20221122 14092300 1.0 FALSE vanc_nwi_NLCD5yr_Scored_2022_Final_11_21_2022_wm -9311674.363700 -8376751.273600 4117854.624100 4786431.906300 1 002 Projected GCS_WGS_1984 Linear Unit: Meter (1.000000) <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/10.8'><WKT>PROJCS[&quot;WGS_1984_Web_Mercator_Auxiliary_Sphere&quot;,GEOGCS[&quot;GCS_WGS_1984&quot;,DATUM[&quot;D_WGS_1984&quot;,SPHEROID[&quot;WGS_1984&quot;,6378137.0,298.257223563]],PRIMEM[&quot;Greenwich&quot;,0.0],UNIT[&quot;Degree&quot;,0.0174532925199433]],PROJECTION[&quot;Mercator_Auxiliary_Sphere&quot;],PARAMETER[&quot;False_Easting&quot;,0.0],PARAMETER[&quot;False_Northing&quot;,0.0],PARAMETER[&quot;Central_Meridian&quot;,0.0],PARAMETER[&quot;Standard_Parallel_1&quot;,0.0],PARAMETER[&quot;Auxiliary_Sphere_Type&quot;,0.0],UNIT[&quot;Meter&quot;,1.0],AUTHORITY[&quot;EPSG&quot;,3857]]</WKT><XOrigin>-20037700</XOrigin><YOrigin>-30241100</YOrigin><XYScale>10000</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>102100</WKID><LatestWKID>3857</LatestWKID></ProjectedCoordinateSystem> WGS_1984_Web_Mercator_Auxiliary_Sphere 20221122 16123700 20221123 14553300 FGDC CSDGM Metadata 50000 5000 FGDC /9j/4AAQSkZJRgABAQEAAQABAAD/2wBDAAgGBgcGBQgHBwcJCQgKDBQNDAsLDBkSEw8UHRofHh0a HBwgJC4nICIsIxwcKDcpLDAxNDQ0Hyc5PTgyPC4zNDL/2wBDAQkJCQwLDBgNDRgyIRwhMjIyMjIy MjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjL/wAARCACFAMgDASIA AhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQA AAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3 ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWm p6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEA AwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSEx BhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElK U1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3 uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD3+iii gAooooAKKKKACiiigAooooAKKKKACiiigApAylmUEEr1A7UtZ11P+8WSNnJi3FlVeCQDxnHHf2oA 0aK5rVPEoisL1Lcsl1AUVWypDEgtgZ4JwrDp9M07wpqN/eQzRX8sUjw4AcOpds9cheMdBn60AdHR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRSE4BIBPsO9AC0VFb3EdzGXjbIBw fY024kRAFdiNzDaQOmOfy4oAr3WppE6xRxtKzcME6r1AP04PPbg1nv5kglneUhVDF2QgqGHBVSRy B9O3rkCSYzy5FvNBHczfLEzBiAMgtjsTzkYx3/umrdw629rjf5YVSQchRnI7H6/0oA8y1SW7OoXk sYb7OxeN8DPAwO+f9nnuf0bAyajFGYsxOPlknkTGJGOSxYZJ5+nYd6r6vfYvLuCBo/JaU/Mm3D85 z055PX049aq6Wkkl8CjMcZOdpYO3Zce5wPoTQB67o2ope28arIzHywRvHzHGATnv1HNalZGh6HHp Mcju4lupSS8mMcHnaPYVr0AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAVXu5vKiYK2 JNpYADJIBGf5j86sE461TzHODKwyVdowUYnaQSOmMZ/rQBFblY23Qgvl2RV555G5ifrn+XXiqV7K JmM4SZ2OURAnoQG4IHGT1P4EU86XILkKbgrGY9oVPYnbkYyQF7ZwSKZJpBkigDGLZHKWYGMlgMk8 EE8n5cj+tACRXCCyg1a8AaUoPs8KtnAbkdTgsQMk+xrI1LWllV1UhJBGSScZiwMsrdSp+UdOp788 WbxzbwB7y4hjjkhUxwqBtQqV4Jzk4DAcdcdq5fWrovcwxxSKtrHkIIixAO7O5scl/X3FAGDqisL1 pGB2SZKgsScdBnPPofpinRXS2aW8lsXW5jdZScgrkHIJz0I4/wA8VZefDTRXimRGWTYu8ABj91lP fB9Ov0POU2ERdpyTycge9AHdaL44nutcQ6pIsNq6sqBRtRT6nqT0x+Nd/FPDOoaKWORT0KMCK8HI BRWJBXODt6gf5PH/ANarlhey6RqcF3E5AUhxtJAZfQjv6Ee340Ae4UVjaF4jttdDCKKWJ1AbbIBy OOR7ZNbBOAT1xQAtFcdpXi+91jUZ1t7JPsqHCDBMjAnAJwcADOSe3TnOa69AwRQ5BbHJAwCaAHUU UUAFFFFABRRRQAUUEgDJOAKKACimeYgfZuAb06U2S5ijlETE+YRuCgEkigCWimiRCxUHkHBFMmdV XJbaFPLbgAPrzQAy5kKbSGCqpO5j0X/e9uc/gKpJIuYLjy9tujMPMBwcZ4ZhxxyT3GGzx2tpGNoa SR5yRlQyAccDpj+f6U+csIpNjeUT/wAtDg47Zwf8+1AFc3Snyp5FMcaoW8xiME46dM89fTgVFq90 bG3W6BkZUyCE2naMHLHcQDjAPc8fWrJYiCSaQZZVO6MHvgcDdjH/ANeua1i3f7W86zSBYggYmIbU GP4SD3PHfp6YyAczrDXkt9bh/IN0wRjJuU4ycKMY4Pfv29qrXcdx5UqXEnmKkZb5AwUc4IA4A5z7 cZ7AU68uHMcd1uZjIQDINynJJ6YzgY2ZHJ5FUQ7XRCb3lTcZFAU8uV4HHvnsOB9BQBUkkEkyq+DE pJBC846kf/r6UklnOsDXDqditsIZhuB+nX8cYquw2uQM8evBp29xFsz8uc4oAcy/ul2r1x83I/z3 q3aSJHI1jfEi3OTyuSj44I9M8A46j6CqMaM0iqg3sSABjOT6VdS2luIpIpsxyw4EYl+XPqnI685G T6juKAPRvA1gtlZXRjmM0UkgaNsEfLj0IBB9e3HWqnjjWp42h0PT93n3P+t2dSG4Cj685/8Ar1P4 K0WawVr0yOIbmIAwv1Vwx/PjoferenWi3/ibU9UkjG63f7NCrDgEAbm6den4UAaHh7So9H0eG1UL 5g5lYDG5+5/p9BWpRRQAUUUUAFFFBOATQAUhIAJPQVBLcMqBoo9/+9lR+HBJ/AVQnYSSBZZHkcn/ AFKq23OB7cjAPXue1AEslxOb/cgdoFTK7WBUtnHOATj8fTgYqwt0Ru3Lu+UOApz17HOAPb2qkGjv IvNcOAGG5LcEklTjaWAyR+I4J7ZqBxGskUoE4t45QySRgknIx3z8uWb+nuAW5w7XkLthgFxJ5TEl SPm6emQB681QvIJnhdlu2t7iWQHfwMkD5U65I9sjtzk5Mq29zPtd2wnzM+Ezk44BH3jzjv26A81f AjktW81lMEsZGZSASD2ORwOcd+1AEwdNyld7gcZCjGT3/wD1e9QSxiMs00oVSwaINwFYDOTj6H29 vVEdrYECNY4OShJ5J6jrjGc4wemOtQsst+ivLGECEne5IAG7IOCPQA59aAFu9UiBWFB5pcbwwyFA B9c/hVCx1lpQ0rfu9sh/cvtj2p7k8dT1z2/O7bW5EhVHXeJD5rBQpYj7pJAG75So7dOD1qRdssgW K1VvmVmbjAOT+I/LvQBQn1SO4Zra3eaMeYVSRR8rZHQAL/tDqOcVl6zqh8n96iTtlQkGfnTcMbjj hs/yHbNaM+jxrbzQteZAQfuZANqjA5OOx2sec9vxwPEcaybG8wyKuE3s4Xb6bgFwAOnfqB7UAczL I7R/KgTcfM2FugGOn4Y59sUv2B/s/wBojfMG3rGGAc9CBkHn/D0p99GUhSXy1V3Yldm4D1GO/tg8 5XvU41GVtDsrPyU2ANtZ1znJIyOMcYPBz270AYjQOw8zcpzgnHv9KhYbTjcD7iuheOKJctGqrJCM GNGUj5eBk5xkjHPX3rAkbLn2PHGP0oAbjjPT+ta+i3dmzfYdTEz2srLtaNv9WRnnGOR83SslmDH0 GPQUscjRtlMhuxHY0AeseG7c6HE9nd6jHIjEtCoPygd8Hp74B4yT3rdszayrJdWkiSpcNvMiNuVi AF4P/AcV47b61fW0KQrINse5lEgGAcYP14H5ivRPA1zPLoKJcuzvkyIzf3SzLjPc5Vj+IoA6eiii gAooooAKKKKACiiigAooooAKKKKACiiigDm7mSbS47mCSV5Y5G2wKUBYkqSoGSQefUDOOc1EYdbv tyx3UkYlVkk3RgLCe+Ofm9MjPTt33NQ0mz1SJkuYskrtDrwy854P1q1FEkESRRqFRAFUDsKAPPX0 7WBDMZI5ba3hG47VwGAHzcAcnrzjHGe9Y91q9yYoUMYxE3mrII+HByV4PAHXp6V67XDaj4X1Ce5v ZI40CNI0kShgVOM7Rg8jqRjp8xoA4OSaa7wJJhIQCVBPCjngDt/9f2pktxNiBAzIIV+Ta/A5JyCP cmpFhmSF5hsVR8rrnBHTgg89eM/rUIikIfbg/LluR0yD+P8An0NAFuTWLxrMW0kivFndtZVJLY6k jnuf8jjO65x+VP2vKhZU+RBzjsPX9R+YpoBOVAJP5UALgq24gEd+OPpUgVXcoFXcxGwLnByR6nj8 abG427Wb5QcgHpn3/StLT9Plv4GkiNsXtxt2SSrGHyc554bvnp2oAiNn5QUGJ5mYMCkeCUZT8wzg gjGTx0z7c9x4Gv7e5Vfl8q5jQQONxxJ1KsB0HCtn3Oe9Ytromgw2sFzf+IPnAyVtASVwcehIwe+B n9a6mKDTbee3udGnt/PeF5RC5P79WGQf9k5XPA9eKAOoopkUizRJIudrgMMjB/EdqfQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAHiuqNHDMbVkbdE+DvbIIBblQAMA9cZ6k1SuJ/nXyjg beoI75z0+p6816J428Mw3dpPq1vhLqJd8oJ4kUAD8CAO3WvNGxjG35upOTQAm7CAZz14PQVLEXaN 1BO0fvG564/keTTTFkAh1IwOegFOCAFkYFCw4JPA7/jnHFAD7Kzlv7yO3gwZHBIXOOgJxz7CtaPS Y7OxW6nZ3leR1gjRgrOoHDjjOOvHese2mMMwkXd8pB4YA5HOeh/ka3bCwh1MoV1OCa4kQRJHdFgU OMgDrkZ+Ucj1x2IBjzqu+aQW7CNgFUSP86k8g46ngf5yK0LCcT+LbB7dRt8yFAjYGQFClefXkVry eENX06QMLG11FnVUB6CM4x6r09SD2rttC0C30SyWIYlnzuecryx56enU/mfWgC3Y2senp9jgjZYV G5OcgZJyB/P8auUm1S4fHzAEA+x//UKWgAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA EZVdSrAMpGCCMgis+70LSr2NUnsIGCghcIAVyc8Y960aKAOU8ReGLJdJluNNtDDdQjcotlOX9QQO vGa8weF4JSlxFIgU5Mb/ACnGfcdfwr3qq11p1lfMjXVpBOU+6ZIw2PzoA8Ot7Z7mbyo/9a2Qi9Nx 9Oe/p+VdB4b09/7Rt5tRMVraxyhgLlthdgf4QeTyeewz+FWtY8FajHrDRadb+dbSnzI2yAsYz905 9P1otfCur2rwNPZxXPmAptmVnVFyuOhGOpPOOh/EA9NWaN5XiVwXQBivseh/Q0+qOlaZFpNktvEz N3YsxOT3wOgHsKvUARxW8MBcxRIhkbc5UYLH1PqakoooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigD/9k= Tamia Rudnicky Virginia Insititute of Marine Science GIS Programmer/Analyst (804) 684-7181 P.O. Box 1346 Gloucester Point Virginia 23062 ArcGIS Metadata 1.0 2015-10-28T00:00:00 2022-11-21T00:00:00 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 Virginia and APNEP Portion of North Carolina NWI Nontidal Wetlands Scored for Habitat and Water Quality Function <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 and a portion of North Carolina utilizing NLCD land cover from five years (2001, 2006, 2011, 2016, and 2019). 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 North Carolina APNEP 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 North Carolina APNEP <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 ground condition 1977-01-01 2017-11-14 -83.648194 -75.249637 36.514929 39.45066 Version 6.2 (Build 9200) ; Esri ArcGIS 10.8.0.12790 1 -83.648194 -75.249637 39.450660 34.660611 None None road location for 2000, 2007, 2011, 2016, and 2019. 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 for Virginia and the north eastern portion of North Carolina. 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 downloaded July 27, 2021 USGS National Elevation Data 1/3 Arc Second USGS National Elevation Data 1/3 Arc Second 2009-01-01T00:00:00 U.S. Geological Survey, Sioux Falls, SD (1999-2017) https://apps.nationalmap.gov/downloader/ 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 (2019 Edition) for 2001, 2006, 2011, 2016, and 2019. NLCD 2019 Land Cover (2019 Edition) NLCD 2019 Land Cover (2019 Edition) 2021-06-04T00:00:00 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 1977-01-01T00:00:00 Wetlands for Virginia were downloaded from the National Wetlands Inventory Mapper. Nontidal wetlands were selected from the downloaded data using the Wetland_Type 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). Download Date: Oct 2021. 2021-10-01T00:00:00 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, 2016, and 2019 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: 2022 2021-10-22T00:00:00 Wetland drainages are generated using elevation data from the United States Geological Survey. The wetlands and the elevation datasets are processed ArcGIS Pro; the elevation dataset is in a raster format and the wetlands are in ESRI shapefile format. The hydrologic tools available in ArcGIS Pro 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 raster; the flow direction raster assigns numeric values to individual cells in the raster based on the flow direction in that cell. Finally, each wetland must be converted into a raster, and a watershed raster is generated around it from the flow direction raster. The resulting watershed is than converted to a polygon. Attributes are added that will link it to the associated wetland. Dates: 2022 2022-09-02T00:00:00 The processing for the analysis is written using Python Script and run using ArcGIS Pro version 2.9. 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 five land use years (2001, 2006, 2011, 2016, and 2019) and are joined to a copy of the wetlands feature data set. Dates: 2022 2022-11-21T00:00:00 vanc_nwi_NLCD5yr_Scored_2022_Final_11_21_2022_wm Reference: Cowardin et al. 1979 U.S. Fish and Wildlife Service Feature Class 313359 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 15 0 0 IMAGE_YR Year of the most recent imagery used for wetland delineation National Wetlands Inventory Project Metadata IMAGE_YR SmallInteger 2 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 50 0 0 IMAGE_DATE Month and year of all imagery used for wetland delineation National Wetlands Inventory Project Metadata IMAGE_DATE String 40 0 0 PROJECT_NAME Name of the wetland mapping project National Wetlands Inventory Metadata PROJECT_NAME String 50 0 0 Downloaded Date data downloaded from National Wetlands Inventory Data Mapper. processor downloadDate String 255 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 10 0 0 COMMENTS COMMENTS String 255 0 0 Specific comments to be shared with the public metadata for NWI Wetlands Project DATA_CAT DATA_CAT String 25 0 0 allNWI_ID allNWI_ID Integer 4 0 0 a unique identifier given to all the wetlands downloaded fro the WetCAT project. processor nwi21v19 Compared0721DownloadWith2019 String 100 0 0 a comparison of wetlands from 2019 dataset with the wetlands downloaded July 2021 processor wetlandOrigin wetlandOrigin String 255 0 0 source of the wetlands, i.e. NWI processor wtlndType WetlandType String 255 0 0 Same as WETLAND_TYPE wtlndClassType WetlandClassType String 255 0 0 same as ATTRIBUTE wtlndVsStrm WetlandVsStream String 255 0 0 indicates the wetland relationship with NHD flowlines. Values are 'Not adjacent', 'Flowline intersects wetland', or 'Wetland within 5m of Flowline'. processor AnalysisID AnalysisID Integer 4 0 0 unique identification code given to the wetlands in this project. This code can be used to associate the wetland with its drainage. processor LoadDate LoadDate Date 8 0 0 AreaSqKm AreaSqKm Double 8 0 0 AreaAcres AreaAcres Double 8 0 0 Name Name String 120 0 0 HUC 10 name States States String 50 0 0 a list of the sates that the HUC 10 overlays. bare01 On a scale of 0 to 1, the percent of bare land cover (NLCD 2001) within a 200 m buffer around wetland polygon processor bare01 Double 8 0 0 HUType HUType String 255 0 0 update22_ID update2022_ID String 255 0 0 crop01 On a scale of 0 to 1, the percent of crop land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor crop01 Double 8 0 0 forest01 On a scale of 0 to 1, the percent of forest land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor forest01 Double 8 0 0 herb01 On a scale of 0 to 1, the percent of herbaceous land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor herb01 Double 8 0 0 hires01 On a scale of 0 to 1, the percent of high and medium intensity developed land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor hires01 Double 8 0 0 lowres01 On a scale of 0 to 1, the percent of developed, low intensity or open space land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor lowres01 Double 8 0 0 pas01 On a scale of 0 to 1, the percent of pasture/hay land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor pas01 Double 8 0 0 wtlnd01 On a scale of 0 to 1, the percent of wetlands land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor wtlnd01 Double 8 0 0 wtr01 On a scale of 0 to 1, the percent of open water land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor wtr01 Double 8 0 0 NAT200_01 On a scale of 0 to 1, the percent of natural land cover (NLCD 2001) within a 200 m buffer around wetland polygon. (Nat200_01 = forest01 + herb01 + wtlnd01 + wtr01) processor NAT200_01 Double 8 0 0 DEV200_01 On a scale of 0 to 1, the percent of developed land cover (NLCD 2001) within a 200 m buffer around wetland polygon. (Dev200_01 = hires01 + lowres01 + bare01) processor DEV200_01 Double 8 0 0 Crop200_01 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2001) within a 200 m buffer around wetland polygon. (Crop200_01 = crop01) processor Crop200_01 Double 8 0 0 Past200_01 On a scale of 0 to 1, the percent of hay/pasture land cover (NLCD 2001) within a 200 m buffer around wetland polygon. (Past200_01 = pas01) processor Past200_01 Double 8 0 0 Wet200_01 On a scale of 0 to 1, the percent of wetlands land cover (NLCD 2001) within a 200 m buffer around wetland polygon. (Wet200_01 = wtlnd01) processor Wet200_01 Double 8 0 0 DNAT200_01 On a scale of 0 to 1, the percent of natural land cover (NLCD 2001) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DNAT200_01 Double 8 0 0 DDEV200_01 On a scale of 0 to 1, the percent of developed land cover (NLCD 2001) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DDEV200_01 Double 8 0 0 DCrp200_01 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2001) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DCrp200_01 Double 8 0 0 DPas200_01 On a scale of 0 to 1, the percent of hay/pasture land cover (NLCD 2001) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DPas200_01 Double 8 0 0 DWet200_01 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2001) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DWet200_01 Double 8 0 0 TAREAB2h area of 200m buffer around wetland processor TAREAB2h Double 8 0 0 rdDen2h_00 Tiger 2000 road density within 200m buffer of wetland. processor rdDen2h_00 Double 8 0 0 ACRES_1 ACRES Double 8 0 0 devHSc01 developed habitat score for 2001. processor Habitat scoring for developed landuse is as follows: Dev200_01 < 0.01 then devHSc01 = 1; Dev200_01 ge 0.21 then devHSc01 = 0.1; Dev200_01 ge .01 and Dev200_01 < .09 then devHSc01 = 0.9 + ((0.09 -[DEV200_01]) * 1.25); Dev200_01 ge .09 and Dev200_01 < .21 then devHSc01 = (0.1 +((.21-[dev200_01]) * 6.667)) devHSc01 Double 8 0 0 proxHSc01 proximate wetland habitat score processor proxHSc01 is calculated by looking at the wetland land use scores as folllows: wet200_01 ge .05 and wet200_01 < 0.12 then proxHSc01 = 0.1 + (( [Wet200_01] - 0.05) * 12.857); wet200_01 ge 0.12 then proxHSc01 = 1; wet200_01 < .05 then proxHSc01 = 0.1 proxHSc01 Double 8 0 0 rdDenHab01 road density habitat score 2001 processor road density habitat scores are calculated as follows: rdDen2h_01 le 0.19 then rdDenHab01 = 1; rdDen2h_01 > 0.19 and rdDen2h_01 < 0.31 then rdDenHab01 = 0.1 + ((0.31 - [rdDen2h_01]) * 7.5); rdDen2h_01 ge 0.31 then rdDenHab01 = 0.1 rdDenHab01 Double 8 0 0 devWQSc01 developed water quality score 2001 processor Developed water quality score is calculated as follows: DDEV200_01 < 0.014 then devWQSc01 = 1; DDEV200_01 >= 0.014 then devWQSc01 = 0.1 devWQSc01 Double 8 0 0 rcHabSc01 row crops habitat score 2001 processor crop/cultivated habitat scores are calculated as follows: Crop200_01 < 0.05 then rcHabSc01 = 1; Crop200_01 >= 0.05 then rcHabSc01 = 0.1 rcHabSc01 Double 8 0 0 rcWQSc01 crop/cultivated water quality score 2001 processor Crop/cultivated water quality score is calculated as follows: DCrp200_01 < 0.03 then cWQSc01 = 1; DCrp200_01 >= 0.03 then rcWQSc01 = 0.1 rcWQSc01 Double 8 0 0 natWQSc01 natural water quality score for 2001 processor Natural water quality score is calculated as follows: DNAT200_01 < 0.72 then natWQSc01 = 0.1; DNAT200_01 >= 0.72 then natWQSc01 = 1. natWQSc01 Double 8 0 0 pasHabSc01 pasture habitat score 2001 processor Pasture habitat score is calculated as follows: Past200_01 < 0.02 then pasHabSc01 = 1; Past200_01 >= 0.02 then pasHabSc01 = 0.1. pasHabSc01 Double 8 0 0 sizeSc wetland size score processor wetland size score is calculated as follows: ACRES <= 5.4 then sizeSc = 0.1; ACRES > 5.4 then sizeSc = 1. sizeSc Double 8 0 0 sizeScWQ wetland Water quality size score processor wetland size score for water qualitly is calculated as follows: ACRES <= 2.4 then sizeSc = 0.1; ACRES > 2.4 then sizeSc = 1. sizeScWQ Double 8 0 0 devScWQ01 developed water quality score for 2001. processor developed water quality score is calculated as follows: DEV200_01 < 0.01 then devScWQ01 = 1; DEV200_01 >= 0.01 then devScWQ01 = 0.1; devScWQ01 Double 8 0 0 natScWQ01 natural water quality score 2001 processor Natural water quality scores are calculated as follows: NAT200_01 > 0.71 then natScWQ01 = 1; NAT200_01 <= 0.71 then natScWQ01 = 0.1. natScWQ01 Double 8 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 Double 8 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 Double 8 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 Double 8 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 Double 8 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 bare06 On a scale of 0 to 1, the percent of bare land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor bare06 Double 8 0 0 crop06 On a scale of 0 to 1, the percent of crop land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor crop06 Double 8 0 0 forest06 On a scale of 0 to 1, the percent of forest land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor forest06 Double 8 0 0 herb06 On a scale of 0 to 1, the percent of herbaceous land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor herb06 Double 8 0 0 hires06 On a scale of 0 to 1, the percent of high and moderate density developement land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor hires06 Double 8 0 0 lowres06 On a scale of 0 to 1, the percent of low and open space development land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor lowres06 Double 8 0 0 pas06 On a scale of 0 to 1, the percent of hay/pasture land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor pas06 Double 8 0 0 wtlnd06 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor wtlnd06 Double 8 0 0 wtr06 On a scale of 0 to 1, the percent of open water land cover (NLCD 2006) within a 200 m buffer around wetland polygon. processor wtr06 Double 8 0 0 NAT200_06 On a scale of 0 to 1, the percent of natural land cover (NLCD 2006) within a 200 m buffer around wetland polygon. (Nat200_06 = forest + herb + wtlnd + wtr) processor NAT200_06 Double 8 0 0 DEV200_06 On a scale of 0 to 1, the percent of developed land cover (NLCD 2006) within a 200 m buffer around wetland polygon. (Dev200_06 = hires + lowres + bare) processor DEV200_06 Double 8 0 0 Crop200_06 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2006) within a 200 m buffer around wetland polygon. (Crop200_06 = crop) processor Crop200_06 Double 8 0 0 Past200_06 On a scale of 0 to 1, the percent of pasture land cover (NLCD 2006) within a 200 m buffer around wetland polygon. (Past200_06 = pas) processor Past200_06 Double 8 0 0 Wet200_06 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2006) within a 200 m buffer around wetland polygon. (Wet200_06 = wtlnd) processor Wet200_06 Double 8 0 0 DNAT200_06 On a scale of 0 to 1, the percent of natural land cover (NLCD 2006) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DNAT200_06 Double 8 0 0 DDEV200_06 On a scale of 0 to 1, the percent of developed land cover (NLCD 2006) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DDEV200_06 Double 8 0 0 DCrp200_06 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2006) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DCrp200_06 Double 8 0 0 DPas200_06 On a scale of 0 to 1, the percent of hay/pasture land cover (NLCD 2006) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DPas200_06 Double 8 0 0 DWet200_06 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2006) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DWet200_06 Double 8 0 0 rdDen2h_07 Tiger 2007 road density within 200m buffer of wetland. processor rdDen2h_07 Double 8 0 0 devHSc06 developed habitat score for 2006 processor Habitat scoring for developed landuse is as follows: Dev200_06 < 0.01 then devHSc06 = 1; Dev200_06 ge 0.21 then devHSc06 = 0.1; Dev200_06 ge .01 and Dev200_06 < .09 then devHSc06 = 0.9 + ((0.09 -[Dev200_06]) * 1.25); Dev200_06 ge .09 and Dev200_06 < .21 then devHSc06 = (0.1 +((.21-[Dev200_06]) * 6.667)) devHSc06 Double 8 0 0 proxHSc06 proximal wetland habitat score for 2006 processor proxHSc06 is calculated by looking at the wetland land use scores as folllows: wet200_06 ge .05 and wet200_06 < 0.12 then proxHSc06 = 0.1 + (( [Wet200_06] - 0.05) * 12.857); wet200_06 ge 0.12 then proxHSc06 = 1; wet200_06 < .05 then proxHSc06 = 0.1 proxHSc06 Double 8 0 0 rdDenHab06 road density habitat score 2006 processor road density habitat scores are calculated as follows: rdDen2h_06 le 0.19 then rdDenHab06 = 1; rdDen2h_06 > 0.19 and rdDen2h_06 < 0.31 then rdDenHab06 = 0.1 + ((0.31 - [rdDen2h_06]) * 7.5); rdDen2h_06 ge 0.31 then rdDenHab06 = 0.1 rdDenHab06 Double 8 0 0 devWQSc06 developed water quality score for 2006 processor Developed water quality score is calculated as follows: DDEV200_06 < 0.014 then devWQSc06 = 1; DDEV200_06 >= 0.014 then devWQSc06 = 0.1 devWQSc06 Double 8 0 0 rcHabSc06 cultivated habitat score for 2006 processor crop/cultivated habitat scores are calculated as follows: Crop200_06 < 0.05 then rcHabSc06 = 1; Crop200_06 >= 0.05 then rcHabSc06 = 0.1 rcHabSc06 Double 8 0 0 rcWQSc06 cultivated water quality score for 2006 processor Cultivated water quality score is calculated as follows: DCrp200_06 < 0.03 then cWQSc06 = 1; DCrp200_06 >= 0.03 then rcWQSc06 = 0.1 rcWQSc06 Double 8 0 0 natWQSc06 natural water quality score for 2006 processor Natural water quality score is calculated as follows: DNAT200_06 < 0.72 then natWQSc06 = 0.1; DNAT200_06 >= 0.72 then natWQSc06 = 1. natWQSc06 Double 8 0 0 pasHabSc06 pasture habitat score for 2006 processor Pasture habitat score is calculated as follows: Past200_06 < 0.02 then pasHabSc06 = 1; Past200_06 >= 0.02 then pasHabSc06 = 0.1. pasHabSc06 Double 8 0 0 devScWQ06 developed water qualtiy score 2006 processor developed water quality score is calculated as follows: DEV200_06 < 0.01 then devScWQ06 = 1; DEV200_06 >= 0.01 then devScWQ06 = 0.1; devScWQ06 Double 8 0 0 natScWQ06 natural water quality score for 2006 processor Natural water quality scores are calculated as follows: NAT200_06 > 0.71 then natScWQ06 = 1; NAT200_06 <= 0.71 then natScWQ06 = 0.1. natScWQ06 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 Double 8 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 Double 8 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 Double 8 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 Double 8 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 bare11 On a scale of 0 to 1, the percent of bare land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor bare11 Double 8 0 0 crop11 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor crop11 Double 8 0 0 forest11 On a scale of 0 to 1, the percent of forest land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor forest11 Double 8 0 0 herb11 On a scale of 0 to 1, the percent of herbaceous land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor herb11 Double 8 0 0 hires11 On a scale of 0 to 1, the percent of high and medium intensity developed land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor hires11 Double 8 0 0 lowres11 On a scale of 0 to 1, the percent of low intensity and open space developed land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor lowres11 Double 8 0 0 pas11 On a scale of 0 to 1, the percent of pasture/hay land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor pas11 Double 8 0 0 wtlnd11 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor wtlnd11 Double 8 0 0 wtr11 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2011) within a 200 m buffer around wetland polygon. processor wtr11 Double 8 0 0 NAT200_11 On a scale of 0 to 1, the percent of natural land cover (NLCD 2011) within a 200 m buffer around wetland polygon. (Nat200_11 = forest + herb + wtlnd + wtr) processor NAT200_11 Double 8 0 0 DEV200_11 On a scale of 0 to 1, the percent of developedland cover (NLCD 2011) within a 200 m buffer around wetland polygon. (DEV200_11 = hires + lowres + bare) processor DEV200_11 Double 8 0 0 Crop200_11 On a scale of 0 to 1, the percent of cultivatedland cover (NLCD 2011) within a 200 m buffer around wetland polygon. (Crop200_11 = crop) processor Crop200_11 Double 8 0 0 Past200_11 On a scale of 0 to 1, the percent of pasture land cover (NLCD 2011) within a 200 m buffer around wetland polygon. (Past200_11 = pas) processor Past200_11 Double 8 0 0 Wet200_11 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2011) within a 200 m buffer around wetland polygon. (Wet200_11 = wtlnd) processor Wet200_11 Double 8 0 0 DNAT200_11 On a scale of 0 to 1, the percent of natural land cover (NLCD 2011) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DNAT200_11 Double 8 0 0 DDEV200_11 On a scale of 0 to 1, the percent of developed land cover (NLCD 2011) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DDEV200_11 Double 8 0 0 DCrp200_11 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2011) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DCrp200_11 Double 8 0 0 DPas200_11 On a scale of 0 to 1, the percent of hay/pasture land cover (NLCD 2011) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DPas200_11 Double 8 0 0 DWet200_11 On a scale of 0 to 1, the percent of wetlands land cover (NLCD 2011) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DWet200_11 Double 8 0 0 rdDen2h_11 Tiger 2011 road density within 200m buffer of wetland. processor rdDen2h_11 Double 8 0 0 devHSc11 developed habitat score for 2011 processor Habitat scoring for developed landuse is as follows: Dev200_11 < 0.01 then devHSc11 = 1; Dev200_11 ge 0.21 then devHSc11 = 0.1; Dev200_11 ge .01 and Dev200_11 < .09 then devHSc11 = 0.9 + ((0.09 -[Dev200_11]) * 1.25); Dev200_11 ge .09 and Dev200_11 < .21 then devHSc11 = (0.1 +((.21-[Dev200_11]) * 6.667)) devHSc11 Double 8 0 0 proxHSc11 proximal wetland habitat score for 2011 processor proxHSc11 is calculated by looking at the wetland land use scores as folllows: wet200_11 ge .05 and wet200_11 < 0.12 then proxHSc11 = 0.1 + (( [Wet200_11] - 0.05) * 12.857); wet200_11 ge 0.12 then proxHSc11 = 1; wet200_11 < .05 then proxHSc11 = 0.1 proxHSc11 Double 8 0 0 rdDenHab11 road density habitat score for 2011 processor road density habitat scores are calculated as follows: rdDen2h_11 le 0.19 then rdDenHab11 = 1; rdDen2h_11 > 0.19 and rdDen2h_11 < 0.31 then rdDenHab11 = 0.1 + ((0.31 - [rdDen2h_11]) * 7.5); rdDen2h_11 ge 0.31 then rdDenHab11 = 0.1 rdDenHab11 Double 8 0 0 devWQSc11 developed water quality score 2011 processor Developed water quality score is calculated as follows: DDEV200_11 < 0.014 then devWQSc11 = 1; DDEV200_11 >= 0.014 then devWQSc11 = 0.1 devWQSc11 Double 8 0 0 rcHabSc11 cultivated habitat scores for 2011 processor crop/cultivated habitat scores are calculated as follows: Crop200_11 < 0.05 then rcHabSc11 = 1; Crop200_11 >= 0.05 then rcHabSc11 = 0.1 rcHabSc11 Double 8 0 0 rcWQSc11 cultivated water quality score for 2011 processor Cultivated water quality score is calculated as follows: DCrp200_11 < 0.03 then cWQSc11 = 1; DCrp200_11 >= 0.03 then rcWQSc11 = 0.1 rcWQSc11 Double 8 0 0 natWQSc11 natural water quality score for 2011 processor Natural water quality score is calculated as follows: DNAT200_11 < 0.72 then natWQSc11 = 0.1; DNAT200_11 >= 0.72 then natWQSc11 = 1. natWQSc11 Double 8 0 0 pasHabSc11 pasture habitat score for 2011 processor Pasture habitat score is calculated as follows: Past200_11 < 0.02 then pasHabSc11 = 1; Past200_11 >= 0.02 then pasHabSc11 = 0.1. pasHabSc11 Double 8 0 0 devScWQ11 developed water quality score for 2011 processor developed water quality score is calculated as follows: DEV200_11 < 0.01 then devScWQ11 = 1; DEV200_11 >= 0.01 then devScWQ11 = 0.1; devScWQ11 Double 8 0 0 natScWQ11 natural water quality score for 2011 processor Natural water quality scores are calculated as follows: NAT200_11 > 0.71 then natScWQ11 = 1; NAT200_11 <= 0.71 then natScWQ11 = 0.1. natScWQ11 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 Double 8 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 Double 8 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 Double 8 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 Double 8 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 bare16 On a scale of 0 to 1, the percent of bare land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor bare16 Double 8 0 0 crop16 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor crop16 Double 8 0 0 forest16 On a scale of 0 to 1, the percent of forest land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor forest16 Double 8 0 0 herb16 On a scale of 0 to 1, the percent of herbaceous land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor herb16 Double 8 0 0 hires16 On a scale of 0 to 1, the percent of high and medium intensity developed land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor hires16 Double 8 0 0 lowres16 On a scale of 0 to 1, the percent of low intensity and open space developed land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor lowres16 Double 8 0 0 pas16 On a scale of 0 to 1, the percent of pasture/hay land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor pas16 Double 8 0 0 wtlnd16 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor wtlnd16 Double 8 0 0 wtr16 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2016) within a 200 m buffer around wetland polygon. processor wtr16 Double 8 0 0 NAT200_16 On a scale of 0 to 1, the percent of natural land cover (NLCD 2016) within a 200 m buffer around wetland polygon. (Nat200_16 = forest16 + herb16 + wtlnd16 + wtr16) processor NAT200_16 Double 8 0 0 DEV200_16 On a scale of 0 to 1, the percent of developedland cover (NLCD 2016) within a 200 m buffer around wetland polygon. (DEV200_16 = hires16 + lowres16 + bare16) processor DEV200_16 Double 8 0 0 Crop200_16 On a scale of 0 to 1, the percent of cultivatedland cover (NLCD 2016) within a 200 m buffer around wetland polygon. (Crop200_161 = crop16) processor Crop200_16 Double 8 0 0 Past200_16 On a scale of 0 to 1, the percent of pasture land cover (NLCD 2016) within a 200 m buffer around wetland polygon. (Past200_16 = pas16) processor Past200_16 Double 8 0 0 Wet200_16 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2016) within a 200 m buffer around wetland polygon. (Wet200_16 = wtlnd16) processor Wet200_16 Double 8 0 0 DNAT200_16 On a scale of 0 to 1, the percent of natural land cover (NLCD 2016) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DNAT200_16 Double 8 0 0 DDEV200_16 On a scale of 0 to 1, the percent of developed land cover (NLCD 2016) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DDEV200_16 Double 8 0 0 DCrp200_16 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2016) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DCrp200_16 Double 8 0 0 DPas200_16 On a scale of 0 to 1, the percent of hay/pasture land cover (NLCD 2016) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DPas200_16 Double 8 0 0 DWet200_16 On a scale of 0 to 1, the percent of wetlands land cover (NLCD 2016) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DWet200_16 Double 8 0 0 rdDen2h_16 Tiger 2016 road density within 200m buffer of wetland. processor rdDen2h_16 Double 8 0 0 devHSc16 developed habitat score for 2011 processor Habitat scoring for developed landuse is as follows: Dev200_16 < 0.01 then devHSc16 = 1; Dev200_16 ge 0.21 then devHSc16 = 0.1; Dev200_16 ge .01 and Dev200_16 < .09 then devHSc16 = 0.9 + ((0.09 -[Dev200_16]) * 1.25); Dev200_16 ge .09 and Dev200_16 < .21 then devHSc16 = (0.1 +((.21-[Dev200_16]) * 6.667)) devHSc16 Double 8 0 0 proxHSc16 proximal wetland habitat score for 2011 processor proxHSc16 is calculated by looking at the wetland land use scores as folllows: wet200_16 ge .05 and wet200_16 < 0.12 then proxHSc16 = 0.1 + (( [Wet200_16] - 0.05) * 12.857); wet200_16 ge 0.12 then proxHSc16 = 1; wet200_16 < .05 then proxHSc16 = 0.1 proxHSc16 Double 8 0 0 rdDenHab16 road density habitat score for 2016 processor road density habitat scores are calculated as follows: rdDen2h_16 le 0.19 then rdDenHab11 = 1; rdDen2h_11 > 0.19 and rdDen2h_16 < 0.31 then rdDenHab16 = 0.1 + ((0.31 - [rdDen2h_16]) * 7.5); rdDen2h_16 ge 0.31 then rdDenHab16 = 0.1 rdDenHab16 Double 8 0 0 devWQSc16 developed water quality score 2016 processor Developed water quality score is calculated as follows: DDEV200_16 < 0.014 then devWQSc16 = 1; DDEV200_16 >= 0.014 then devWQSc16 = 0.1 devWQSc16 Double 8 0 0 rcHabSc16 cultivated habitat scores for 2016 processor crop/cultivated habitat scores are calculated as follows: Crop200_16 < 0.05 then rcHabSc16 = 1; Crop200_16 >= 0.05 then rcHabSc16 = 0.1 rcHabSc16 Double 8 0 0 rcWQSc16 cultivated water quality score for 2016 processor Cultivated water quality score is calculated as follows: DCrp200_16 < 0.03 then cWQSc16 = 1; DCrp200_16 >= 0.03 then rcWQSc16 = 0.1 rcWQSc16 Double 8 0 0 natWQSc16 natural water quality score for 2016 processor Natural water quality score is calculated as follows: DNAT200_16 < 0.72 then natWQSc16 = 0.1; DNAT200_16 >= 0.72 then natWQSc16 = 1. natWQSc16 Double 8 0 0 pasHabSc16 pasture habitat score for 2016 processor Pasture habitat score is calculated as follows: Past200_16 < 0.02 then pasHabSc16 = 1; Past200_16 >= 0.02 then pasHabSc16 = 0.1. pasHabSc16 Double 8 0 0 devScWQ16 developed water quality score for 2016 processor developed water quality score is calculated as follows: DEV200_16 < 0.01 then devScWQ16 = 1; DEV200_16 >= 0.01 then devScWQ16 = 0.1; devScWQ16 Double 8 0 0 natScWQ16 natural water quality score for 2016 processor Natural water quality scores are calculated as follows: NAT200_16 > 0.71 then natScWQ16 = 1; NAT200_16 <= 0.71 then natScWQ16 = 0.1. natScWQ16 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 Double 8 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 Double 8 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 Double 8 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 Double 8 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 bare19 bare19 Double 8 0 0 On a scale of 0 to 1, the percent of bare land cover (NLCD 2019 within a 200 m buffer around wetland polygon processor crop19 crop19 Double 8 0 0 On a scale of 0 to 1, the percent of crop land cover (NLCD 2019) within a 200 m buffer around wetland polygon. processor forest19 forest19 Double 8 0 0 On a scale of 0 to 1, the percent of forest land cover (NLCD 2019) within a 200 m buffer around wetland polygon. processor herb19 herb19 Double 8 0 0 On a scale of 0 to 1, the percent of herbaceous land cover (NLCD 2019) within a 200 m buffer around wetland polygon. processor hires19 hires19 Double 8 0 0 On a scale of 0 to 1, the percent of high and medium intensity developed land cover (NLCD 2019) within a 200 m buffer around wetland polygon. processor lowres19 lowres19 Double 8 0 0 On a scale of 0 to 1, the percent of developed, low intensity or open space land cover (NLCD 2019) within a 200 m buffer around wetland polygon. processor pas19 pas19 Double 8 0 0 On a scale of 0 to 1, the percent of pasture/hay land cover (NLCD 20191) within a 200 m buffer around wetland polygon. processor wtlnd19 wtlnd19 Double 8 0 0 On a scale of 0 to 1, the percent of wetlands land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor wtr19 wtr19 Double 8 0 0 On a scale of 0 to 1, the percent of open water land cover (NLCD 2001) within a 200 m buffer around wetland polygon. processor NAT200_19 NAT200_19 Double 8 0 0 On a scale of 0 to 1, the percent of natural land cover (NLCD 2019) within a 200 m buffer around wetland polygon. (Nat200_19 = forest19 + herb19 + wtlnd19 + wtr19) processor DEV200_19 DEV200_19 Double 8 0 0 On a scale of 0 to 1, the percent of developed land cover (NLCD 2019) within a 200 m buffer around wetland polygon. (Dev200_19 = hires19 + lowres19 + bare19) processor Crop200_19 Crop200_19 Double 8 0 0 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2019) within a 200 m buffer around wetland polygon. (Crop200_19 = crop19) processor Past200_19 Past200_19 Double 8 0 0 On a scale of 0 to 1, the percent of hay/pasture land cover (NLCD 2019) within a 200 m buffer around wetland polygon. (Past200_19 = pas19) processor Wet200_19 Wet200_19 Double 8 0 0 On a scale of 0 to 1, the percent of wetlands land cover (NLCD 2019) within a 200 m buffer around wetland polygon. (Wet200_19 = wtlnd19) processor DNAT200_19 DNAT200_19 Double 8 0 0 On a scale of 0 to 1, the percent of natural land cover (NLCD 2019) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DDEV200_19 DDEV200_19 Double 8 0 0 On a scale of 0 to 1, the percent of developed land cover (NLCD 2019) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DCrp200_19 DCrp200_19 Double 8 0 0 On a scale of 0 to 1, the percent of cultivated land cover (NLCD 2019) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DPas200_19 DPas200_19 Double 8 0 0 On a scale of 0 to 1, the percent of hay/pasture land cover (NLCD 2019) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor DWet200_19 DWet200_19 Double 8 0 0 On a scale of 0 to 1, the percent of wetland land cover (NLCD 2019) within the wetland drainage intersected by the 200 m buffer around wetland polygon. processor rdDen2h_19 rdDen2h_19 Double 8 0 0 Tiger 2019 road density within 200m buffer of wetland. processor devHSc19 devHSc19 Double 8 0 0 developed habitat score for 2019. processor Habitat scoring for developed landuse is as follows: Dev200_19 < 0.01 then devHSc19 = 1; Dev200_19 ge 0.21 then devHSc19 = 0.1; Dev200_19 ge .01 and Dev200_19 < .09 then devHSc19 = 0.9 + ((0.09 -[DEV200_19]) * 1.25); Dev200_19 ge .09 and Dev200_19 < .21 then devHSc19 = (0.1 +((.21-[dev200_19]) * 6.667)) proxHSc19 proxHSc19 Double 8 0 0 proximal wetland habitat score for 2019 processor proxHSc19 is calculated by looking at the wetland land use scores as folllows: wet200_19 ge .05 and wet200_19 < 0.12 then proxHSc19 = 0.1 + (( [Wet200_19] - 0.05) * 12.857); wet200_19 ge 0.12 then proxHSc19 = 1; wet200_19 < .05 then proxHSc19 = 0.1 rdDenHab19 rdDenHab19 Double 8 0 0 road density habitat score for 2019 processor road density habitat scores are calculated as follows: rdDen2h_19 le 0.19 then rdDenHab19 = 1; rdDen2h_19 > 0.19 and rdDen2h_19 < 0.31 then rdDenHab19 = 0.1 + ((0.31 - [rdDen2h_19]) * 7.5); rdDen2h_19 ge 0.31 then rdDenHab19 = 0.1 devWQSc19 devWQSc19 Double 8 0 0 developed water quality score 2019 processor Developed water quality score is calculated as follows: DDEV200_19 < 0.014 then devWQSc19 = 1; DDEV200_19 >= 0.014 then devWQSc19 = 0.1 rcHabSc19 rcHabSc19 Double 8 0 0 cultivated habitat scores for 2019 processor crop/cultivated habitat scores are calculated as follows: Crop200_19 < 0.05 then rcHabSc19 = 1; Crop200_19 >= 0.05 then rcHabSc19 = 0.1 rcWQSc19 rcWQSc19 Double 8 0 0 cultivated water quality score for 2019 processor Cultivated water quality score is calculated as follows: DCrp200_19 < 0.03 then rcWQSc19 = 1; DCrp200_19 >= 0.03 then rcWQSc19 = 0.1 natWQSc19 natWQSc19 Double 8 0 0 natural water quality score for 2019 processor Natural water quality score is calculated as follows: DNAT200_19 < 0.72 then natWQSc19 = 0.1; DNAT200_19 >= 0.72 then natWQSc19 = 1. pasHabSc19 pasHabSc19 Double 8 0 0 pasture habitat score for 2019 processor Pasture habitat score is calculated as follows: Past200_19 < 0.02 then pasHabSc19= 1; Past200_19 >= 0.02 then pasHabSc19 = 0.1. devScWQ19 devScWQ19 Double 8 0 0 developed water quality score for 2019 processor developed water quality score is calculated as follows: DEV200_19 < 0.01 then devScWQ19 = 1; DEV200_19 >= 0.01 then devScWQ19 = 0.1; natScWQ19 natScWQ19 Double 8 0 0 natural water quality score for 2019 processor Natural water quality scores are calculated as follows: NAT200_19 > 0.71 then natScWQ19 = 1; NAT200_19 <= 0.71 then natScWQ19 = 0.1. HabSc19 HabSc19 Double 8 0 0 Wetland Habitat Score 2019 processor Metric for calculating the wetland Habitat Score: HabSc19 = (([devHSc19] * 4) + ([proxHSc19] * 2) + ([rdDenHab19] * 2) + [devWQSc19] + [rcHabSc19] + [rcWQSc19] + [natWQSc19] + [pasHabSc19] + [sizeSc]) /14 HStress19 HStress19 String 30 0 0 Wetland Habitat Stress Level 2019 processor Metrics for calculating the Wetland Habitat Stress: Slightly Stressed = HabSc19 ge 0.90 Somewhat Stressed = HabSc19 ge 0.60 AND HabSc19 < 0.90 Somewhat Severely Stressed = HabSc19 ge 0.30 AND HabSc19 < 0.6 Severely Stressed = HabSc19 ge 0.01 AND HabSc19 < 0.3 HRPot19 HRPot19 Double 8 0 0 Wetland Habitat Restoration Potential 2019 processor Metric for calculating wetland habitat restoration potential: HRPot19 = (([devHSc19] * 4) + ([proxHSc19] * 2) + ([rdDenHab19] * 2) + [devWQSc19] + 1 + 1 + 1 + 1 + [sizeSc]) /14 HRPotP19 HRPotP19 Double 8 0 0 Wetland Habitat Restoration Potential Percent 2019 processor Metric for calculation of wetland habitat restoration potential percent : HRPotP19 = (([HRPot19] - [HabSc19]) / [HabSc19]) * 100 WQSc19 WQSc19 Double 8 0 0 Wetland Water Quality Score 2019 processor Metric for calculating the wetland Water Quality Score: WQSc19 = ([sizeScWQ] + [devScWQ19] + [natScWQ19]) /3 WQStres19 WQStres19 String 30 0 0 Wetland Water Quality Stress Level 2019 processor Metrics for calculating the Wetland Water Quality Stress: Slightly Stressed = WQSc19 is 1.0 Somewhat Stressed = WQSc19 is 0.7 Somewhat Severely Stressed = WQSc19 is 0.4 Severely Stressed = WQSc19 is 0.1 WQRPot19 WQRPot19 Double 8 0 0 Wetland Water Quality Restoration Potential 2019 processor Metric for calculating the Wetland Water Quality Restoration Potential: WQRPot19 = ([sizeScWQ] + [devScWQ19] + 1)/3 WQRPotP19 WQRPotP19 Double 8 0 0 Wetland Water Quality Restoration Potential Percent 2019 processor Metric for calculating the wetland water quality restoration potential percent: WQRPotP19 = (([WQRPot19] - [WQSc19]) / [WQSc19]) *100 NumNeighbors NumberOfNeighbors SmallInteger 2 0 0 Number of neighboring (adjacent) wetlands (all NWI wetlands, not just the nontidal wetlands) processor Shape_Length Length of feature in internal units. Esri Positive real numbers that are automatically generated. Shape_Length Double 8 0 0 State state String 255 0 0 State (NC or VA) inwhich the wetland is located. File Geodatabase Feature Class dataset EPSG 8.8(9.3.1.2) 313359 Simple FALSE 313359 TRUE FALSE 20221123