"id": 4304, "name": "Cargo Vessel Transit Counts (Oct 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Oct 2019)": {"layer": {"id": 4328, "name": "Passenger Vessel Transit Counts (Oct 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2016)": {"layer": {"id": 1359, "name": "Fishing Vessel Transit Counts (Oct 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Oct 2016)": {"layer": {"id": 1578, "name": "Others Transit Counts (Oct 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2017)": {"layer": {"id": 1399, "name": "Fishing Vessel Transit Counts (Oct 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Oct 2018)": {"layer": {"id": 4134, "name": "Passenger Vessel Transit Counts (Oct 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2016)": {"layer": {"id": 1590, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Oct 2017)": {"layer": {"id": 1519, "name": "Others Transit Counts (Oct 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2019)": {"layer": {"id": 4424, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2018)": {"layer": {"id": 4085, "name": "All Vessel Transit Counts (Oct 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2020)": {"layer": {"id": 5098, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2016)": {"layer": {"id": 1650, "name": "Tanker Vessel Transit Counts (Oct 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2018)": {"layer": {"id": 4158, "name": "Tanker Vessel Transit Counts (Oct 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2017)": {"layer": {"id": 1483, "name": "Tug Tow Vessel Transit Counts (Oct 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2019)": {"layer": {"id": 4352, "name": "Tug Tow Vessel Transit Counts (Oct 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2017)": {"layer": {"id": 1531, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2017)": {"layer": {"id": 1391, "name": "All Vessel Transit Counts (Oct 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2017)": {"layer": {"id": 1471, "name": "Tanker Vessel Transit Counts (Oct 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2018)": {"layer": {"id": 4254, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Oct 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Oct 2019)": {"layer": {"id": 4472, "name": "Others Transit Counts (Oct 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2019)": {"layer": {"id": 4280, "name": "All Vessel Transit Counts (Oct 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Oct 2020)": {"layer": {"id": 5074, "name": "Tanker Vessel Transit Counts (Oct 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Oct 2018)": {"layer": {"id": 4230, "name": "Fishing Vessel Transit Counts (Oct 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2020)": {"layer": {"id": 4954, "name": "All Vessel Transit Counts (Oct 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Oct 2018)": {"layer": {"id": 4110, "name": "Cargo Vessel Transit Counts (Oct 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Oct 2016)": {"layer": {"id": 1662, "name": "Tug Tow Vessel Transit Counts (Oct 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Oct 2020)": {"layer": {"id": 5002, "name": "Passenger Vessel Transit Counts (Oct 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Oct 2017)": {"layer": {"id": 1459, "name": "Passenger Transit Counts (Oct 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Nov 2019)": {"layer": {"id": 4473, "name": "Others Transit Counts (Nov 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2019)": {"layer": {"id": 4377, "name": "Fishing Vessel Transit Counts (Nov 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2020)": {"layer": {"id": 5075, "name": "Tanker Vessel Transit Counts (Nov 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2018)": {"layer": {"id": 4255, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2020)": {"layer": {"id": 5099, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2018)": {"layer": {"id": 4231, "name": "Fishing Vessel Transit Counts (Nov 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Nov 2018)": {"layer": {"id": 4135, "name": "Passenger Vessel Transit Counts (Nov 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2020)": {"layer": {"id": 4955, "name": "All Vessel Transit Counts (Nov 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2018)": {"layer": {"id": 4159, "name": "Tanker Vessel Transit Counts (Nov 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology January": {"layer": {"id": 1786, "name": "SST climatology January", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2017)": {"layer": {"id": 1412, "name": "Cargo Vessel Transit Counts (Nov 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Nov 2016)": {"layer": {"id": 1639, "name": "Passenger Transit Counts (Nov 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2017)": {"layer": {"id": 1392, "name": "All Vessel Transit Counts (Nov 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Nov 2020)": {"layer": {"id": 5123, "name": "Others Transit Counts (Nov 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jan 2016)": {"layer": {"id": 837, "name": "All Vessel Transit Counts (Jan 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Nov 2016)": {"layer": {"id": 1579, "name": "Others Transit Counts (Nov 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2017)": {"layer": {"id": 1400, "name": "Fishing Vessel Transit Counts (Nov 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Nov 2018)": {"layer": {"id": 4207, "name": "Others Transit Counts (Nov 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2018)": {"layer": {"id": 4183, "name": "Tug Tow Vessel Transit Counts (Nov 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2019)": {"layer": {"id": 4305, "name": "Cargo Vessel Transit Counts (Nov 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2017)": {"layer": {"id": 1472, "name": "Tanker Vessel Transit Counts (Nov 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2017)": {"layer": {"id": 1484, "name": "Tug Tow Vessel Transit Counts (Nov 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Nov 2020)": {"layer": {"id": 5003, "name": "Passenger Vessel Transit Counts (Nov 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2019)": {"layer": {"id": 4401, "name": "Tanker Vessel Transit Counts (Nov 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2019)": {"layer": {"id": 4281, "name": "All Vessel Transit Counts (Nov 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2019)": {"layer": {"id": 4353, "name": "Tug Tow Vessel Transit Counts (Nov 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2016)": {"layer": {"id": 1374, "name": "Cargo Vessel Transit Counts (Nov 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2018)": {"layer": {"id": 4086, "name": "All Vessel Transit Counts (Nov 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Nov 2019)": {"layer": {"id": 4329, "name": "Passenger Vessel Transit Counts (Nov 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2016)": {"layer": {"id": 1663, "name": "Tug Tow Vessel Transit Counts (Nov 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2016)": {"layer": {"id": 1360, "name": "Fishing Vessel Transit Counts (Nov 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Nov 2017)": {"layer": {"id": 1520, "name": "Others Transit Counts (Nov 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2017)": {"layer": {"id": 1532, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2016)": {"layer": {"id": 1591, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2018)": {"layer": {"id": 4111, "name": "Cargo Vessel Transit Counts (Nov 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Nov 2020)": {"layer": {"id": 5027, "name": "Tug Tow Vessel Transit Counts (Nov 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Nov 2016)": {"layer": {"id": 1651, "name": "Tanker Vessel Transit Counts (Nov 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Nov 2020)": {"layer": {"id": 4979, "name": "Cargo Vessel Transit Counts (Nov 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Nov 2017)": {"layer": {"id": 1460, "name": "Passenger Transit Counts (Nov 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Nov 2020)": {"layer": {"id": 5051, "name": "Fishing Vessel Transit Counts (Nov 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2019)": {"layer": {"id": 4425, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Nov 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2019)": {"layer": {"id": 4354, "name": "Tug Tow Vessel Transit Counts (Dec 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2016)": {"layer": {"id": 1361, "name": "Fishing Vessel Transit Counts (Dec 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2016)": {"layer": {"id": 1664, "name": "Tug Tow Vessel Transit Counts (Dec 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Dec 2019)": {"layer": {"id": 4474, "name": "Others Transit Counts (Dec 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2020)": {"layer": {"id": 4980, "name": "Cargo Vessel Transit Counts (Dec 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2020)": {"layer": {"id": 5028, "name": "Tug Tow Vessel Transit Counts (Dec 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2019)": {"layer": {"id": 4378, "name": "Fishing Vessel Transit Counts (Dec 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2020)": {"layer": {"id": 5052, "name": "Fishing Vessel Transit Counts (Dec 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Dec 2018)": {"layer": {"id": 4208, "name": "Others Transit Counts (Dec 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2017)": {"layer": {"id": 1401, "name": "Fishing Vessel Transit Counts (Dec 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Dec 2020)": {"layer": {"id": 5124, "name": "Others Transit Counts (Dec 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Dec 2016)": {"layer": {"id": 1580, "name": "Others Transit Counts (Dec 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Dec 2018)": {"layer": {"id": 4136, "name": "Passenger Vessel Transit Counts (Dec 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2017)": {"layer": {"id": 1393, "name": "All Vessel Transit Counts (Dec 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2019)": {"layer": {"id": 4402, "name": "Tanker Vessel Transit Counts (Dec 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2017)": {"layer": {"id": 1473, "name": "Tanker Vessel Transit Counts (Dec 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2017)": {"layer": {"id": 1485, "name": "Tug Tow Vessel Transit Counts (Dec 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2019)": {"layer": {"id": 4306, "name": "Cargo Vessel Transit Counts (Dec 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2020)": {"layer": {"id": 5076, "name": "Tanker Vessel Transit Counts (Dec 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2016)": {"layer": {"id": 1652, "name": "Tanker Vessel Transit Counts (Dec 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Dec 2019)": {"layer": {"id": 4330, "name": "Passenger Vessel Transit Counts (Dec 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2017)": {"layer": {"id": 1413, "name": "Cargo Vessel Transit Counts (Dec 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Feb 2016)": {"layer": {"id": 826, "name": "All Vessel Transit Counts (Feb 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2019)": {"layer": {"id": 4282, "name": "All Vessel Transit Counts (Dec 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Fishing Vessel Transit Counts (Dec 2018)": {"layer": {"id": 4232, "name": "Fishing Vessel Transit Counts (Dec 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Dec 2016)": {"layer": {"id": 1640, "name": "Passenger Transit Counts (Dec 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Transit Counts (Dec 2017)": {"layer": {"id": 1461, "name": "Passenger Transit Counts (Dec 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2016)": {"layer": {"id": 1375, "name": "Cargo Vessel Transit Counts (Dec 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology February": {"layer": {"id": 1783, "name": "SST climatology February", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tanker Vessel Transit Counts (Dec 2018)": {"layer": {"id": 4160, "name": "Tanker Vessel Transit Counts (Dec 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Cargo Vessel Transit Counts (Dec 2018)": {"layer": {"id": 4112, "name": "Cargo Vessel Transit Counts (Dec 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Others Transit Counts (Dec 2017)": {"layer": {"id": 1521, "name": "Others Transit Counts (Dec 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2017)": {"layer": {"id": 1533, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2017)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2016)": {"layer": {"id": 1592, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2019)": {"layer": {"id": 4426, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Tug Tow Vessel Transit Counts (Dec 2018)": {"layer": {"id": 4184, "name": "Tug Tow Vessel Transit Counts (Dec 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Passenger Vessel Transit Counts (Dec 2020)": {"layer": {"id": 5004, "name": "Passenger Vessel Transit Counts (Dec 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2018)": {"layer": {"id": 4256, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2018)": {"layer": {"id": 4087, "name": "All Vessel Transit Counts (Dec 2018)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2020)": {"layer": {"id": 4956, "name": "All Vessel Transit Counts (Dec 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2020)": {"layer": {"id": 5100, "name": "Pleasure Craft-Sailing Vessel Transit Counts (Dec 2020)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Mar 2016)": {"layer": {"id": 827, "name": "All Vessel Transit Counts (Mar 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology March": {"layer": {"id": 1797, "name": "SST climatology March", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology April": {"layer": {"id": 1798, "name": "SST climatology April", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Apr 2016)": {"layer": {"id": 828, "name": "All Vessel Transit Counts (Apr 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (May 2016)": {"layer": {"id": 829, "name": "All Vessel Transit Counts (May 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology May": {"layer": {"id": 1799, "name": "SST climatology May", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology June": {"layer": {"id": 1800, "name": "SST climatology June", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jun 2016)": {"layer": {"id": 830, "name": "All Vessel Transit Counts (Jun 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Jul 2016)": {"layer": {"id": 831, "name": "All Vessel Transit Counts (Jul 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology July": {"layer": {"id": 1801, "name": "SST climatology July", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology August": {"layer": {"id": 1802, "name": "SST climatology August", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Aug 2016)": {"layer": {"id": 832, "name": "All Vessel Transit Counts (Aug 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology September": {"layer": {"id": 1803, "name": "SST climatology September", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Sep 2016)": {"layer": {"id": 833, "name": "All Vessel Transit Counts (Sep 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology October": {"layer": {"id": 1804, "name": "SST climatology October", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Oct 2016)": {"layer": {"id": 834, "name": "All Vessel Transit Counts (Oct 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology November": {"layer": {"id": 1805, "name": "SST climatology November", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Nov 2016)": {"layer": {"id": 835, "name": "All Vessel Transit Counts (Nov 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "SST climatology December": {"layer": {"id": 1806, "name": "SST climatology December", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "All Vessel Transit Counts (Dec 2016)": {"layer": {"id": 836, "name": "All Vessel Transit Counts (Dec 2016)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 23, "name": "Companion", "description": "Companion map layers automatically activate when users select a species from the Avian datasets in the Marine Life Library (Species Specific). The zones covered by grey lines denote areas of low survey effort. \r\n\r\nNOTE: Because the Marine Life Library data is input from an external source, all of its maps are \"session-based\" (deactivated once a user leaves or refreshes the page) and cannot be linked to via the headings below, bookmarks or the Portal's URL generator. Users should instead visit http://seamap.env.duke.edu/models/mdat/ for a report with a full explanation of this data. The site also includes downloadable map data products, metadata and other information related to the work of a Marine Life Data and Analysis Team (MDAT) that developed the Portal's Marine Life Library. "}}, "Planning and Lease Areas": {"layer": {"id": 3659, "name": "Planning and Lease Areas", "has_sublayers": true, "sublayers": [{"name": "BOEM Active Renewable Energy Leases", "id": 5139}, {"name": "Virginia Research Lease Areas", "id": 161}, {"name": "Renewable Energy|Planning and Lease Areas|Archived Planning Areas and Activities", "id": 6618}]}, "theme": {"id": 3, "name": "Renewable Energy", "description": "Examine proposed and active offshore wind energy project areas and infrastructure locations in the Mid-Atlantic. Maps are organized in four dropdown categories ranging from earliest in the development process (\"Planning and Lease Areas\") to furthest along (\"Operational Offshore Energy Projects\")."}}, "Offshore Energy Projects Under Review": {"layer": {"id": 3321, "name": "Offshore Energy Projects Under Review", "has_sublayers": true, "sublayers": [{"name": "OCS-A 0534 Park City Wind LLC (New England Wind)", "id": 5172}, {"name": "OCS-A 0508 Avangrid Renewables LLC", "id": 5173}, {"name": "Offshore Wind - Proposed or Installed Inter-array Cables", "id": 5508}, {"name": "Offshore Wind - Proposed Substations", "id": 5502}, {"name": "Offshore Wind - Proposed or Installed Turbine Locations", "id": 5503}, {"name": "Offshore Wind - Proposed Export Cable Corridors", "id": 5506}, {"name": "OCS-A 0521 SouthCoast Wind Energy LLC", "id": 5759}, {"name": "OCS-A 0520 Beacon Wind LLC", "id": 5773}, {"name": "OCS-A 0549 Atlantic Shores North", "id": 5949}, {"name": "Offshore Wind - Proposed or Installed Export Cable Locations", "id": 5501}]}, "theme": {"id": 3, "name": "Renewable Energy", "description": "Examine proposed and active offshore wind energy project areas and infrastructure locations in the Mid-Atlantic. Maps are organized in four dropdown categories ranging from earliest in the development process (\"Planning and Lease Areas\") to furthest along (\"Operational Offshore Energy Projects\")."}}, "Permitted Projects": {"layer": {"id": 3931, "name": "Permitted Projects", "has_sublayers": true, "sublayers": [{"name": "OCS-A 0483 Virginia Electric and Power Company (CVOW Commercial)", "id": 5174}, {"name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Export Cable Corridors", "id": 5880}, {"name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Export Cables", "id": 5881}, {"name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Inter-Array Cables", "id": 5882}, {"name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Substations", "id": 5883}, {"name": "Virginia Electric And Power (CVOW Commercial) Proposed or Installed Turbine Locations", "id": 5884}, {"name": "OCS-A 0486 - Revolution Wind LLC", "id": 5144}, {"name": "Revolution Wind Proposed or Installed Export Cable Corridors", "id": 5872}, {"name": "Revolution Wind Proposed or Installed Inter-Array Cables", "id": 5871}, {"name": "Revolution Wind Proposed or Installed Substations", "id": 5869}, {"name": "Revolution Wind Proposed or Installed Turbine Locations", "id": 5870}, {"name": "OCS-A 0487 Sunrise Wind LLC", "id": 5187}, {"name": "OCS-A 0490 US Wind Inc.", "id": 5425}, {"name": "OCS-A 0498 - Ocean Wind LLC (Ocean Wind 1)", "id": 3312}, {"name": "Ocean Wind 1 Proposed or Installed Export Cable Corridors", "id": 5861}, {"name": "Ocean Wind 1 Proposed or Installed Export Cables", "id": 5860}, {"name": "Ocean Wind 1 Proposed or Installed  Inter-Array Cables", "id": 5859}, {"name": "Ocean Wind 1 Proposed or Installed Substations", "id": 5857}, {"name": "Ocean Wind 1 Proposed or Installed Turbine Locations", "id": 5858}, {"name": "OCS-A 0499 Atlantic Shores South", "id": 5757}, {"name": "OCS-A 0501 - Vineyard Wind LLC", "id": 5537}, {"name": "Vineyard Wind 1 Proposed or Installed Export Cable Corridors", "id": 5536}, {"name": "Vineyard Wind 1 Proposed or Installed Export Cable Locations", "id": 5535}, {"name": "Vineyard Wind 1 Proposed or Installed Inter-Array Cables", "id": 5534}, {"name": "Vineyard Wind 1 Proposed or Installed Substations", "id": 5532}, {"name": "Vineyard Wind 1 Proposed or Installed Turbine Locations", "id": 5533}, {"name": "OCS-A 0512 Empire Offshore Wind LLC", "id": 5143}, {"name": "Empire Wind 1 Relocated Boulders (Original Locations)", "id": 6594}, {"name": "Empire Wind 1 Relocated Boulders (Final Locations)", "id": 6595}]}, "theme": {"id": 3, "name": "Renewable Energy", "description": "Examine proposed and active offshore wind energy project areas and infrastructure locations in the Mid-Atlantic. Maps are organized in four dropdown categories ranging from earliest in the development process (\"Planning and Lease Areas\") to furthest along (\"Operational Offshore Energy Projects\")."}}, "Operational Offshore Energy Projects": {"layer": {"id": 3658, "name": "Operational Offshore Energy Projects", "has_sublayers": true, "sublayers": [{"name": "Block Island Turbine Locations", "id": 3648}, {"name": "Block Island Transmission Cables", "id": 3649}, {"name": "Block Island Renewable Energy Zone", "id": 3647}, {"name": "Coastal Virginia Offshore Wind Pilot Turbine Locations", "id": 4551}, {"name": "Coastal Virginia Offshore Wind Pilot Cable Alignment", "id": 3655}, {"name": "Coastal Virginia Offshore Wind Pilot Test Turbine Area", "id": 3654}, {"name": "OCS-A 0517 - South Fork Wind LLC", "id": 5538}, {"name": "South Fork Wind Farm Proposed or Installed Export Cable Corridors", "id": 5531}, {"name": "South Fork Wind Farm Proposed or Installed Export Cable Locations", "id": 5530}, {"name": "South Fork Wind Farm Proposed or Installed Inter-Array Cables", "id": 5529}, {"name": "South Fork Wind Farm Proposed or Installed Turbine Locations", "id": 5528}]}, "theme": {"id": 3, "name": "Renewable Energy", "description": "Examine proposed and active offshore wind energy project areas and infrastructure locations in the Mid-Atlantic. Maps are organized in four dropdown categories ranging from earliest in the development process (\"Planning and Lease Areas\") to furthest along (\"Operational Offshore Energy Projects\")."}}, "Electric Transmission Lines: Voltage": {"layer": {"id": 3942, "name": "Electric Transmission Lines: Voltage", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3, "name": "Renewable Energy", "description": "Examine proposed and active offshore wind energy project areas and infrastructure locations in the Mid-Atlantic. Maps are organized in four dropdown categories ranging from earliest in the development process (\"Planning and Lease Areas\") to furthest along (\"Operational Offshore Energy Projects\")."}}, "Coastal Energy Facilities": {"layer": {"id": 5226, "name": "Coastal Energy Facilities", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3, "name": "Renewable Energy", "description": "Examine proposed and active offshore wind energy project areas and infrastructure locations in the Mid-Atlantic. Maps are organized in four dropdown categories ranging from earliest in the development process (\"Planning and Lease Areas\") to furthest along (\"Operational Offshore Energy Projects\")."}}, "Offshore Wind Planned Ports 2023": {"layer": {"id": 5874, "name": "Offshore Wind Planned Ports 2023", "has_sublayers": false, "sublayers": []}, "theme": {"id": 3, "name": "Renewable Energy", "description": "Examine proposed and active offshore wind energy project areas and infrastructure locations in the Mid-Atlantic. Maps are organized in four dropdown categories ranging from earliest in the development process (\"Planning and Lease Areas\") to furthest along (\"Operational Offshore Energy Projects\")."}}, "Danger Zones & Restricted Areas": {"layer": {"id": 59, "name": "Danger Zones & Restricted Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "FAA Contiguous U.S. ADIZ Airpspace": {"layer": {"id": 6750, "name": "FAA Contiguous U.S. ADIZ Airpspace", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "Military Installation Location": {"layer": {"id": 324, "name": "Military Installation Location", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "Military Operating Area Boundaries": {"layer": {"id": 530, "name": "Military Operating Area Boundaries", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "Military Regulated Airspace: Atlantic / Gulf of Mexico": {"layer": {"id": 531, "name": "Military Regulated Airspace: Atlantic / Gulf of Mexico", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "Military Ship Shock Boxes: Atlantic": {"layer": {"id": 600, "name": "Military Ship Shock Boxes: Atlantic", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "Military Special Use Airspace: Atlantic / Gulf of Mexico": {"layer": {"id": 532, "name": "Military Special Use Airspace: Atlantic / Gulf of Mexico", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "Military \u200bSurface Grid Areas": {"layer": {"id": 533, "name": "Military \u200bSurface Grid Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "Munitions and Explosives of Concern (MEC)": {"layer": {"id": 5520, "name": "Munitions and Explosives of Concern (MEC)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 5, "name": "Security", "description": "The Mid-Atlantic is home to important naval installations and training areas, and it\u2019s a busy corridor for commercial shipping and naval and other defense and security operations."}}, "Population Density": {"layer": {"id": 512, "name": "Population Density", "has_sublayers": false, "sublayers": []}, "theme": {"id": 22, "name": "Socioeconomic", "description": "Learn about the ocean\u2019s value to your local economy with the Portal\u2019s Socioeconomic data. The map data are derived from the Economics: National Ocean Watch (ENOW) Explorer database, available through NOAA\u2019s Office for Coastal Management Digital Coast Partnership.\r\n\r\nThe Mid-Atlantic Regional Council on the Ocean recently published a report on the economic vulnerabilities that climate change poses for to the region. We offer map data produced for the report as a resource for users. You can download it at http://portal.midatlanticocean.org/static/data_manager/data-download/Zip_Files/Socioeconomic/CCV_CoastalMidAtlantic_Counties.zip."}}, "Total Seasonal Housing Units (2015)": {"layer": {"id": 1686, "name": "Total Seasonal Housing Units (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 22, "name": "Socioeconomic", "description": "Learn about the ocean\u2019s value to your local economy with the Portal\u2019s Socioeconomic data. The map data are derived from the Economics: National Ocean Watch (ENOW) Explorer database, available through NOAA\u2019s Office for Coastal Management Digital Coast Partnership.\r\n\r\nThe Mid-Atlantic Regional Council on the Ocean recently published a report on the economic vulnerabilities that climate change poses for to the region. We offer map data produced for the report as a resource for users. You can download it at http://portal.midatlanticocean.org/static/data_manager/data-download/Zip_Files/Socioeconomic/CCV_CoastalMidAtlantic_Counties.zip."}}, "Ocean Employment as Percent of County Employment (2015)": {"layer": {"id": 1689, "name": "Ocean Employment as Percent of County Employment (2015)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 22, "name": "Socioeconomic", "description": "Learn about the ocean\u2019s value to your local economy with the Portal\u2019s Socioeconomic data. The map data are derived from the Economics: National Ocean Watch (ENOW) Explorer database, available through NOAA\u2019s Office for Coastal Management Digital Coast Partnership.\r\n\r\nThe Mid-Atlantic Regional Council on the Ocean recently published a report on the economic vulnerabilities that climate change poses for to the region. We offer map data produced for the report as a resource for users. You can download it at http://portal.midatlanticocean.org/static/data_manager/data-download/Zip_Files/Socioeconomic/CCV_CoastalMidAtlantic_Counties.zip."}}, "Ratio of Summer Peak to Off Peak Leisure & Hospitality Sector Employment": {"layer": {"id": 5459, "name": "Ratio of Summer Peak to Off Peak Leisure & Hospitality Sector Employment", "has_sublayers": false, "sublayers": []}, "theme": {"id": 22, "name": "Socioeconomic", "description": "Learn about the ocean\u2019s value to your local economy with the Portal\u2019s Socioeconomic data. The map data are derived from the Economics: National Ocean Watch (ENOW) Explorer database, available through NOAA\u2019s Office for Coastal Management Digital Coast Partnership.\r\n\r\nThe Mid-Atlantic Regional Council on the Ocean recently published a report on the economic vulnerabilities that climate change poses for to the region. We offer map data produced for the report as a resource for users. You can download it at http://portal.midatlanticocean.org/static/data_manager/data-download/Zip_Files/Socioeconomic/CCV_CoastalMidAtlantic_Counties.zip."}}, "Ocean Economics GDP": {"layer": {"id": 483, "name": "Ocean Economics GDP", "has_sublayers": false, "sublayers": []}, "theme": {"id": 22, "name": "Socioeconomic", "description": "Learn about the ocean\u2019s value to your local economy with the Portal\u2019s Socioeconomic data. The map data are derived from the Economics: National Ocean Watch (ENOW) Explorer database, available through NOAA\u2019s Office for Coastal Management Digital Coast Partnership.\r\n\r\nThe Mid-Atlantic Regional Council on the Ocean recently published a report on the economic vulnerabilities that climate change poses for to the region. We offer map data produced for the report as a resource for users. You can download it at http://portal.midatlanticocean.org/static/data_manager/data-download/Zip_Files/Socioeconomic/CCV_CoastalMidAtlantic_Counties.zip."}}, "Principal Ports & Tonnage": {"layer": {"id": 5428, "name": "Principal Ports & Tonnage", "has_sublayers": false, "sublayers": []}, "theme": {"id": 22, "name": "Socioeconomic", "description": "Learn about the ocean\u2019s value to your local economy with the Portal\u2019s Socioeconomic data. The map data are derived from the Economics: National Ocean Watch (ENOW) Explorer database, available through NOAA\u2019s Office for Coastal Management Digital Coast Partnership.\r\n\r\nThe Mid-Atlantic Regional Council on the Ocean recently published a report on the economic vulnerabilities that climate change poses for to the region. We offer map data produced for the report as a resource for users. You can download it at http://portal.midatlanticocean.org/static/data_manager/data-download/Zip_Files/Socioeconomic/CCV_CoastalMidAtlantic_Counties.zip."}}, "Acidification Monitoring Locations": {"layer": {"id": 5849, "name": "Acidification Monitoring Locations", "has_sublayers": true, "sublayers": [{"name": "All Acidification Monitoring Sites", "id": 5850}, {"name": "Active Sites as of Summer 2023", "id": 5851}, {"name": "Sites by Number of Parameters", "id": 5852}, {"name": "pH Sites", "id": 5854}, {"name": "pCO2 Sites", "id": 5853}, {"name": "TA Sites", "id": 5855}, {"name": "DIC Sites", "id": 5856}]}, "theme": {"id": 27, "name": "Water Quality", "description": "A healthy ocean ecosystem is critical to our region\u2019s economies and communities. Pollution and changes in ocean chemistry have the potential to create environmental, social, economic and cultural impacts.  Learn more about MARCO\u2019s work on water quality issues on its <a href=\"https://www.midatlanticocean.org/work-groups/marine-debris?from=%2Fwork-groups\" target=\"_blank\">Marine Debris Work Group</a> page, <a href=\"https://www.midatlanticocean.org/work-groups/coastal-carbon-collaborative?from=%2Fwork-groups\" target=\"_blank\">Coastal Carbon Collaborative</a> page, and the <a href=\"https://www.midacan.org/\" target=\"_blank\">Mid-Atlantic Coastal Acidification Network</a> website."}}, "EPA No-Discharge Zones (2021)": {"layer": {"id": 6077, "name": "EPA No-Discharge Zones (2021)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 27, "name": "Water Quality", "description": "A healthy ocean ecosystem is critical to our region\u2019s economies and communities. Pollution and changes in ocean chemistry have the potential to create environmental, social, economic and cultural impacts.  Learn more about MARCO\u2019s work on water quality issues on its <a href=\"https://www.midatlanticocean.org/work-groups/marine-debris?from=%2Fwork-groups\" target=\"_blank\">Marine Debris Work Group</a> page, <a href=\"https://www.midatlanticocean.org/work-groups/coastal-carbon-collaborative?from=%2Fwork-groups\" target=\"_blank\">Coastal Carbon Collaborative</a> page, and the <a href=\"https://www.midacan.org/\" target=\"_blank\">Mid-Atlantic Coastal Acidification Network</a> website."}}, "Water Quality|Ocean Acidification Sliders": {"layer": {"id": 6632, "name": "Water Quality|Ocean Acidification Sliders", "has_sublayers": true, "sublayers": [{"name": "OA pH Surface Sliders (2018-2022)", "id": 6738}, {"name": "OA pCO2 Surface Sliders (2018-2022)", "id": 7126}, {"name": "OA H+ Surface Sliders (2018-2022)", "id": 7127}, {"name": "OA Aragonite Saturation Surface Sliders (2018-2022)", "id": 7128}]}, "theme": {"id": 27, "name": "Water Quality", "description": "A healthy ocean ecosystem is critical to our region\u2019s economies and communities. Pollution and changes in ocean chemistry have the potential to create environmental, social, economic and cultural impacts.  Learn more about MARCO\u2019s work on water quality issues on its <a href=\"https://www.midatlanticocean.org/work-groups/marine-debris?from=%2Fwork-groups\" target=\"_blank\">Marine Debris Work Group</a> page, <a href=\"https://www.midatlanticocean.org/work-groups/coastal-carbon-collaborative?from=%2Fwork-groups\" target=\"_blank\">Coastal Carbon Collaborative</a> page, and the <a href=\"https://www.midacan.org/\" target=\"_blank\">Mid-Atlantic Coastal Acidification Network</a> website."}}, "EPA ATTAINS Assessment Areas": {"layer": {"id": 4543, "name": "EPA ATTAINS Assessment Areas", "has_sublayers": false, "sublayers": []}, "theme": {"id": 27, "name": "Water Quality", "description": "A healthy ocean ecosystem is critical to our region\u2019s economies and communities. Pollution and changes in ocean chemistry have the potential to create environmental, social, economic and cultural impacts.  Learn more about MARCO\u2019s work on water quality issues on its <a href=\"https://www.midatlanticocean.org/work-groups/marine-debris?from=%2Fwork-groups\" target=\"_blank\">Marine Debris Work Group</a> page, <a href=\"https://www.midatlanticocean.org/work-groups/coastal-carbon-collaborative?from=%2Fwork-groups\" target=\"_blank\">Coastal Carbon Collaborative</a> page, and the <a href=\"https://www.midacan.org/\" target=\"_blank\">Mid-Atlantic Coastal Acidification Network</a> website."}}, "Balloon and Other Debris Mid-Atlantic Beach Monitoring Surveys: NY, NJ, DE, MD": {"layer": {"id": 4928, "name": "Balloon and Other Debris Mid-Atlantic Beach Monitoring Surveys: NY, NJ, DE, MD", "has_sublayers": false, "sublayers": []}, "theme": {"id": 27, "name": "Water Quality", "description": "A healthy ocean ecosystem is critical to our region\u2019s economies and communities. Pollution and changes in ocean chemistry have the potential to create environmental, social, economic and cultural impacts.  Learn more about MARCO\u2019s work on water quality issues on its <a href=\"https://www.midatlanticocean.org/work-groups/marine-debris?from=%2Fwork-groups\" target=\"_blank\">Marine Debris Work Group</a> page, <a href=\"https://www.midatlanticocean.org/work-groups/coastal-carbon-collaborative?from=%2Fwork-groups\" target=\"_blank\">Coastal Carbon Collaborative</a> page, and the <a href=\"https://www.midacan.org/\" target=\"_blank\">Mid-Atlantic Coastal Acidification Network</a> website."}}, "Balloon and Other Debris Mid-Atlantic Beach Monitoring Surveys: VA": {"layer": {"id": 4929, "name": "Balloon and Other Debris Mid-Atlantic Beach Monitoring Surveys: VA", "has_sublayers": false, "sublayers": []}, "theme": {"id": 27, "name": "Water Quality", "description": "A healthy ocean ecosystem is critical to our region\u2019s economies and communities. Pollution and changes in ocean chemistry have the potential to create environmental, social, economic and cultural impacts.  Learn more about MARCO\u2019s work on water quality issues on its <a href=\"https://www.midatlanticocean.org/work-groups/marine-debris?from=%2Fwork-groups\" target=\"_blank\">Marine Debris Work Group</a> page, <a href=\"https://www.midatlanticocean.org/work-groups/coastal-carbon-collaborative?from=%2Fwork-groups\" target=\"_blank\">Coastal Carbon Collaborative</a> page, and the <a href=\"https://www.midacan.org/\" target=\"_blank\">Mid-Atlantic Coastal Acidification Network</a> website."}}, "Wastewater Outfalls and Discharge Flow (2019)": {"layer": {"id": 5429, "name": "Wastewater Outfalls and Discharge Flow (2019)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 27, "name": "Water Quality", "description": "A healthy ocean ecosystem is critical to our region\u2019s economies and communities. Pollution and changes in ocean chemistry have the potential to create environmental, social, economic and cultural impacts.  Learn more about MARCO\u2019s work on water quality issues on its <a href=\"https://www.midatlanticocean.org/work-groups/marine-debris?from=%2Fwork-groups\" target=\"_blank\">Marine Debris Work Group</a> page, <a href=\"https://www.midatlanticocean.org/work-groups/coastal-carbon-collaborative?from=%2Fwork-groups\" target=\"_blank\">Coastal Carbon Collaborative</a> page, and the <a href=\"https://www.midacan.org/\" target=\"_blank\">Mid-Atlantic Coastal Acidification Network</a> website."}}, "Wastewater Facilities": {"layer": {"id": 5259, "name": "Wastewater Facilities", "has_sublayers": false, "sublayers": []}, "theme": {"id": 27, "name": "Water Quality", "description": "A healthy ocean ecosystem is critical to our region\u2019s economies and communities. Pollution and changes in ocean chemistry have the potential to create environmental, social, economic and cultural impacts.  Learn more about MARCO\u2019s work on water quality issues on its <a href=\"https://www.midatlanticocean.org/work-groups/marine-debris?from=%2Fwork-groups\" target=\"_blank\">Marine Debris Work Group</a> page, <a href=\"https://www.midatlanticocean.org/work-groups/coastal-carbon-collaborative?from=%2Fwork-groups\" target=\"_blank\">Coastal Carbon Collaborative</a> page, and the <a href=\"https://www.midacan.org/\" target=\"_blank\">Mid-Atlantic Coastal Acidification Network</a> website."}}, "Seagrasses": {"layer": {"id": 517, "name": "Seagrasses", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6281, "name": "Seagrasses, Organic Matter Storage & Coastal Wetlands", "description": "This collection of maps highlights the estuarine wetlands and plant life along our coasts that serve as some of the region\u2019s most productive habitats."}}, "Eel grass restoration, Virginia's Eastern Shore - SAV Beds 1971-2022 Composite": {"layer": {"id": 6218, "name": "Eel grass restoration, Virginia's Eastern Shore - SAV Beds 1971-2022 Composite", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6281, "name": "Seagrasses, Organic Matter Storage & Coastal Wetlands", "description": "This collection of maps highlights the estuarine wetlands and plant life along our coasts that serve as some of the region\u2019s most productive habitats."}}, "Carbon Footprint Projects (2024)": {"layer": {"id": 6346, "name": "Carbon Footprint Projects (2024)", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6281, "name": "Seagrasses, Organic Matter Storage & Coastal Wetlands", "description": "This collection of maps highlights the estuarine wetlands and plant life along our coasts that serve as some of the region\u2019s most productive habitats."}}, "Coastal Wetlands": {"layer": {"id": 5789, "name": "Coastal Wetlands", "has_sublayers": false, "sublayers": []}, "theme": {"id": 6281, "name": "Seagrasses, Organic Matter Storage & Coastal Wetlands", "description": "This collection of maps highlights the estuarine wetlands and plant life along our coasts that serve as some of the region\u2019s most productive habitats."}}}