20200123 13213900 1.0 TRUE FeatureClassToFeatureClass Soil_NRCS_NSSC L:\surface\GabbroSoils gabbro_serp.shp # "AREASYMBOL "AREASYMBOL" true true false 20 Text 0 0,First,#,Soil_NRCS_NSSC,Soil_NRCS_NSSC.AREASYMBOL,0,20;SPATIALVER "SPATIALVER" true true false 19 Double 0 0,First,#,Soil_NRCS_NSSC,Soil_NRCS_NSSC.SPATIALVER,-1,-1;MUSYM "MUSYM" true true false 6 Text 0 0,First,#,Soil_NRCS_NSSC,Soil_NRCS_NSSC.MUSYM,0,6;MUKEY "MUKEY" true true false 30 Text 0 0,First,#,Soil_NRCS_NSSC,Soil_NRCS_NSSC.MUKEY,0,30;Shape_Leng "Shape_Leng" true true false 19 Double 0 0,First,#,Soil_NRCS_NSSC,Soil_NRCS_NSSC.Shape_Leng,-1,-1;Shape_Area "Shape_Area" true true false 19 Double 0 0,First,#,Soil_NRCS_NSSC,Soil_NRCS_NSSC.Shape_Area,-1,-1;OBJECTID "OBJECTID" false true false 4 Long 0 9,First,#,Soil_NRCS_NSSC,mapunit.OBJECTID,-1,-1;musym_1 "Mapunit Symbol" true true false 6 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.musym,0,6;muname "Mapunit Name" true true false 240 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.muname,0,240;mukind "Kind" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.mukind,0,254;mustatus "Status" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.mustatus,0,254;muacres "Total Acres" true true false 4 Long 0 0,First,#,Soil_NRCS_NSSC,mapunit.muacres,-1,-1;mapunitlfw "Linear Feature Width - Low Value" true true false 2 Short 0 0,First,#,Soil_NRCS_NSSC,mapunit.mapunitlfw_l,-1,-1;mapunitl_1 "Linear Feature Width - Representative Value" true true false 2 Short 0 0,First,#,Soil_NRCS_NSSC,mapunit.mapunitlfw_r,-1,-1;mapunitl_2 "Linear Feature Width - High Value" true true false 2 Short 0 0,First,#,Soil_NRCS_NSSC,mapunit.mapunitlfw_h,-1,-1;mapunitpfa "Point Feature Area - Low Value" true true false 4 Float 0 0,First,#,Soil_NRCS_NSSC,mapunit.mapunitpfa_l,-1,-1;mapunitp_1 "Point Feature Area - Representative Value" true true false 4 Float 0 0,First,#,Soil_NRCS_NSSC,mapunit.mapunitpfa_r,-1,-1;mapunitp_2 "Point Feature Area - High Value" true true false 4 Float 0 0,First,#,Soil_NRCS_NSSC,mapunit.mapunitpfa_h,-1,-1;farmlndcl "Farm Class" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.farmlndcl,0,254;muhelcl "HEL" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.muhelcl,0,254;muwathelcl "HEL Water" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.muwathelcl,0,254;muwndhelcl "HEL Wind" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.muwndhelcl,0,254;interpfocu "Interpretive Focus" true true false 30 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.interpfocus,0,30;invesinten "Order of Mapping" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.invesintens,0,254;iacornsr "IA CSR" true true false 2 Short 0 0,First,#,Soil_NRCS_NSSC,mapunit.iacornsr,-1,-1;nhiforsoig "NH Forest Soil Group" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.nhiforsoigrp,0,254;nhspiagr "NH SPI Agr" true true false 8 Double 0 0,First,#,Soil_NRCS_NSSC,mapunit.nhspiagr,-1,-1;vtsepticsy "VT Septic System" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.vtsepticsyscl,0,254;mucertstat "Map Unit Certification Status" true true false 254 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.mucertstat,0,254;lkey "Legend Key" true true false 30 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.lkey,0,30;mukey_1 "Mapunit Key" true true false 30 Text 0 0,First,#,Soil_NRCS_NSSC,mapunit.mukey,0,30" # DeleteField gabbro_serp muhelcl DeleteField gabbro_serp mustatus;mapunitlfw;mapunitl_1;mapunitl_2;mapunitpfa;mapunitp_1;mapunitp_2;muwathelcl;muwndhelcl;interpfocu;invesinten;iacornsr;nhiforsoig;nhspiagr;vtsepticsy;mucertstat DeleteField gabbro_serp mukey_1 UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' 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/2.4.0'><WorkspaceConnectionString>DATABASE=L:\surface\GabbroSoils</WorkspaceConnectionString><WorkspaceFactory>Shapefile</WorkspaceFactory><Dataset>gabbro_serp</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AddField><field_name>SOIL_TYPE</field_name><field_type>TEXT</field_type><field_length>255</field_length><field_is_nullable>False</field_is_nullable><field_is_required>False</field_is_required></AddField></workflow><workflow><AddField><field_name>GIS_ACRES</field_name><field_type>DOUBLE</field_type><field_is_nullable>False</field_is_nullable><field_is_required>False</field_is_required></AddField></workflow></operationSequence> CalculateField gabbro_serp SOIL_TYPE 'SERPENTINE' "Python 3" # CalculateField gabbro_serp SOIL_TYPE 'GABBRO' "Python 3" # CalculateGeometryAttributes gabbro_serp "GIS_ACRES AREA" # Acres # 002 150000000 5000 dataset 20200123 ISO 19115 Geographic Information - Metadata DIS_ESRI1.0 file://\\SVGETPC\D$\WorkSpace\PlanningMaintenance\CurrentPlanningData.gdb Local Area Network 002 File Geodatabase Feature Class File Geodatabase Feature Class 0.000 Microsoft Windows 10 Version 10.0 (Build 14393) ; Esri ArcGIS 12.4.2.19948 gabbro_serp This layer displays where gabbroic soil could be and where the Mitigation Area 1 is located. <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>The data was updated in January of 2020 by a GIS Analyst II in the Surveyors Department at the request of Michael Nihan, Sr Planner in the Planning Department. A contact at the NSSC (National Soil Survey Cooperative) branch of the NRCS (Natural Resource Conservation Service). The data was for the entire State of California and was reprojected and clipped to just El Dorado County. The NSSC contact provided information on which unique IDs (MUKEY) were possible parent soil to Gabbroic Soil. However, these only seemed to cover Serpentine soil. Another soil specialist claimed several other MUKEYs could represent parent soil to gabbroic soils, and since this matched the previous data more closely, the Planning Department made the decision to include those other types of soil as they may be good soil. The sites should always be examined on a case by case basis for actual gabbroic soil considering the fact that they may not necessarily be a host for special status species.</SPAN></P></DIV></DIV></DIV> NRCS (Natural Resource Conservation Service), NSSC (National Soil Survey Cooperative) Gabbro Serpentine Soil Rock Geology NRCS NSSC Soil Survey El Dorado County Mitigation Area 1 Gabbroic Soil Mitigation Area Planning Department 1 -121.102534 -120.880389 38.835007 38.576125 277 NAD_1983_StatePlane_California_II_FIPS_0402_Feet EPSG 5.3(9.0.0) GABBRO_SERP Feature Class 277 OBJECTID OBJECTID OID 4 0 0 Internal feature number. Esri Sequential unique whole numbers that are automatically generated. Shape Shape Geometry 0 0 0 Feature geometry. ESRI Coordinates defining the features. AREA AREA Double 8 0 0 PERIMETER PERIMETER Double 8 0 0 GABBRO_SER GABBRO_SER Integer 4 0 0 GABBRO_S_1 GABBRO_S_1 Integer 4 0 0 MAJOR1 MAJOR1 Integer 4 0 0 MINOR1 MINOR1 Integer 4 0 0 MUSYM MUSYM String 8 0 0 MUKEY MUKEY String 30 0 0 SOIL_TYPE SOIL_TYPE String 25 0 0 Shape_Leng Shape_Leng Double 8 0 0 Shape_Length Shape_Length Double 8 0 0 Length of feature in internal units. Esri Positive real numbers that are automatically generated. Shape_Area Shape_Area Double 8 0 0 Area of feature in internal units squared. ESRI Positive real numbers that are automatically generated. GIS_Acres GIS_Acres Double 8 0 0 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