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Description: This map layer shows the locations of buoys and monitoring stations of the Northeastern Regional Association of Coastal Ocean Observing Systems (NERACOOS). These instruments monitor oceanographic and meteorological phenomena such as current speeds, wind speeds, and temperature. Bouy location, status, and attribution is current as of June 27, 2017.
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Layer: Annual Mean Offshore Wind Speed m/s (1)
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Layer: Water Depth (2)
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Description: This map layer shows depth, or bathymetry, in 90-meter square grid cells from the NOAA National Geophysical Data Center’s Coastal Relief Model. Vertical units are in meters and the data cover coastal and offshore areas in the northeastern U.S. and extend out to the continental shelf. The maximum depth shown on the map is 3,942.5 m.
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Description: Submarine canyons are diverse and complex in terms of their origins, hydrography, geologic settings and biodiversity. The combination of steep rocky slopes, strong currents and enhanced access to food makes submarine canyons places of ecological significance. <br/> <br/> Global submarine canyon data are derived from <a href=" https://www.sciencedirect.com/science/article/abs/pii/S0025322714000310"target="_blank"> Geomorphology of the Oceans</a> by Harris, Macmillan-Lawler, Rupp, and Baker. In this study, submarine canyons are defined as “steep-walled, sinuous valleys with V-shaped cross sections, axes sloping outward as continuously as river-cut land canyons and relief comparable to even the largest of land canyons” (Shepard, 1963). “Large” canyons were mapped in this study based on the definition of Harris and Whiteway (2011), which requires canyons to extend over a depth range of at least 1,000 m and to be incised at least 100 m into the slope at some point along their lowest elevation.<br/>
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Copyright Text: GRID-Arendal, Geoscience Australia, Conservation International
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Layer: Contours - Mean Annual Offshore Wind Speed (m/s) (5)
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Description: This layer represents mean annual offshore wind speed, contoured at 0.5 m/s intervals. The data are derived from the Wind Integration National Dataset (WIND) Toolkit, a state-of-the-art national wind resource data set covering the contiguous United States from 2007 to 2013 for use in a variety of next-generation wind integration analyses and wind power planning. This layer shows 2km gridded wind speeds 100m above ground level/sea surface clipped to the Northeast and Mid-Atlantic regions. For more information visit the <a href="https://www.nrel.gov/grid/wind-toolkit.html"target="_blank">Wind Integration National Dataset Toolkit</a>.
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Copyright Text: National Renewable Energy Laboratory. Draxl, C., B.M. Hodge, A. Clifton, and J. McCaa. 2015. Overview and Meteorological Validation of the Wind Integration National Dataset Toolkit (Technical Report, NREL/TP-5000-61740). Golden, CO.
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Description: The feature class contains bathymetric contours which provide the size, shape and distribution of underwater features. The contours are from zero to -100m with a contour every 10 meters, a -101m to -500m with contours every 25meters, and -501m+ with contours every 100m until all contours had been created for the DEM utilized. The DEM utilized was the Global Multi-Resolution Topography (GMRT) Synthesis which is a multi-resolution gridded global Digital Elevation Model (DEM) that includes cleaned processed ship-based multibeam sonar data at their full spatial resolution (~100m in the deep sea).
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Copyright Text: MarineCadastre.gov
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Layer: Percent Sediment Type - Granule and pebble (9)
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Description: This dataset constitutes a portion of the input data for the Northeast Fishing Effects Model (Fishing Effects), and its primary purpose is to serve as a base layer for that model. Five different sediment grain sizes plus a steep and deep habitat type are represented in the dataset, which indicates the proportion of each grain size occurring within each 5x5 km grid cell based on available data (primarily from the USGS and SMAST drop camera survey dataset). In areas where there were existing polygon interpretations of sediments, these are used instead of the point-based interpolations to determine the percent sediment values in the final sediment dataset. For each grid cell, the proportions across the five grain sizes and steep and deep habitat type sum to 1, such that the area of the grid cell is fully allocated to one or more of the six conditions. The legends and color ramps for each of the five grain size layers are unique so as to display the range of variability within each layer. The model domain is fromthe U.S./Canadian border to the N.C./S.C. border, and inshore to offshore from the coastline to the Exclusive Economic Zone boundary. <br/> <br/> 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. It is important to understand caveats and limitations associated with both the underlying source data and this compilation when using the data for spatial planning. These limitations and caveats influence the Fishing Effects model percent habitat disturbance results as well. Additional 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.
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Copyright Text: New England Fishery Management Council, 2020. For questions contact Michelle Bachman, mbachman@nefmc.org
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Description: This dataset constitutes a portion of the input data for the Northeast Fishing Effects Model (Fishing Effects), and its primary purpose is to serve as a base layer for that model. Five different sediment grain sizes plus a steep and deep habitat type are represented in the dataset, which indicates the proportion of each grain size occurring within each 5x5 km grid cell based on available data (primarily from the USGS and SMAST drop camera survey dataset). In areas where there were existing polygon interpretations of sediments, these are used instead of the point-based interpolations to determine the percent sediment values in the final sediment dataset. For each grid cell, the proportions across the five grain sizes and steep and deep habitat type sum to 1, such that the area of the grid cell is fully allocated to one or more of the six conditions. The legends and color ramps for each of the five grain size layers are unique so as to display the range of variability within each layer. The model domain is fromthe U.S./Canadian border to the N.C./S.C. border, and inshore to offshore from the coastline to the Exclusive Economic Zone boundary. <br/> <br/> 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. It is important to understand caveats and limitations associated with both the underlying source data and this compilation when using the data for spatial planning. These limitations and caveats influence the Fishing Effects model percent habitat disturbance results as well. Additional 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.
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Description: This dataset constitutes a portion of the input data for the Northeast Fishing Effects Model (Fishing Effects), and its primary purpose is to serve as a base layer for that model. Five different sediment grain sizes plus a steep and deep habitat type are represented in the dataset, which indicates the proportion of each grain size occurring within each 5x5 km grid cell based on available data (primarily from the USGS and SMAST drop camera survey dataset). In areas where there were existing polygon interpretations of sediments, these are used instead of the point-based interpolations to determine the percent sediment values in the final sediment dataset. For each grid cell, the proportions across the five grain sizes and steep and deep habitat type sum to 1, such that the area of the grid cell is fully allocated to one or more of the six conditions. The legends and color ramps for each of the five grain size layers are unique so as to display the range of variability within each layer. The model domain is fromthe U.S./Canadian border to the N.C./S.C. border, and inshore to offshore from the coastline to the Exclusive Economic Zone boundary. <br/> <br/> 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. It is important to understand caveats and limitations associated with both the underlying source data and this compilation when using the data for spatial planning. These limitations and caveats influence the Fishing Effects model percent habitat disturbance results as well. Additional 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.
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Copyright Text: New England Fishery Management Council, 2020. For questions contact Michelle Bachman, mbachman@nefmc.org
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