20260824 23130000 1.0 FALSE NEUS_FAL_IDW_CRF.crf 428349.958500 1278349.958500 3888846.458500 4952846.458500 1 001 Projected GCS_NAD_1983_2011 Linear Unit: Meter (1.000000) NAD_1983_2011_UTM_Zone_18N <ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.7.0'><WKT>PROJCRS[&quot;NAD_1983_2011_UTM_Zone_18N&quot;,BASEGEOGCRS[&quot;GCS_NAD_1983_2011&quot;,DATUM[&quot;D_NAD_1983_2011&quot;,ELLIPSOID[&quot;GRS_1980&quot;,6378137.0,298.257222101],ANCHOREPOCH[2010.0]],PRIMEM[&quot;Greenwich&quot;,0.0],CS[ellipsoidal,2],AXIS[&quot;Latitude (lat)&quot;,north,ORDER[1]],AXIS[&quot;Longitude (lon)&quot;,east,ORDER[2]],ANGLEUNIT[&quot;Degree&quot;,0.0174532925199433]],CONVERSION[&quot;Transverse_Mercator&quot;,METHOD[&quot;Transverse_Mercator&quot;],PARAMETER[&quot;False_Easting&quot;,500000.0],PARAMETER[&quot;False_Northing&quot;,0.0],PARAMETER[&quot;Central_Meridian&quot;,-75.0],PARAMETER[&quot;Scale_Factor&quot;,0.9996],PARAMETER[&quot;Latitude_Of_Origin&quot;,0.0]],CS[Cartesian,2],AXIS[&quot;Easting (X)&quot;,east,ORDER[1]],AXIS[&quot;Northing (Y)&quot;,north,ORDER[2]],LENGTHUNIT[&quot;Meter&quot;,1.0],ID[&quot;EPSG&quot;,&quot;6347&quot;]]</WKT><XOrigin>-5120900</XOrigin><YOrigin>-9998100</YOrigin><XYScale>450445547.3910538</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>0.001</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><WKID>102387</WKID><LatestWKID>6347</LatestWKID></ProjectedCoordinateSystem> 32 FALSE LERC2D 1 Cache/LERC2D TRUE continuous floating point 20260824 21380800 20260824 21380800 150000000 5000 gov.noaa.nmfs.inport:80294 gov.noaa.nmfs.inport:66799 dataset John F Kennedy NMFS Office of Science and Technology john.f.kennedy@noaa.gov 20260802 https://services2.arcgis.com/C8EMgrsFcRFL6LrL/arcgis/rest/services/NEUS_FAL_IDW_CRF.crf_20260601/FeatureServer ESRI REST Service NOAA Geoplatform Timothy J Haverland NMFS Office of Science and Technology tim.haverland@noaa.gov <div style='text-align:Left;'><div><div><p><span>NOAA Fisheries and its partners conduct fisheries-independent surveys in 8 regions in the US (Northeast, Southeast, Gulf of Mexico, West Coast, Gulf of Alaska, Bering Sea, Aleutian Islands, Hawai’i Islands). These surveys are designed to collect information on the seasonal distribution, relative abundance, and biodiversity of fish and invertebrate species found in U.S. waters. Over 400 species of fish and invertebrates have been identified in these surveys.</span></p></div></div></div> NEUS_FAL_IDW_CURRENT 2026-06-01T00:00:00 Timothy J Haverland NMFS Office of Science and Technology tim.haverland@noaa.gov All US Regions, Hawai'i Islands, Alaska, California Current, Gulf of America, South Atlantic, North Atlantic 170.17549 -65.287165 66.121499 24.358866 1 2026-06-01T00:00:00 Aleutian Islands Region Biomass Distribution 170.17549 -165.085146 58.246827 48.567479 1 2026-06-01T00:00:00 Eastern Bering Sea Region Biomass Distribution -179.526097 -157.972251 63.604209 53.371444 1 2026-06-01T00:00:00 Eastern and Northern Bering Sea Region Biomass Distribution -179.526078 -157.966752 63.604450 53.371445 1 2026-06-01T00:00:00 Gulf of Alaska Region Biomass Distribution -173.176252 -130.268222 60.562805 52.009837 1 2026-06-01T00:00:00 Gulf of Mexico Region Biomass Distribution -97.661508 -81.424869 30.380009 23.867247 1 2026-06-01T00:00:00 Hawai'i Islands Region Biomass Distribution -160.278504 -154.715448 22.298411 18.831072 1 2026-06-01T00:00:00 Northern Bering Sea Region Biomass Distribution -176.870839 -160.765630 65.793695 59.788822 1 2026-06-01T00:00:00 Northeast US Fall Region Biomass Distribution -75.866269 -65.320899 44.681383 34.854249 1 2026-06-01T00:00:00 Northeast US Spring Region Biomass Distribution -75.899666 -65.317433 44.679980 34.912680 1 2026-06-01T00:00:00 Southeast US Fall Region Biomass Distribution -81.459742 -77.117413 34.684389 28.895601 1 2026-06-01T00:00:00 Southeast US Spring Region Biomass Distribution -81.463483 -75.582626 35.350066 28.662175 1 2026-06-01T00:00:00 Southeast US Summer Region Biomass Distribution -81.463471 -75.594932 35.347928 28.662597 1 2026-06-01T00:00:00 West Coast Annual Region Biomass Distribution -125.969432 -115.026445 48.464905 31.896138 1 2026-06-01T00:00:00 West Coast Triennial Region Biomass Distribution -126.527693 -121.596188 49.023417 36.210671 1 2026-06-01T00:00:00 Melissa Ann Karp NMFS Office of Science and Technology melissa.karp@noaa.gov DisMap Global Change Master Directory (GCMD) Science Keywords 2026-06-01T00:00:00 Marine species distributions; species range shifts; species persistence and turnover, fishery-independent survey data; EARTH SCIENCE > BIOLOGICAL CLASSIFICATION > ANIMALS/VERTEBRATES > FISH; EARTH SCIENCE > BIOSPHERE > ECOLOGICAL DYNAMICS > SPECIES/POPULATION INTERACTIONS; EARTH SCIENCE > OCEANS > AQUATIC SCIENCES These data were created as part of the DisMAP project to enable visualization and analysis of changes in fish and invertebrate distributions. These interpolated biomass layers provide information on the spatial distribution of species caught in the NOAA Fisheries fisheries-independent surveys. Information on species distributions is of paramount importance for understanding and preparing for climate-change impacts, and plays a key role in climate-ready fisheries management. NMFS Office of Science and Technology, 2026 <div style='text-align:Left;'><div><div><p><span>***No Warranty*** The user assumes the entire risk related to its use of these data. NMFS is providing these data 'as is' and NMFS disclaims any and all warranties, whether express or implied, including (without limitation) any implied warranties of merchantability or fitness for a particular purpose. No warranty expressed or implied is made regarding the accuracy or utility of the data on any other system or for general or scientific purposes, nor shall the act of distribution constitute any such warranty. It is strongly recommended that careful attention be paid to the contents of the metadata file associated with these data to evaluate dataset limitations, restrictions or intended use. In no event will NMFS be liable to you or to any third party for any direct, indirect, incidental, consequential, special or exemplary damages or lost profit resulting from any use or misuse of these data.</span></p></div></div></div> Data License: CC0-1.0 Data License URL: https://creativecommons.org/publicdomain/zero/1.0/ Data License Statement: These data were produced by NOAA and are not subject to copyright protection in the United States. NOAA waives any potential copyright and related rights in these data worldwide through the Creative Commons Zero 1.0 Universal Public Domain Dedication (CC0-1.0). Data License Type All Internal NOAA Source Data that are appropriate for public release (not classified or controlled unclassified information) should be formally dedicated to the public domain via the Creative Commons 1.0 Universal Public Domain Dedication (CC0-1.0). For more information, please see the NOAA Open Data Licensing Guidance (NOAA Account required). FISMA Low Esri ArcGIS 13.7.0.1901 Global Change Master Directory (GCMD) Location Keywords 2026-06-01T00:00:00 CONTINENT > NORTH AMERICA > UNITED STATES OF AMERICA > ALASKA, CONTINENT > NORTH AMERICA > UNITED STATES OF AMERICA > HAWAII, CONTINENT > NORTH AMERICA > UNITED STATES OF AMERIC > US East Coast, CONTINENT > NORTH AMERICA > UNITED STATES OF AMERIC > US West Coast, OCEAN > PACIFIC OCEAN > NORTH PACIFIC OCEAN > BERING SEA, OCEAN > PACIFIC OCEAN > NORTH PACIFIC OCEAN > GULF OF ALASKA, OCEAN > ATLANTIC OCEAN > NORTH ATLANTIC OCEAN > GULF OF AMERICA Global Change Master Directory (GCMD) Temporal Data Resolution Keywords 2026-06-01T00:00:00 Annual Quality check for missing features and attributes This data was created in May-June 2026 based on the processed survey data. Specific steps in how it was created are detailed in the process steps below. Alaska Fisheries Science Center Bottom Trawl Survey NOAA Fisheries Alaska Fisheries Science Center, 2026. Fisheries One Stop Shop Public Data 2026-06-01T00:00:00 https://www.fisheries.noaa.gov/foss/f?p=215:28:11659615688681::::: Gulf of America - SEAMAP Gulf of America - SEAMAP 2026-06-01T00:00:00 https://seamapdata.gsmfc.org/ Southeast US - SEAMAP SEAMAP-SA Data Management Work Group. 2026, May, 10. SEAMAP-SA online database 2026-06-01T00:00:00 https://pp8.0cb.myftpupload.com/data-portal/ Tracey Smart SEAMAP-SA Data Management Work Group Tracey Smart seamap.org Northeast Fisheries Science Center Fall Bottom Trawl Survey Northeast Fisheries Science Center, 2026: Fall Bottom Trawl Survey 2026-06-01T00:00:00 https://www.fisheries.noaa.gov/inport/item/22560 Catherine Foley NMFS Northeast Fisheries Science Center Northeast Fisheries Science Center Spring Bottom Trawl Survey Northeast Fisheries Science Center, 2026: Spring Bottom Trawl Survey 2026-06-01T00:00:00 https://www.fisheries.noaa.gov/inport/item/22561 Catherine Foley NMFS Northeast Fisheries Science Center NWFSC Annual Bottom Trawl Survey West Coast Groundfish Bottom Trawl Survey, NOAA Fisheries, NWFSC/FRAM 2026-06-01T00:00:00 https://www.webapps.nwfsc.noaa.gov/data/map PIFSC BFISH survey Pacific Islands Fisheries Science Center, 2025: Bottomfish Fishery-Independent Survey in Hawaii (BFISH) - Cooperative Research Fishing Surveys from 2016 to 2023 2026-06-01T00:00:00 https://www.fisheries.noaa.gov/inport/item/20969 Ben Richards Pacific Islands Fisheries Science Center The raw survey data was then processed using an R script, which combined the individual files collected for each regional survey into one dataset with standardized names and units across all regions, and removing unnecessary columns. During this processing step, decisions where made to in some cases trim a regions data to either eliminate certain years or strata based on evaluation of survey coverage for those years or strata. 2026-06-01T00:00:00 Melissa Ann Karp NMFS Office of Science and Technology melissa.karp@noaa.gov The data was obtained from the above sources as raw survey data. Please refer to the original source for detailed metadata information on each survey. 2026-06-01T00:00:00 Melissa Ann Karp NMFS Office of Science and Technology melissa.karp@noaa.gov no missing features or attributes DisMAP Tech Report 2026-06-01T00:00:00 Reviewed by project staff 1 2 779 2000.000000 306 2000.000000 -1494985.500000 685297.281300 -2273985.500000 379297.281300 -2273985.500000 991297.281300 -715985.500000 991297.281300 -715985.500000 379297.281300 1 0 EPSG 8.2.2(10.2.1) 197.104004 32 Band_1 0.000000 DisMAP_Regions Feature Class 0 OBJECTID OBJECTID OID 4 0 0 Internal feature number. Esri Sequential unique whole numbers that are automatically generated. Shape Shape Geometry 0 0 0 Feature geometry. Esri Coordinates defining the features. Shape_Length Shape_Length Double 8 0 0 Length of feature in internal units. Esri Positive real numbers that are automatically generated. DatasetCode Dataset Code String 50 0 0 Region Region String 40 0 0 Season Season String 15 0 0 DistributionProjectCode Distribution Project Code String 10 0 0 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