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bWV0YWRhdGE+ Oceanographer U.S. Department of Interior, Bureau of Ocean Energy Management, Marine Minerals Program (703) 787-1747 45600 Woodland Road, VAM-LD Sterling VA 20166 US marineminerals@boem.gov Monday through Friday 8:00 AM to 5:00 PM (Eastern Time) http://www.boem.gov/Marine-Minerals-Program 20210210 ArcGIS Metadata 1.0 SeabedFeaturePnt 2021-02-10 U.S. Department of Interior, Bureau of Ocean Energy Management, Marine Minerals Program U.S. Department of Interior, Bureau of Ocean Energy Management, Marine Minerals Program Sterling, VA vector digital data The Seabed Feature Pnt (point) layer contains points representing geologic, biologic, and anthropogenic geoforms in the coastal and marine environment that have been classified based on geoform component definitions outlined in the Coastal and Marine Ecological Classification Standard (CMECS, FGDC-STD-018-2012, June 2012). These features help provide context for exploring relationships between the physical environment and biological community distribution. These features were compiled from multiple investigators and projects whose research on or around the Outer Continental Shelf (OCS) was funded fully or partially by the Bureau of Ocean Energy Management (BOEM). Attribution includes, but is not limited to, state, date, feature ID and description, physical attributes, data source and study ID. Additional information related to groups of features is provided in the related Link Documents table. This dataset will be updated regularly as new and existing data are incorporated in to the Marine Minerals Information System geodatabase. Mapping seafloor features provides crucial information for a number of coastal and marine spatial planning applications. Seafloor maps can be used to help identify critical habitat areas for benthic organisms (e.g. clams, corals, demersal fish), select appropriate offshore construction sites, and plan sand/gravel mining operations. Seafloor maps may also contain critical information on geohazards or sensitive archaeological areas to avoid. The Bureau of Ocean Energy Management (BOEM) can use this information when managing Outer Continental Shelf (OCS) non-energy mineral resources in order to ensure that the removal and relocation of sand is conducted in a safe and environmentally sound manner, and that any potentially adverse impacts on the marine, coastal, or human environments are avoided or minimized. Outer Continental Shelf GLOBAL OCEAN ATLANTIC OCEAN GULF OF MEXICO SEA FLOOR NORTH ATLANTIC OCEAN NASA/GCMD Location Keywords US U.S. Department of Commerce, 1995, Countries, dependencies, areas of special sovereignty, and their principal administrative divisions, Federal Information Processing Standard (FIPS) 10-4): Washington, D.C., National Institute of Standards and Technology. Vertical Location>Sea Floor NASA/Global Change Master Directory (GCMD) Earth Science Keywords CMECS Side Scan Sonar Geophysical Survey Geological Natural Anthropogenic Seafloor Offshore Hydrographic Survey Biological Ocean Echosounder Geoform Marine Geology SeaDataNet Common Vocabularies US CMECS Side Scan Sonar GLOBAL OCEAN ATLANTIC OCEAN Geophysical Survey Geological Natural Anthropogenic Seafloor Offshore GULF OF MEXICO Hydrographic Survey Marine Geology Biological Ocean Vertical Location>Sea Floor Echosounder Outer Continental Shelf SEA FLOOR NORTH ATLANTIC OCEAN Geoform This data is in the public domain and has no access restrictions. FIPS 199 Security Classification There are no restrictions; the data is releasable to the public. The Bureau of Ocean Energy Management (BOEM) provides the data for use "as is". BOEM provides this information with the understanding that it is not guaranteed to be accurate, correct or complete and conclusions drawn from such information are the responsibility of the user. While every effort has been made to ensure the accuracy, correctness and timeliness of materials presented within the limits of the current state of the art, BOEM assumes no responsibility for errors or omissions, nor as a result of the failure of the data to function on a particular system. BOEM makes no warranty, expressed or implied, nor does the fact of distribution constitute such a warranty. Users are cautioned to consider carefully the provisional nature of these data and information before using them for decisions that concern personal or public safety or the conduct of business that involves substantial monetary or operational consequences. Conclusions drawn from or actions undertaken on the basis of, such data and information are the sole responsibility of the user. The maps shown here are for illustration and planning purposes only and are not suitable for site-specific decision making. The data are not suitable for navigational purposes. Information found here should not be used for making financial or any other commitments. This data was developed by the U.S. Government; no other proprietary rights may be attached to them nor may they be sold to the U.S. Government as part of any procurement of products or services. Public domain data from the U.S. Government are freely redistributable with proper metadata and source attribution. Please recognize the Bureau of Ocean Energy Management (BOEM) as the source of this information. Version 6.2 (Build 9200) ; Esri ArcGIS 10.6.1.9270 -90.931583 -76.65 28.898345 34.695801 publication date 2021-02-10 None 1 -400.000000 -74.916913 38.437915 -400.000000 20220210 The MMIS data model utilizes a hierarchical structure where an ESRI enterprise geodatabase represents the top tier, and feature datasets and raster catalogs are the secondary tiers which contain groupings of similar data layers. These individual data layers were identified by MMP as important, and they make up the bottom tier. Most individual vector layers and tables are collections of data from multiple sources and across multiple dates. Extensive research went into the construction of (1) the hierarchical groupings of data (primarily by subject matter and file format) and (2) technical aspects of the data model. Data within the geodatabase was consolidated to reduce redundancy, resulting in several stand-alone tables. Relationship classes utilizing global IDs were built between vector layers and stand-alone tables in order to link disparate data. The entire MMIS data model was originally constructed using ESRI ArcGIS Diagrammer, a tool that creates and edits a geodatabase schema. The resulting geodatabase structure, data, and relationship classes were reviewed thoroughly by multiple individuals using ESRI Geodatabase Diagrammer Add-In, ESRI ArcGIS, and Microsoft Visio. ESRI Geodatabase Diagrammer Add-In creates a detailed break-down of the geodatabase and a Visio data model poster. The spatial data and attribute tables loaded into the MMIS data model are believed to be complete, in regards to maintaining each data layer/table after retrieving it from its source. Please refer to the scientific reports, as well as BOEM MMP Leases, negotiated agreements, Memoranda of Agreements, and project completion reports, for discussions of the results on the corresponding source data. Most individual vector layers and tables in the MMIS data model are collections of data from multiple sources and across multiple dates. Most likely, these MMIS layers/tables will continue to have more data loaded in the future, therefore expanding upon the list of sources and dates. Additionally, the Pacific Outer Continental Shelf (OCS) and Alaska OCS regions may eventually be added to the data model, aside from the Atlantic and Gulf of Mexico OCS regions. Please refer to the scientific reports, as well as Bureau of Ocean Energy Management (BOEM) Marine Minerals Program (MMP) Leases, negotiated agreements, cooperative agreements, Memoranda of Agreements, and project completion reports, for accuracy statements on the corresponding source data. These documents are referenced in the attribute tables, where appropriate. In regards to attribute assignment in the Marine Minerals Information Systems (MMIS) data model, every effort was made to load source data into MMIS without error or modification. Some attributes contain domain restrictions in an effort to standardize the field entries and to decrease potential inconsistent entries (e.g., spelling, grammar, typographical errors, and subject matter) in the attribute. unknown unknown The spatial and tabular data presented in this dataset was identified by the Bureau of Ocean Energy Management (BOEM) Marine Minerals Program (MMP) for the MMIS project as being critical for MMP's decision making and management responsibilities of federal Outer Continental Shelf (OCS) mineral exploration and federal non-energy sand/gravel lease activities. The data was retrieved directly from BOEM, or another government entity, in the form of one or more ArcGIS shapefiles, raster (grid) layers, Microsoft Excel spreadsheets, XYZ files, field logs, project reports, PDF tables, and maps. This data was linked to source documents including environmental study reports and data deliverables associated with Negotiated Non-Competitive Leases or Memorandum of Agreements between BOEM and partnering agencies or contractors. First, the source data was reformatted, if needed, into an ESRI ArcGIS compatible format and then loaded into a project-specific geodatabase in its native projection. Second, the data was reprojected into the NAD83 geodetic reference system and then loaded into corresponding layers and tables in the MMIS enterprise geodatabase. Relationship classes were made between disparate layers and tables to join related data. Lastly, for use in the web application, a duplicate "publishable" MMIS enterprise geodatabase was created in a Web Mercator (Auxiliary Sphere) projection. For specific process information regarding acquisition, please reference the individual study reports. 2021-02-10 Lineage varies by data source. Some data was contributed, some was mapped/reformatted from scientific and technical reports for MMIS. BOEM Archives BOEM Archives 2021-02-10 Multiple investigators and projects U.S. Department of Interior, Bureau of Ocean Energy Management, Marine Minerals Program document publication date 1938-06-01 2021-02-10 8572 SeabedFeaturePnt Delineated and described seabed features BOEM Feature Class 8572 CoordSystem Original horizontal datum and units (meters, feet, etc.) used during data acquisition BOEM Original horizontal datum and units (meters, feet, etc.) used during data acquisition Coordinate System String 50 0 0 GCOrigin In CMECS, the three major geoform origin types--geologic, biogenic, and anthropogenic--are based on the processes that created the physical features reflected in the geoform units. Note that (a) a designation of biologic geoform does not infer the presence of living biota (which is captured in the Biotic Component) and (b) anthropogenic geoforms do not imply any particular human use at the time of observation. CMECS G1-Geologic Geologic CMECS G2-Biogenic Biogenic CMECS G3-Anthropogenic Anthropogenic CMECS CMECS GC Origin String 20 0 0 Comments Additional comments or notes containg supporting information BOEM Additional comments or notes containg supporting information Comments String 250 0 0 GCLevel Larger geoforms (Level 1) are generally larger than one square kilometer, and correspond to Megahabitats in the Greene et al. classification system (2007). These features can be defined using geologic or geomorphic maps and bathymetric images of the seafloor at map scales of 1:250,000 or less. Smaller geoforms (Level 2) are generally less than one square kilometer in size (or less than 1 kilometer in distance); and correspond to Meso- and Macro-habitats in the Greene et al. system. Level 2 geoforms (such as individual coral reefs, tide pools, and sand wave fields) can be identified through in-situ observational methods (such as underwater videography) or through low-altitude, high-resolution optical or acoustic remote sensing. CMECS Level 1 Level 1 - larger geoforms (>1km2) CMECS Level 2 Level 2 - individual features CMECS CMECS GC Level String 10 0 0 Longitude_DD Longitude (X coordinate) of centroid using NAD83 in Decimal Degrees BOEM Longitude (X coordinate) of centroid using NAD83 in Decimal Degrees Longitude (DD) Double 8 38 8 Line Trackline ID BOEM Trackline ID Line ID String 30 0 0 Length Feature length in feet BOEM Feature length in feet Length (ft) Double 8 38 8 Y_Coord Y coordinate (Latitude) of sample/observation in original datum/projection BOEM Y coordinate (Latitude) of sample/observation in original datum/projection Y String 20 0 0 X_Coord X coordinate (Longitude) of sample/observation in original datum/projection BOEM X coordinate (Longitude) of sample/observation in original datum/projection X String 20 0 0 WaterDepth Water depth in feet BOEM Water depth in feet Water Depth (ft) Double 8 38 8 GCGeoform Geoforms are physical, coastal and seafloor structures that are generally no larger than hundreds of square kilometers in size. This size determination may be an aerial extent or a linear distance. CMECS g1.44-Pavement Area Pavement Area CMECS g3.24-Marina/Boat Ramp Marina/Boat Ramp CMECS g1.35-Marine Lake Marine Lake CMECS g1.70-Tombolo Tombolo CMECS g1.31-Knob Knob CMECS g1.11-Cove Cove CMECS g3.6-Buoy Buoy CMECS g1.20-Dune Dune CMECS g2.1-Burrows/Bioturbation Burrows/Bioturbation CMECS g1.67-Terrace Terrace CMECS g1.23-Fluvio-Marine Deposit Fluvio-Marine Deposit CMECS g1.5Beach Beach CMECS g1.61-Shore Shore CMECS g3.20-Fish Pond Fish Pond CMECS g3.4-Artificial Reef Artificial Reef CMECS g1.21-Fan Fan CMECS g3.10-Cable Area Cable Area CMECS g1.47-Pockmark Pockmark CMECS g1.51-Rubble Field Rubble Field CMECS g3.37-Wind Energy Structure Wind Energy Structure CMECS g1.45-Platform Platform CMECS g1.4-Basin Basin CMECS g1.13-Delta Plain Delta Plain CMECS g1.29-Island Island CMECS g1.39-Mound/Hummock Mound/Hummock CMECS g3.17-Dredge Disturbance Dredge Disturbance CMECS g1.36-Marsh Platform Marsh Platform CMECS g1.48-Ridge Ridge CMECS g1.43-Panne Panne CMECS g3.33-Seawall Seawall CMECS g3.15-Dredged/Excavated Channel Dredged/Excavated Channel CMECS g1.34-Ledge Ledge CMECS g1.1-Apron Apron CMECS g3.31-Salt Pond Complex Salt Pond Complex CMECS g3.29-Pipeline Area Pipeline Area CMECS g1.10-Cone Cone CMECS g3.28-Pilings Pilings CMECS g3.22-Lock Lock CMECS g1.28-Inlet Inlet CMECS g1.18-Drumlin Field Drumlin Field CMECS g2.7-Whale Fall Whale Fall CMECS g3.18-Drilling (Oil and Gas) Rig Drilling (Oil and Gas) Rig CMECS g3.36-Wharf Wharf CMECS g1.56-Seamount Seamount CMECS g3.27-Outfall/Intake Outfall/Intake CMECS g1.12-Delta Delta CMECS g1.33-Lava Field/Plain Lava Field/Plain CMECS g3.9-Bulkhead Bulkhead CMECS g1.49-Ripples Ripples CMECS g1.69-Till Surface Till Surface CMECS g3.34-Tidal/Wave Energy Structure Tidal/Wave Energy Structure CMECS g1.59-Shoal Shoal CMECS g1.30-Karren Karren CMECS g1.3-Bar Bar CMECS g3.3-Artificial Dike Artificial Dike CMECS g3.25-Mooring Field Mooring Field CMECS g1.7-Boulder Field Boulder Field CMECS g2.3-Mollusk Reef Mollusk Reef CMECS g3.7-Breakwater/Jetty Breakwater/Jetty CMECS g1.6-Beach Berm Beach Berm CMECS g1.46-Pockmark Field Pockmark Field CMECS g3.23-Lost/Discarded Fishing Gear Lost/Discarded Fishing Gear CMECS g1.65-Submarine Slide Deposit Submarine Slide Deposit CMECS g1.71-Atoll Atoll CMECS g2.5-Shallow/Mesophotic Coral Reef Shallow/Mesophotic Coral Reef CMECS g2.6-Tree Fall Tree Fall CMECS g3.5-Artificial Scar Artificial Scar CMECS g1.58-Shelf Valley Shelf Valley CMECS g1.24-Fracture Fracture CMECS g1.26-Hydrothermal Vent Field Hydrothermal Vent Field CMECS g1.42-Overhang (Cliff) Overhang (Cliff) CMECS g1.40-Mud Volcano Mud Volcano CMECS g1.60-Shore Complex Shore Complex CMECS g1.57-Sediment Sheet Sediment Sheet CMECS g3.38-Wreck Wreck CMECS g1.17-Drumlin Drumlin CMECS g1.8-Cave Cave CMECS g1.63-Stack Stack CMECS g1.62-Spit Spit CMECS g1.27-Hydrothermal Vent Hydrothermal Vent CMECS g3.13-Dam Dam CMECS g3.26-Mosquito Ditch Mosquito Ditch CMECS g2.4-Deep/Cold-Water Coral Reef Deep/Cold-Water Coral Reef CMECS g1.19-Dune Field Dune Field CMECS g1.68-Tidepool Tidepool CMECS g1.66-Swale/Slack Swale/Slack CMECS g3.14-Dock/Pier Dock/Pier CMECS g1.16-Dike Dike CMECS g1.54-Scarp/Wall Scarp/Wall CMECS g1.55-Scar Scar CMECS g3.11-Cable Cable CMECS g3.2-Artificial Bar Artificial Bar CMECS g1.2-Bank Bank CMECS g1.53-Sediment Wave Field Sediment Wave Field CMECS g1.22-Flat Flat CMECS g3.19-Fill Area Fill Area CMECS g1.32-Lagoon Lagoon CMECS g3.32-Salt Pond Salt Pond CMECS g3.21-Harbor Harbor CMECS g1.50-Rock Outcrop Rock Outcrop CMECS g1.14-Depression Depression CMECS g1.25-Hole/Pit Hole/Pit CMECS g3.30-Rip Rap Deposit Rip Rap Deposit CMECS g3.12-Canal Canal CMECS g1.15-Diapir Diapir CMECS g3.35-Trash Aggregation Trash Aggregation CMECS g1.38-Moraine Moraine CMECS g1.37-Megaripples Megaripples CMECS g3.16-Dredge Deposit Dredge Deposit CMECS g1.41-Natural Levee Natural Levee CMECS g2.2-Coral Reef Island Coral Reef Island CMECS g2.8-Worm Reef Worm Reef CMECS g1.9-Channel Channel CMECS g3.8-Breachway Breachway CMECS g1.52-Runnel/Rill Runnel/Rill CMECS g3.1-Aquaculture Structure Aquaculture Structure CMECS CMECS GC Geoform String 50 0 0 State Location relative to closest state; state funded for OCS study, two letter postal code BOEM Location relative to closest state; state funded for OCS study, two letter postal code State String 2 0 0 Date Date of survey (use first or last day of survey if data acquisition occurred over multiple days) BOEM Date of survey (use first or last day of survey if data acquisition occurred over multiple days) Date Date 8 0 0 DataSource Link to original data BOEM Link to original data Source Data File String 250 0 0 Backscatter Acoustic energy that is reflected back toward its source by terrain or particles BOEM Acoustic energy that is reflected back toward its source by terrain or particles Backscatter Double 8 38 8 RuleID Assigns Cartographic Representation Esri 67 Tidepool BOEM 70 Atoll BOEM 84 Breakwater/Jetty BOEM 26 Inlet BOEM 10 Cone BOEM 83 Artificial Scar BOEM 13 Depression BOEM 59 Shore Complex BOEM 72 Coral Reef Island BOEM 115 Wreck BOEM 74 Deep/Cold-Water Coral Reef BOEM 47 Ridge BOEM 98 Harbor BOEM 27 Island BOEM 30 Lagoon BOEM 62 Spit BOEM 94 Dredge Disturbance BOEM 101 Marina/Boat Ramp BOEM 21 Flat BOEM 97 Fish Pond BOEM 2 Bank BOEM 89 Canal BOEM 19 Dune BOEM 69 Tombolo BOEM 95 Drilling (Oil and Gas) Rig BOEM 35 Megaripples BOEM 45 Pockmark Field BOEM 82 Artificial Reef BOEM 64 Submarine Slide Deposit BOEM 88 Cable BOEM 1 Apron BOEM 9 Channel BOEM 3 Bar BOEM 14 Diapir BOEM 58 Shoal BOEM 32 Ledge BOEM 78 Worm Reef BOEM 106 Pipeline Area BOEM 6 Beach Berm BOEM 112 Trash Aggregation BOEM 73 Mollusk Reef BOEM 16 Drumlin BOEM 117 Buoy BOEM 85 Breachway BOEM 57 Shelf Valley BOEM 25 Hydrothermal Vent Field BOEM 31 Lava Field/Plain BOEM 4 Basin BOEM 40 Natural Levee BOEM 100 Lost/Discarded Fishing Gear BOEM 17 Drumlin Field BOEM 55 Seamount BOEM 76 Tree Fall BOEM 28 Karren BOEM 24 Hole/Pit BOEM 42 Panne BOEM 20 Fan BOEM 102 Mooring Field BOEM 12 Delta Plain BOEM 99 Lock BOEM 60 Shore BOEM 71 Burrows/Bioturbation BOEM 7 Boulder Field BOEM 48 Ripples BOEM 81 Artificial Dike BOEM 87 Cable Area BOEM 68 Till Surface BOEM 86 Bulkhead BOEM -1 Free Representation BOEM 63 Stack BOEM 113 Wharf BOEM 50 Rubble Field BOEM 61 Slope BOEM 44 Platform BOEM 110 Seawall BOEM 11 Delta BOEM 75 Shallow/Mesophotic Coral Reef BOEM 52 Sediment Wave Field BOEM 36 Moraine BOEM 46 Pockmark BOEM 105 Pilings BOEM 15 Dike BOEM 23 Fracture BOEM 111 Tidal/Wave Energy Structure BOEM 8 Cave BOEM 49 Rock Outcrop BOEM 5 Beach BOEM 54 Scar BOEM 91 Dock/Pier BOEM 66 Terrace BOEM 104 Outfall/Intake BOEM 65 Swale/Slack BOEM 33 Marine Lake BOEM 109 Salt Pond BOEM 77 Whale Fall BOEM 22 Fluvio-Marine Deposit BOEM 108 Salt Pond Complex BOEM 80 Artificial Bar BOEM 92 Dredged/Excavated Channel BOEM 116 Cove BOEM 37 Mound/Hummock BOEM 103 Mosquito Ditch BOEM 56 Sediment Sheet BOEM 107 Rip Rap Deposit BOEM 90 Dam BOEM 96 Fill Area BOEM 41 Overhang (Cliff) BOEM 93 Dredge Deposit BOEM 51 Runnell/Rill BOEM 79 Aquaculture Structure BOEM 43 Pavement Area BOEM 29 Knob BOEM 18 Dune Field BOEM 53 Scarp/Wall BOEM 38 Mud Volcano BOEM 114 Wind Energy Structure BOEM 34 Marsh Platform BOEM RuleID Integer 4 10 0 Interpreter Name of person who processed and/or interpreted these data BOEM Name of person who processed and/or interpreted these data Name of Interpreter String 50 0 0 Height Feature height in feet BOEM Feature height in feet Height (ft) Double 8 38 8 GlobalID Globally Unique Identifier Esri Globally Unique Identifier GlobalID GlobalID 38 0 0 GCType Geoform types are varieties of geoforms that provide further information on morphology and physical processes underway at any individual geoform. Users are encouraged to apply the Type designations where applicable--but they are not required to use it if their data do not support this level of detail. CMECS g2.5.11-Spur and Groove Coral Reef Spur and Groove Coral Reef CMECS g1.9.3-Slough Slough CMECS g1.5.2-Mainland Beach Mainland Beach CMECS g1.25.2-Solution Hole/Pit Solution Hole/Pit CMECS g1.67.1-Fluviomarine Terrace Fluviomarine Terrace CMECS g3.5.1-Prop Scar Prop Scar CMECS g1.5.5-Tide-Dominated Beach Tide-Dominated Beach CMECS g1.38.2-End Moraine End Moraine CMECS g1.11.2-Mainland Cove Mainland Cove CMECS g2.3.2-Linear Mollusk Reef Linear Mollusk Reef CMECS g2.4.2-Deep Coral Carbonate Mound Deep Coral Carbonate Mound CMECS g1.22.1-Back Barrier Flat Back Barrier Flat CMECS g2.5.3-Coral Head/Bomme Coral Head/Bomme CMECS g1.9.1-Pass/Lagoon Channel Pass/Lagoon Channel CMECS g1.39.1-Tar Mound Tar Mound CMECS g1.54.3-Beach Scarp Beach Scarp CMECS g1.50.1-Authigenic Carbonate Outcrop Authigenic Carbonate Outcrop CMECS g1.21.2-Basin Floor Fan Basin Floor Fan CMECS g2.8.2-Linear Worm Reef Linear Worm Reef CMECS g1.45.1-Wave-Cut Platform Wave-Cut Platform CMECS g1.56.3-Pinnacle Seamount Pinnacle Seamount CMECS g3.7.1-Groin Groin CMECS g1.38.1-Disintegration Moraine Disintegration Moraine CMECS g1.21.3-Shoreline Fan Shoreline Fan CMECS g1.67.2-Wave-Built Terrace Wave-Built Terrace CMECS g2.5.4-Coral Pinnacle Coral Pinnacle CMECS g2.5.1-Aggregate Coral Reef Aggregate Coral Reef CMECS g1.59.1-Moraine Shoal Moraine Shoal CMECS g1.48.1-Beach Ridge Beach Ridge CMECS g2.5.7-Halo Halo CMECS g1.38.3-Ground Moraine Ground Moraine CMECS g2.5.9-Patch Coral Reef Patch Coral Reef CMECS g1.12.4-Levee Delta Levee Delta CMECS g2.3.4-Washed Shell Mound Washed Shell Mound CMECS g1.28.2-Relict Tidal Inlet Relict Tidal Inlet CMECS g1.5.4-Tide-Modified Beach Tide-Modified Beach CMECS g1.56.1-Guyot Guyot CMECS g2.3.3-Patch Mollusk Reef Patch Mollusk Reef CMECS g3.2.1-Harbor Bar Harbor Bar CMECS g1.12.1-Ebb Tidal Delta Ebb Tidal Delta CMECS g1.11.3-Glacial (Kame) Delta Glacial (Kame) Delta CMECS g1.21.1-Alluvial Fan Alluvial Fan CMECS g2.1.1-Tilefish Burrow Tilefish Burrow CMECS g2.4.1-Biogenic Deep Coral Reef Biogenic Deep Coral Reef CMECS g1.38.5-Lateral Moraine Lateral Moraine CMECS g1.3.3-Point Bar Point Bar CMECS g1.25.1-Scour Hole Scour Hole CMECS g1.56.2-Knoll Seamount Knoll Seamount CMECS g1.62.1-Washover Fan Slope Washover Fan Slope CMECS g1.12.3-Flood Tidal Delta Slope Flood Tidal Delta Slope CMECS g1.28.1-Tidal Inlet Tidal Inlet CMECS g1.48.2-Esker Esker CMECS g1.22.7-Wind Tidal Flat Wind Tidal Flat CMECS g1.38.7-Terminal Moraine Terminal Moraine CMECS g2.5.5-Fragile Mesophotic Coral Reef Fragile Mesophotic Coral Reef CMECS g3.16.2-Dredge Deposit Bank Dredge Deposit Bank CMECS g1.22.4-Flood Tidal Delta Flat Flood Tidal Delta Flat CMECS g3.5.2-Trawling Scar Trawling Scar CMECS g1.22.5-Tidal Flat Tidal Flat CMECS g1.3.2-Longshore Bar Longshore Bar CMECS g1.67.3-Marine Terrace Marine Terrace CMECS g1.5.3-Pocket Beach Pocket Beach CMECS g1.38.4-Kame Moraine Kame Moraine CMECS g1.11.1-Barrier Cove Barrier Cove CMECS g2.3.1-Fringing Mollusk Reef Fringing Mollusk Reef CMECS g1.55.1-Iceberg Scour Scar/Furrow Iceberg Scour Scar/Furrow CMECS g1.3.4-Relict Longshore Bar Relict Longshore Bar CMECS g3.16.1-Dredge Deposit Shoal Dredge Deposit Shoal CMECS g1.5.1-Barrier Beach Barrier Beach CMECS g1.55.2-Slump Scar Slump Scar CMECS g2.5.10-Pinnacle Coral Reef Pinnacle Coral Reef CMECS g1.9.2-Sand Channel Sand Channel CMECS g1.41.1-Lava Levee Lava Levee CMECS g1.29.1-Barrier Island Barrier Island CMECS g2.5.8-Linear Coral Reef Linear Coral Reef CMECS g2.8.1-Patch Worm Reef Patch Worm Reef CMECS g1.3.1-Bay Mouth Bar Bay Mouth Bar CMECS g3.3.1-Artificial Levee Artificial Levee CMECS g1.71.1-Submerged Atoll/Atoll Reef Submerged Atoll/Atoll Reef CMECS g1.61.2-Backshore Backshore CMECS g1.21.4-Washover Fan Washover Fan CMECS g1.22.2-Barrier Flat Barrier Flat CMECS g1.61.1-Foreshore Foreshore CMECS g1.15.1-Salt Dome Salt Dome CMECS g1.54.1-Fault Scarp Fault Scarp CMECS g1.22.3-Ebb Tidal Delta Flat Ebb Tidal Delta Flat CMECS g1.54.2-Erosion Scarp Erosion Scarp CMECS g1.22.6-Washover Fan Flat Washover Fan Flat CMECS g1.5.6-Wave-Dominated Beach Wave-Dominated Beach CMECS g2.5.6-Fringing Coral Reef Fringing Coral Reef CMECS g1.12.2-Flood Tidal Delta Flood Tidal Delta CMECS g1.38.6-Recessional Moraine Recessional Moraine CMECS g2.5.2-Shallow/Mesophotic Coral Carbonate Mound Shallow/Mesophotic Coral Carbonate Mound CMECS g1.14.1-Scour Depression Scour Depression CMECS g3.19.1-Landfill Landfill CMECS g1.9.4-Tidal Channel/Creek Tidal Channel/Creek CMECS CMECS GC Type String 50 0 0 FeatureID Feature ID assigned during survey BOEM Feature ID assigned during survey Feature ID String 50 0 0 SHAPE Feature geometry Esri Feature geometry SHAPE Geometry 4 0 0 Override Overrides Cartographic Representation Esri Overrides Cartographic Representation Override Blob 0 0 0 OBJECTID Internal feature number Esri Internal feature number OBJECTID OID 4 10 0 Latitude_DD Latitude (Y coordinate) of centroid using NAD83 in Decimal Degrees BOEM Latitude (Y coordinate) of centroid using NAD83 in Decimal Degrees Latitude (DD) Double 8 38 8 Width Feature width in feet BOEM Feature width in feet Width (ft) Double 8 38 8 StudyID Study ID of the study in which the feature was identified. Study ID following the convention noted in the Data Management Plan BOEM Study ID of the study in which the feature was identified. Study ID following the convention noted in the Data Management Plan Study ID String 250 0 0 SeabedPnt_GlobalLinkID Unique identifier that links the feature to the Study report BOEM Unique identifier that links the feature to the Study report GlobalLinkID GUID 38 0 0 FeatureDesc More detailed feature description BOEM More detailed feature description Feature Description String 50 0 0 DataType Type of data feature was delineated from BOEM Type of data feature was delineated from Source Data Type String 50 0 0 Delineated and described point seabed features. Mapping seafloor features provides crucial information for a number of coastal and marine spatial planning applications. Seafloor maps can be used to help identify critical habitat areas for benthic organisms (e.g., clams, corals, demersal fish), select appropriate offshore construction sites, and plan sand/gravel mining operations. Seafloor maps may also contain critical information on geohazards or sensitive archaeological areas to avoid. The Bureau of Ocean Energy Management (BOEM) can use this information when managing Outer Continental Shelf (OCS) non-energy mineral resources in order to ensure that the removal and relocation of sand is conducted in a safe and environmentally sound manner, and that any potentially adverse impacts on the marine, coastal, or human environments are avoided or minimized. BOEM Feature Class dataset EPSG 6.12(3.0.1) Simple FALSE 8572 TRUE FALSE