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Box 1346 Gloucester Point Virginia 23062 20230412 ArcGIS Metadata 1.0 NWI_Wetlands_InundationPathways_wm 2015-10-28T00:00:00 2019-08-23T00:00:00 vector digital data Center for Coastal Resources Management, Virginia Institute of Marine Science, Gloucester Point, Virginia Center for Coastal Resources Management, Virginia Institute of Marine Science P.O. Box 1346 Gloucester Point Virginia 23062 GB 1375 Greate Rd Kirk Havens Virginia Institute of Marine Science Assistant Director of Center for Coastal Resources Management (804) 684-7386 P.O. Box 1346 Gloucester Point Virginia 23062 US kirk@vims.edu Kirk Havens <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>This data set a GIS-based landscape (Level one) assessment of the water quality and habitat benefits of non-tidal wetlands (NWI) in Virginia utilizing land cover from four years (2001, 2006, 2011, and 2016). The model assessment uses remote sensing and GIS technology to characterize land use patterns and features around wetlands such as surrounding land cover and density of roads as well as individual wetland characteristics such as wetland size and type to determine the wetlands overall condition as related to habitat and water quality functions. The water quality analysis determines the percentages of different land covers and features within the contributing drainage area of the wetland.</SPAN></P></DIV></DIV></DIV> To assess nontidal wetlands for their ability to perform habitat and water quality functions. Nontidal wetland data is from the U.S. Fish and Wildlife Service National Wetlands Inventory. Kirk Havens Virginia Institute of Marine Science Assistant Director of Center for Coastal Resources Management (804) 684-7386 P.O. Box 1346 Gloucester Point Virginia 23062 US kirk@vims.edu Virginia Habitat Function Hydrography Wetlands NWI marshes Water Quality Function U.S. Fish and Wildlife Service National Wetlands Inventory USFWS Surface water environment geoscientificInformation inlandWaters ISO 19115 Topic Categories inlandWaters geoscientificInformation environment Virginia Habitat Function environment geoscientificInformation Hydrography Wetlands NWI marshes Water Quality Function U.S. Fish and Wildlife Service inlandWaters National Wetlands Inventory inlandWaters geoscientificInformation USFWS environment Surface water <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>These data should not be used for jurisdictional permit determinations beyond providing general condition or status information. These data have not been surveyed to property boundaries. ****As noted in the NWI metadata: Federal, state, and local regulatory agencies with jurisdiction over wetlands may define and describe wetlands in a different manner than that used in this inventory. There is no attempt, in either the design or products of this inventory, to define the limits of proprietary jurisdiction of any Federal, state, or local government or to establish the geographical scope of the regulatory programs of government agencies. Persons intending to engage in activities involving modifications within or adjacent to wetland areas should seek the advice of appropriate federal, state, or local agencies concerning specified agency regulatory programs and proprietary jurisdictions that may affect such activities.</SPAN></P></DIV></DIV></DIV> Wetlands and Deepwater Habitats of the United States Version 1.0 U.S. Fish and Wildlife Service Washington, D.C. USA U.S. Fish and Wildlife Serivce, National Wetlands Inventory Version 6.2 (Build 9200) ; Esri ArcGIS 10.6.1.9270 ground condition 1977-01-01 2017-11-14 0.000000 0.000000 -83.648194 -75.249637 36.514929 39.45066 0.000000 0.000000 1 -77.387314 -75.327236 38.798129 36.550384 0.000000 0.000000 None None road location for 2000, 2007, 2011, and 2016. TIGER/Line Shapefile, VA, All Roads TIGER/Line Shapefile, VA, All Roads 2013-08-22 U.S. Department of Commerce, U.S. Census Bureau, Geography Division https://www.census.gov/geo/maps-data/data/tiger-line.html 10 digit hydrologic units The Virginia Portion of the National Watershed Boundary Dataset (NWBD) The Virginia Portion of the National Watershed Boundary Dataset (NWBD) 2009-09-15 Federal form of version 4 of the NWBD sixth order units for Virginia. hydrologic units VA NWBD Originator: Virginia Dept of Conservation and Recreation (VADCR), Division of Soil and Water Conservation (DSWC) Richmond, Virginia elevation data to create drainages for each wetland. USGS National Elevation Data 1/3 Arc Second USGS National Elevation Data 1/3 Arc Second 2009-01-01 U.S. Geological Survey, Sioux Falls, SD (1999-2017) Virginia's National Watershed Boundary Dataset that also contains the 4-character unit identifier (VAHU6) used only in Virginia. VaNWBDv6 The Virginia National Watershed Boundary Dataset (VaNWBD) version 6 of the VaNWBD 6-8 level units for Virginia with whole partial units https://www.dcr.virginia.gov/soil-and-water/hu NLCD Land Cover (2016 Edition) for 2001, 2006, 2011, and 2016. NLCD 2016 Land Cover (2016 Edition) NLCD 2016 Land Cover (2016 Edition) 2019-01-31 2016 Edition U.S. Geological Survey, Sioux Falls, ND https://www.mrlc.gov/ wetland polygons 12000 Wetlands and Deepwater Habitats of the United States Wetlands and Deepwater Habitats of the United States U.S. Fish and Wildlife Service U.S. Fish and Wildlife Service Washington, D.C. Classification of Wetlands and Deepwater Habitats of the United States. U.S. Department of the Interior, Fish and Wildlife Service, Washington, DC. FWS/OBS-79/31. http://www.fws.gov/wetlands/Data/Mapper.html original download was in October 2014, with an update for newer data in certain locations in January 2018. ground condition 1977-01-01 Wetlands for Virginia were downloaded from the National Wetlands Inventory Mapper. Nontidal wetlands were selected from the downloaded data using the Wetland_Ty categories Freshwater Emergent Wetland, Freshwater Forested/Shrub Wetland, Lake, Riverine, and Other. The Cowardin Classification L2EM, R2EM, and R3EM were used to further refine the Lake and Riverine selections. Palustrine Open Water (POW) and Palustrine Unconsolidated Shoreline (PUS) were retained only if the classification included Emergent Wetlands (EM). Dates: Oct 2014 with small update downloaded Jan 2018. 2014-10-27T00:00:00 Wetland drainages are generated using elevation data from the United States Geological Survey. The wetlands and the elevation datasets are imported into ESRI ArcGIS version 10.3; the elevation dataset is in ESRI GRID format and the wetlands are in ESRI shapefile format. The hydrologic tools available in ArcGIS are used to create the watersheds. First, the isolated sinks in the elevation data are filled. These sinks are localized depressions in the elevation data, which are assumed to be anomalies. The new elevation data is used to generate a flow direction GRID; the flow direction GRID assigns numeric values to individual cells in the GRID based on the flow direction in that cell. Finally, each wetland must be converted into a GRID format, and a watershed GRID is generated around it from the flow direction GRID. Dates: 2014-2015, 2018. 2015-01-01T00:00:00 The 10 digit hydrologic unit boundaries dataset are used to clip the Virginia wetland polygons, Tiger roads, and NLCD land use datasets. Road feature class codes (MTFCC field) used from Tiger 2007, 2011, and 2016 are S1100 (primary roads), S1200 (secondary roads), S1400 (local, rural, city streets), S1630 (ramp), S1640 (service drive), and S1740 (private service road). The census feature class codes (CFCC) from Tiger 2000 are A1 (primary highways), A2 (primary roads without limited access), A3 (secondary and connecting roads), A4 (local, neighborhood, rural roads), A6 (rads with special characteristics), and A74 (service roads). Date: 2014-2016 2015-01-01T00:00:00 The processing for the analysis is written using a combination of model builder and Python Script and run using ArcMap version 10.1, 10.3 and 10.6. The script calculates the land cover within a 200m buffer around the wetlands, and within the drainages in the 200m buffer. Road density is calculated using TigerLine roads data. A scoring methodology developed by Kirk Havens and Carl Hershner in 2011, scores the wetlands for habitat and water quality, stress level and restoration potential. These values are determined for each of the four land use years (2001, 2006, 2011, and 2016) and are joined to a copy of the wetlands feature data set. Dates: 2014-2019 2015-10-27T00:00:00 Ran the water quality and habitat scoring for North Carolina wetlands in two 10-digit HUCs (0301020305 and 0301020409) that cross the Virginia/North Carolina boundary. 2019-10-24T00:00:00 5148 NWI_Wetlands_InundationPathways_wm Reference: Cowardin et al. 1979 U.S. Fish and Wildlife Service Feature Class 5148 OBJECTID Internal feature number. Esri Sequential unique whole numbers that are automatically generated. OBJECTID OID 4 0 0 SHAPE_Area Area of feature in internal units squared. ESRI Positive real numbers that are automatically generated. Shape_Area Double 8 0 0 ACRES Area of the polygon in acres. Calculated in an Albers Equal Area projection using ESRI's geometry calculator. ACRES Double 8 0 0 ATTRIBUTE Alphanumeric code identifying the wetland classification of the polygon. http://www.fws.gov/wetlands/Data/Wetland-Codes.html The wetland classification codes are a series of letter and number codes that have been developed to adapt the national wetland classification system to map form. These alpha-numeric codes correspond to the classification nomenclature (Cowardin et al. 1979) that best describes the habitat. (for example, PFO1A). Currently there are over 7,000 code combinations in the dataset with over 14 million possible permutations of the code. For information on the wetland codes visit: http://www.fws.gov/wetlands/Data/Wetland-Codes.html. ATTRIBUTE String 20 0 0 IMAGE_YR Year of the most recent imagery used for wetland delineation National Wetlands Inventory Project Metadata IMAGE_YR Double 8 0 0 WETLAND_TYPE General description of the wetland based on the Cowardin wetland classification. http://www.fws.gov/wetlands/Data/Mapper-Wetlands-Legend.html Freshwater Emergent Wetland Herbaceous marsh, fen, swale and wet meadow. Palustrine emergent (PEM). http://www.fws.gov/wetlands/Data/Mapper-Wetlands-Legend.html Freshwater Forested/Shrub Wetland Forested swamp or wetland shrub bog or wetland. Palustrine forested and/or Palustrine shrub (PFO, PSS). http://www.fws.gov/wetlands/Data/Mapper-Wetlands-Legend.html Freshwater Pond Pond. Palustrine unconsolidated bottom, Palustrine aquatic bed (PUB, PAB). http://www.fws.gov/wetlands/Data/Mapper-Wetlands-Legend.html Lake Lake or reservoir basin. Lacustrine wetland and deepwater (L). http://www.fws.gov/wetlands/Data/Mapper-Wetlands-Legend.html Other Farmed wetland, saline seep and other miscellaneous wetland. Palustrine wetland (Misc. types, PUS, Pf..) http://www.fws.gov/wetlands/Data/Mapper-Wetlands-Legend.html Riverine River or stream channel. Riverine wetland and deepwater (R). http://www.fws.gov/wetlands/Data/Mapper-Wetlands-Legend.html WETLAND_TYPE String 255 0 0 IMAGE_DATE Month and year of all imagery used for wetland delineation National Wetlands Inventory Project Metadata IMAGE_DATE String 255 0 0 PROJECT_NAME Name of the wetland mapping project National Wetlands Inventory Metadata PROJECT_NAME String 255 0 0 DATA_SOURCE Source of the data (what orgainization created the wetlands data) National Wetlands Inventory Metadata DATA_SOURCE String 255 0 0 Downloaded Date data downloaded from National Wetlands Inventory Data Mapper. processor downloaded String 255 0 0 ClassType Wetland system and class abbreviation based on Cowardin classification. processor ClassType String 255 0 0 DMSLat latitude of polygon center point in degrees minutes seconds. processor DMSLat String 255 0 0 DMSLon longitude of polygon center point in degrees minutes seconds. processor DMSLon String 255 0 0 NewID new wetland identification number processor NewID Integer 4 0 0 UNIQUE_RID unique wetland identification number processor A unique wetland identification number combining the download monthyear and the NewID. UNIQUE_RID String 50 0 0 HUC10 The HUC10 field is a unique 10-digit hydrologic unit code. Federal Standards and Procedures for the National Watershed Boundary Dataset (WBD) HUC10 String 255 0 0 Huc10_Name Name refers to the GNIS name for the geographic area in which the hydrologic unit is located. Federal Standards and Procedures for the National Watershed Boundary Dataset (WBD) Huc10_Name String 255 0 0 unique_id unique wetland identification number processor unique_id String 255 0 0 HabSc01 2001 wetland habitat score processor Metric for calculating the wetland Habitat Score: HabSc01 = (([devHSc01] * 4) + ([proxHSc01] * 2) + ([rdDenHab01] * 2) + [devWQSc01] + [rcHabSc01] + [rcWQSc01] + [natWQSc01] + [pasHabSc01] + [sizeSc]) /14 HabSc01 Single 4 0 0 HStress01 Wetland Habitat Stress 2001 processor Metrics for calculating the Wetland Habitat Stress: Slightly Stressed = HabSc01 ge 0.90 Somewhat Stressed = HabSc01 ge 0.60 AND HabSc01 < 0.90 Somewhat Severely Stressed = HabSc01 ge 0.30 AND HabSc01 < 0.6 Severely Stressed = HabSc01 ge 0.01 AND HabSc01 < 0.3 HStress01 String 30 0 0 HRPot01 Wetland Habitat Restoration Potential 2001 processor Metric for calculating wetland habitat restoration potential: HRPot01 = (([devHSc01] * 4) + ([proxHSc01] * 2) + ([rdDenHab01] * 2) + [devWQSc01] + 1 + 1 + 1 + 1 + [sizeSc]) /14 HRPot01 Single 4 0 0 HRPotP01 Wetland Habitat Restoration Potential Percent processor Metric for calculation of wetland habitat restoration potential percent : HRPotP01 = (([HRPot01] - [HabSc01]) / [HabSc01]) * 100 HRPotP01 Double 8 0 0 WQSc01 Wetland Water Quality Score 2001 processor Metric for calculating the wetland Water Quality Score: WQSc01 = ([sizeScWQ] + [devScWQ01] + [natScWQ01]) /3 WQSc01 Single 4 0 0 WQStres01 Wetland Water Quality Stress Level 2001 processor Metrics for calculating the Wetland Water Quality Stress: Slightly Stressed = WQSc01 is 1.0 Somewhat Stressed = WQSc01 is 0.7 Somewhat Severely Stressed = WQSc01 is 0.4 Severely Stressed = WQSc01 is 0.1 WQStres01 String 30 0 0 WQRPot01 Wetland Water Quality Restoration Potential 2001 processor Metric for calculating the Wetland Water Quality Restoration Potential: WQRPot01 = ([sizeScWQ] + [devScWQ01] + 1)/3 WQRPot01 Single 4 0 0 WQRPotP01 Wetland Water Quality Restoration Potential Percent 2001 processor Metric for calculating the wetland water quality restoration potential percent: WQRPotP01 = (([WQRPot01] - [WQSc01]) / [WQSc01]) *100 WQRPotP01 Double 8 0 0 HabSc06 Wetland Habitat Score 2006 processor Metric for calculating the wetland Habitat Score: HabSc06 = (([devHSc06] * 4) + ([proxHSc06] * 2) + ([rdDenHab06] * 2) + [devWQSc06] + [rcHabSc06] + [rcWQSc06] + [natWQSc06] + [pasHabSc06] + [sizeSc]) /14 HabSc06 Single 4 0 0 HStress06 Wetland Habitat Stress Level 2006 processor Metrics for calculating the Wetland Habitat Stress: Slightly Stressed = HabSc06 ge 0.90 Somewhat Stressed = HabSc06 ge 0.60 AND HabSc06 < 0.90 Somewhat Severely Stressed = HabSc06 ge 0.30 AND HabSc06 < 0.6 Severely Stressed = HabSc06 ge 0.01 AND HabSc06 < 0.3 HStress06 String 30 0 0 HRPot06 Wetland Habitat Restoration Potential 2006 processor Metric for calculating wetland habitat restoration potential: HRPot06 = (([devHSc06] * 4) + ([proxHSc06] * 2) + ([rdDenHab06] * 2) + [devWQSc06] + 1 + 1 + 1 + 1 + [sizeSc]) /14 HRPot06 Single 4 0 0 HRPotP06 Wetland Habitat Restoration Potential Percent 2006 processor Metric for calculation of wetland habitat restoration potential percent : HRPotP06 = (([HRPot06] - [HabSc06]) / [HabSc06]) * 100 HRPotP06 Double 8 0 0 WQSc06 Wetland Water Quality Score 2006 processor Metric for calculating the wetland Water Quality Score: WQSc06 = ([sizeScWQ] + [devScWQ06] + [natScWQ06]) /3 WQSc06 Single 4 0 0 WQStres06 Wetland Water Quality Stress Level 2006 processor Metrics for calculating the Wetland Water Quality Stress: Slightly Stressed = WQSc06 is 1.0 Somewhat Stressed = WQSc06 is 0.7 Somewhat Severely Stressed = WQSc06 is 0.4 Severely Stressed = WQSc06 is 0.1 WQStres06 String 30 0 0 WQRPot06 Wetland Water Quality Restoration Potential 2006 processor Metric for calculating the Wetland Water Quality Restoration Potential: WQRPot06 = ([sizeScWQ] + [devScWQ06] + 1)/3 WQRPot06 Single 4 0 0 WQRPotP06 Wetland Water Quality Restoration Potential Percent 2006 processor Metric for calculating the wetland water quality restoration potential percent: WQRPotP06 = (([WQRPot06] - [WQSc06]) / [WQSc06]) *100 WQRPotP06 Double 8 0 0 HabSc11 Wetland Habitat Score 2011 processor Metric for calculating the wetland Habitat Score: HabSc11 = (([devHSc11] * 4) + ([proxHSc11] * 2) + ([rdDenHab11] * 2) + [devWQSc11] + [rcHabSc11] + [rcWQSc11] + [natWQSc11] + [pasHabSc11] + [sizeSc]) /14 HabSc11 Single 4 0 0 HStress11 Wetland Habitat Stress Level 2011 processor Metrics for calculating the Wetland Habitat Stress: Slightly Stressed = HabSc11 ge 0.90 Somewhat Stressed = HabSc11 ge 0.60 AND HabSc11 < 0.90 Somewhat Severely Stressed = HabSc11 ge 0.30 AND HabSc11 < 0.6 Severely Stressed = HabSc11 ge 0.01 AND HabSc11 < 0.3 HStress11 String 30 0 0 HRPot11 Wetland Habitat Restoration Potential 2011 processor Metric for calculating wetland habitat restoration potential: HRPot11 = (([devHSc11] * 4) + ([proxHSc11] * 2) + ([rdDenHab11] * 2) + [devWQSc11] + 1 + 1 + 1 + 1 + [sizeSc]) /14 HRPot11 Single 4 0 0 HRPotP11 Wetland Habitat Restoration Potential Percent 2011 processor Metric for calculation of wetland habitat restoration potential percent : HRPotP11 = (([HRPot11] - [HabSc11]) / [HabSc11]) * 100 HRPotP11 Double 8 0 0 WQSc11 Wetland Water Quality Score 2011 processor Metric for calculating the wetland Water Quality Score: WQSc11 = ([sizeScWQ] + [devScWQ11] + [natScWQ11]) /3 WQSc11 Single 4 0 0 WQStres11 Wetland Water Quality Stress Level 2011 2011 Metrics for calculating the Wetland Water Quality Stress: Slightly Stressed = WQSc11 is 1.0 Somewhat Stressed = WQSc11 is 0.7 Somewhat Severely Stressed = WQSc11 is 0.4 Severely Stressed = WQSc11 is 0.1 WQStres11 String 30 0 0 WQRPot11 Wetland Water Quality Restoration Potential 2011 processor Metric for calculating the Wetland Water Quality Restoration Potential: WQRPot11 = ([sizeScWQ] + [devScWQ11] + 1)/3 WQRPot11 Single 4 0 0 WQRPotP11 Wetland Water Quality Restoration Potential Percent 2011 processor Metric for calculating the wetland water quality restoration potential percent: WQRPotP11 = (([WQRPot11] - [WQSc11]) / [WQSc11]) *100 WQRPotP11 Double 8 0 0 HabSc16 Wetland Habitat Score 2016 processor Metric for calculating the wetland Habitat Score: HabSc16 = (([devHSc16] * 4) + ([proxHSc16] * 2) + ([rdDenHab16] * 2) + [devWQSc16] + [rcHabSc16] + [rcWQSc16] + [natWQSc16] + [pasHabSc16] + [sizeSc]) /14 HabSc16 Single 4 0 0 HStress16 Wetland Habitat Stress Level 2016 processor Metrics for calculating the Wetland Habitat Stress: Slightly Stressed = HabSc16 ge 0.90 Somewhat Stressed = HabSc16 ge 0.60 AND HabSc16 < 0.90 Somewhat Severely Stressed = HabSc16 ge 0.30 AND HabSc16 < 0.6 Severely Stressed = HabSc16 ge 0.01 AND HabSc16 < 0.3 HStress16 String 30 0 0 HRPot16 Wetland Habitat Restoration Potential 2016 processor Metric for calculating wetland habitat restoration potential: HRPot16 = (([devHSc16] * 4) + ([proxHSc16] * 2) + ([rdDenHab16] * 2) + [devWQSc16] + 1 + 1 + 1 + 1 + [sizeSc]) /14 HRPot16 Single 4 0 0 HRPotP16 Wetland Habitat Restoration Potential Percent 2016 processor Metric for calculation of wetland habitat restoration potential percent : HRPotP16 = (([HRPot16] - [HabSc16]) / [HabSc16]) * 100 HRPotP16 Double 8 0 0 WQSc16 Wetland Water Quality Score 2016 processor Metric for calculating the wetland Water Quality Score: WQSc16 = ([sizeScWQ] + [devScWQ16] + [natScWQ16]) /3 WQSc16 Single 4 0 0 WQStres16 Wetland Water Quality Stress Level 2016 processor Metrics for calculating the Wetland Water Quality Stress: Slightly Stressed = WQSc16 is 1.0 Somewhat Stressed = WQSc16 is 0.7 Somewhat Severely Stressed = WQSc16 is 0.4 Severely Stressed = WQSc16 is 0.1 WQStres16 String 30 0 0 WQRPot16 Wetland Water Quality Restoration Potential 2016 processor Metric for calculating the Wetland Water Quality Restoration Potential: WQRPot16 = ([sizeScWQ] + [devScWQ16] + 1)/3 WQRPot16 Single 4 0 0 WQRPotP16 Wetland Water Quality Restoration Potential Percent 2011 processor Metric for calculating the wetland water quality restoration potential percent: WQRPotP16 = (([WQRPot16] - [WQSc16]) / [WQSc16]) *100 WQRPotP16 Double 8 0 0 SHAPE Feature geometry. ESRI Coordinates defining the features. Shape Geometry 0 0 0 State State String 4 0 0 IP_Count IP_Count Integer 4 0 0 IP_Rank IP_Rank String 255 0 0 Shape_Length Length of feature in internal units. Esri Positive real numbers that are automatically generated. Shape_Length Double 8 0 0 wtlndACRES wtlndACRES Double 8 0 0 File Geodatabase Feature Class dataset EPSG 8.8(9.3.1.2) Simple FALSE 5148 TRUE TRUE