Chester County Planning CommissionPHYSIOGRAPHIC.STEEP_SLOPESvector digital dataWest ChesterChester County GIS DepartmentwithheldPHYSIOGRAPHIC.STEEP_SLOPESNovember 2006Areas of steep slope (percent) that fall within 2 categories: 1) Moderate (15-24%) and 2) Steep (greater than 25%) slopes within Chester County. The slope information is derived from a digital elevation terrain (DEM) that was created using Year 2000 elevation data.Steep Slopes were generated from a DEM created for Chester County by BAE Systems ADR (ADR)Data is used for environmental analysis and planning activities.enFor most applications it is more efficient to use the raster dataset for slopes, which is spatially more accurate, and displays much more efficiently.Spring 20002000None planned-76.163180-75.35310140.25340239.7074332414865.0000002637565.000000339210.000500145290.000500Chester CountyenvironmentalElevation and Derived Productsslopesenvironmental conditionsphysiographic featuresSubject to Geographic Information Systems Access Policy. The GIS database is owned and copyrighted by the County of Chester. No access to, use of, or processing of the database or any product, service, or other item which is or may be a part thereof or derived therefrom shall be permitted without the express written consent of the County. The County will place this restriction on the face of the products generated by the GIS, or in contracts for services, software licenses or other appropriate agreement.Subject to Geographic Information Systems Access Policy. The User (s) of County of Chester, Pennsylvania information provided by the County, agrees that the GIS database, all products and services derived therefrom, and all rights thereto are owned and copyrighted by the County. The County grants the User the right to use the portion of the GIS database (and any product or service derived therefrom). The GIS database (and any product or service derived therefrom) is prohibited from being sold, duplicated, reproduced, disseminated or shared with any other person, entity or party without the prior express written consent from the County. When the County gives such written consent, any third party/vendor recipient of the GIS database shall be subject to the same terms and conditions as the User, and use of the GIS database shall be for the sole purpose of providing services necessary for the operations of the User.Furthemore, the User agrees to use its best efforts to require and enforce compliance by the additional recipient with the terms and conditions of this agreement, including return, purge or destruction by the additional recipient of its copy of the GIS database upon completion of its services. The User(s) indicate their acceptance of the aforementioned constraints by downloading or receiving the data contained on the GIS website. Chester County GIS Department, GIS ConsortiumGIS Analystmailing and physical address
313 W Market St, Suite 5302
West ChesterPA19380-0991USA(610)344-4637(610)344-5211Mon-Fri 8-4:30ESRI ArcCatalog 9.3.1.3500Feature ClassQA/QC completed by the Data Management TeamThe source DEM was created to ensure that 90% of all well defined topographic contours (as observable from aerial photography) will be plotted within +- 5 feet of their true geodetic position as referenced to the nearest grid intersection, and no such feature shall be in error by more than 10 feet.
The source DEM was created to ensure (with the exception of the obscurred areas) that 90% of all 5 foot contours will be accurate within +- half of the contour interval and no solid line contour shall be in error by more than a full contour interval. Ninety percent of all DEM points will be accurate to one quarter of the contour interval. No DEM point shall be in error more than one half the contour interval. In determing the accuracy (or error) of any given contour, the specified horizontal tolerance will first be applied in the most favorable direction to the plotted contour position.
Areas obscurred by dense vegitation or shadow will be enclosed by a solid line and labled "Dense Woods", "Shaddow", or "Obscurred Area". Within these areas there will be no guaranteed or implied horizontal or vertical accuracies. Contours falling within these areas will be assigned unique layers within a digital file. It is further understood that within these areas the client must employ field survey techniques for map completion prior to any engineering or planning applications.
Chester County Planning CommissionApril 2004Steep Slopes (Percent) in Chester County1200onlineSteep Slopes were generated from a DEM created for Chester County by BAE Systems ADR (ADR)
ADR Generated Triangulated Irregular Network (TIN) that incorporates contour lines, breaklines, obscurred polygons, and DEM.
PROCESS
DVRPC Aerial Photography Contract Information
Flown using black and white aerial photography at a negative scale of 1":1600'
Horizontal Control - State Plane Datum Nad 83
Vertical Control - North American Vertical Datum (NADV88)
Photogrametric Densification of DEM
Automatic terrain extraction is accomplished by overlapping stereopairs. This process determines elevations by measuring x-shifts (x-parallax) in the rectified images.
Breaklines are used at all terrain breaks, drains, tops of banks, ridges, vallyes, bases of hills, edges of plateaus, edge of pavement, and/or road centerlines. Breaklines are also shown at all natural and man made abrupt changes in slope as deemed necessary.
During stereocompilation mode, ADR operators view and check generated contour data in a stereoscopic mode (3D) to ensure proper horizontal and vertical placement of the contours against the aerial imagery. Additional mass points and breaklines are added, deleted, and or modified, until the contours properly depict the terrain at a specified interval.
Once the required mass points and break lines had been stereo compiled and checked, DTM contours at 5 ft intervals were created using breaklines, mass points, and linking them all together to for the TIN.
Initial GIS Processing Sequence
Moves data from Microstation design files to GIS.
Convert Topographic Features
Build and Clean coverages. Creates map features in the GIS coverages.
Additems and Set Projection
Populates feature attribute tables
Edit Coverages
Detects and corrects topological errors (all overshoots, undershoots, and offsets are corrected)
Split Coverages
Use index coverage to split into tiles
March, 2000
Percent slope grid was calculated using spatial.slope algorithm in spatial analyst.
Generate Slope (3D Analyst 3.0) Slope Command (Percent)
The slope grid generated in 3D analyst was created at 20 foot pixel resolution
AVENUE COMMAND ISSUED : countyTin.SlopeAsGrid (20, anExtent, percentRise)
ArcView Slope Algorithm
Slope identifies the maximum rate of change in value from each cell to its neighbors. An output slope Grid can be calculated as percent slope or degree of slope. Conceptually, the aGrid.Slope request fits a plane to the z values of a 3x3 cell neighborhood around the processing or center cell. The direction the plane faces is the aspect for the processing cell. The slope for the cell is calculated from the 3x3 neighborhood using the average maximum technique (see references).
The actual algorithm that is used to calculate slope is:
rise_run = SQRT(SQR(dz/dx)+SQR(dz/dy))
degree_slope = ATAN(rise_run) * 57.29578
where the deltas are calculated using a 3x3 roving window, where a through i represent the values in the window:
a b c
d e f
g h I
(dz/dx) = ((a + 2d + g) - (c + 2f + i)) / (8 * x_mesh_spacing)
(dz/dy) = ((a + 2b + c) - (g + 2h + i)) / (8 * y_mesh_spacing)
The use of a zFactor is essential for correct slope calculations when the surface z-units are expressed in units which are different from the ground units. Degree of slope is a value between 0 and 90.
If the center cell in the immediate neighborhood (3x3 window) is No Data, the output is No Data. If any neighborhood cells are No Data, they are assigned the value of the center cell when the slope is computed.e result is a flattening of the 3x3 plane that is fit to these cells (especially at the edge of the Grid), which leads to a reduction in the slope.
References
Burrough, P.A., (1986). Principles of Geographical Information Systems for Land Resources Assessment. Oxford University Press, New York, p. 50.
ArcView 3.2 - 3D Analyst 1.0grid was clipped to north and south boundariesArcInfo 8.3converted grids to arcinfo coveragesArcInfo 8.3created a new range item in polygon coverage table this range attribtute is used to dissolve polygon boundariesArcInfo 8.3
FOR NORTH AND SOUTH POLYGON COVERAGES
calculated slope range between 15-24 to 1
calculated slope range greater than 25 percent to 2
ArcInfo 8.3dissolved north and south slopes coverages into region subclassesArcInfo 8.3converted subclasses to shapefiles and merged both shapefilesArcView 3.2aDataset copied.withheld20060831VectorSimpleFALSE0TRUEFALSEcoordinate pair0.0010000.001000survey feetNorth American Datum of 1983Geodetic Reference System 806378137.000000298.257222NAD_1983_StatePlane_Pennsylvania_South_FIPS_3702_FeetGCS_North_American_1983North American Vertical Datum of 19881.000000feetExplicit elevation coordinate included with horizontal coordinatesAnalytical Aerotriangulation techniquesOBJECTIDInternal feature number.ESRISequential unique whole numbers that are automatically generated.0OBJECTIDOID04SLOPE_DESIGNATIONSLOPE_DESIGNATIONString1500degree of slopeChesterCounty_SteepSlopes202104percent slope by category0Feature ClassSHAPEShapeGeometry000Feature geometry.ESRICoordinates defining the features.Shape_LengthShape_LengthDouble800Length of feature in internal units.EsriPositive real numbers that are automatically generated.Shape_AreaShape_AreaDouble800Area of feature in internal units squared.EsriPositive real numbers that are automatically generated.Chester County GIS Department, GIS ConsortiumGIS Analystmailing and physical address
313 W Market St, Suite 5302
West ChesterPA19380-0991United States(610)344-4637(610)344-5211Mon-Fri 8-4:30Mike LittleLive Data and MapsThe Chester County Geographic Information System was prepared for use by the County for its internal purposes only. It was not designed for use by any other entity or the general public. Any use of the GIS data or any product or service derived therefrom shall be at the sole risk of the person or entity so using the GIS data or its derivative products and services. Chester County makes no representation or warranty as to the accuracy of the GIS database or the accuracy as to labeling, dimensions, contours, property boundaries, or placement or location of any map feature. CHESTER COUNTY MAKES NO WARRANTY OR MERCHANTABILITY OR WARRANTY FOR FITNESS OF USE FOR A PARTICULAR PURPOSE, EXPRESS OR IMPLIED, WITH RESPECT TO THE GIS DATA OR ANY PRODUCT OR SERIVCE DERIVED THEREFROM. Any user or purchaser of the GIS data or any product or service derived therefrom, accepts the same AS IS, WITH ALL FAULTS, and assumes all responsibility for the use thereof, and further covenants and agrees to hold Chester Countyharmless from and against any damage, loss, or liability arising from the use of any GIS product or service. Independent verification of any data, product, or service from the GIS database should be obtained by any user or purchaser thereof. Chester County disclaims, and shall not be liable for, any and all damage, loss, or liability, whether direct, indirect, or consequential, which arises or may arise from the use of any GIS data, product, or service by any person or entity. See the GeographicInformation Systems Access Policy.230.421230.42120110819Thomas WestChester County Planning CommissionGIS Coordinatormailing and physical address
601 Westtown Rd., Suite 270
West ChesterPa19380USA610-344-6285twest@chesco.orgMon-Fri 8-4:30FGDC Content Standards for Digital Geospatial MetadataFGDC-STD-001-1998local timeen20210407202605261640320020260526FALSE1640320009351300002ChesterCounty_SteepSlopes2021042414865.0017092637565.000000145290.002197339210.0004881ProjectedGCS_North_American_1983Linear Unit: Foot_US (0.304801)NAD_1983_StatePlane_Pennsylvania_South_FIPS_3702_Feet<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/3.6.0'><WKT>PROJCS["NAD_1983_StatePlane_Pennsylvania_South_FIPS_3702_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",1968500.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-77.75],PARAMETER["Standard_Parallel_1",39.93333333333333],PARAMETER["Standard_Parallel_2",40.96666666666667],PARAMETER["Latitude_Of_Origin",39.33333333333334],UNIT["Foot_US",0.3048006096012192],AUTHORITY["EPSG",2272]]</WKT><XOrigin>-1125897377154.6201</XOrigin><YOrigin>-1125899664622.6201</YOrigin><XYScale>4000</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>0.002</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><WKID>102729</WKID><LatestWKID>2272</LatestWKID></ProjectedCoordinateSystem>1.0976519FGDCFGDC CSDGM MetadataThomas WestChester County Planning CommissionGIS Coordinator610-344-6285601 Westtown Rd., Suite 270West ChesterPa19380UStwest@chesco.orgMon-Fri 8-4:30ArcGIS Metadata1.0Chester County GIS Department, GIS ConsortiumGIS Analyst(610)344-4637(610)344-5211313 W Market St, Suite 5302West ChesterPA19380-0991USMon-Fri 8-4:30File Geodatabase Feature ClassChesterCounty_SteepSlopes202104Chester County GIS DepartmentWest ChesterChester County Planning Commission<DIV STYLE="text-align:Left;"><DIV><P><SPAN>Areas of steep slope (percent) that fall within 2 categories: 1) Moderate (15-24%) and 2) Steep (greater than 25%) slopes within Chester County. The slope information is derived from a digital elevation terrain (DEM) that was created using Year 2000 elevation data.</SPAN></P><P><SPAN>Steep Slopes were generated from a DEM created for Chester County by BAE Systems ADR (ADR)</SPAN></P><P><SPAN /></P></DIV></DIV>Data is used for environmental analysis and planning activities.Chester County GIS Department, GIS ConsortiumGIS Analyst(610)344-4637(610)344-5211313 W Market St, Suite 5302West ChesterPA19380-0991USMon-Fri 8-4:30Chester CountyenvironmentalElevation and Derived Productsslopesenvironmental conditionsphysiographic featuresChester CountyenvironmentalElevation and Derived Productsslopesenvironmental conditionsphysiographic featuresThe Chester County Geographic Information System was prepared for use by the County for its internal purposes only. It was not designed for use by any other entity or the general public. Any use of the GIS data or any product or service derived therefrom shall be at the sole risk of the person or entity so using the GIS data or its derivative products and services. Chester County makes no representation or warranty as to the accuracy of the GIS database or the accuracy as to labeling, dimensions, contours, property boundaries, or placement or location of any map feature. CHESTER COUNTY MAKES NO WARRANTY OR MERCHANTABILITY OR WARRANTY FOR FITNESS OF USE FOR A PARTICULAR PURPOSE, EXPRESS OR IMPLIED, WITH RESPECT TO THE GIS DATA OR ANY PRODUCT OR SERIVCE DERIVED THEREFROM. Any user or purchaser of the GIS data or any product or service derived therefrom, accepts the same AS IS, WITH ALL FAULTS, and assumes all responsibility for the use thereof, and further covenants and agrees to hold Chester Countyharmless from and against any damage, loss, or liability arising from the use of any GIS product or service. Independent verification of any data, product, or service from the GIS database should be obtained by any user or purchaser thereof. Chester County disclaims, and shall not be liable for, any and all damage, loss, or liability, whether direct, indirect, or consequential, which arises or may arise from the use of any GIS data, product, or service by any person or entity. See the GeographicInformation Systems Access Policy.Subject to Geographic Information Systems Access Policy. The GIS database is owned and copyrighted by the County of Chester. No access to, use of, or processing of the database or any product, service, or other item which is or may be a part thereof or derived therefrom shall be permitted without the express written consent of the County. The County will place this restriction on the face of the products generated by the GIS, or in contracts for services, software licenses or other appropriate agreement.Subject to Geographic Information Systems Access Policy. The User (s) of County of Chester, Pennsylvania information provided by the County, agrees that the GIS database, all products and services derived therefrom, and all rights thereto are owned and copyrighted by the County. The County grants the User the right to use the portion of the GIS database (and any product or service derived therefrom). The GIS database (and any product or service derived therefrom) is prohibited from being sold, duplicated, reproduced, disseminated or shared with any other person, entity or party without the prior express written consent from the County. When the County gives such written consent, any third party/vendor recipient of the GIS database shall be subject to the same terms and conditions as the User, and use of the GIS database shall be for the sole purpose of providing services necessary for the operations of the User.Furthemore, the User agrees to use its best efforts to require and enforce compliance by the additional recipient with the terms and conditions of this agreement, including return, purge or destruction by the additional recipient of its copy of the GIS database upon completion of its services. The User(s) indicate their acceptance of the aforementioned constraints by downloading or receiving the data contained on the GIS website.2000For most applications it is more efficient to use the raster dataset for slopes, which is spatially more accurate, and displays much more efficiently.Esri ArcGIS 13.6.3.595301-76.163180-75.35310140.25340239.707433BAE Systems QA/QC completed by the Data Management TeamThe source DEM was created to ensure that 90% of all well defined topographic contours (as observable from aerial photography) will be plotted within +- 5 feet of their true geodetic position as referenced to the nearest grid intersection, and no such feature shall be in error by more than 10 feet.The source DEM was created to ensure (with the exception of the obscurred areas) that 90% of all 5 foot contours will be accurate within +- half of the contour interval and no solid line contour shall be in error by more than a full contour interval. Ninety percent of all DEM points will be accurate to one quarter of the contour interval. No DEM point shall be in error more than one half the contour interval. In determing the accuracy (or error) of any given contour, the specified horizontal tolerance will first be applied in the most favorable direction to the plotted contour position. Areas obscurred by dense vegitation or shadow will be enclosed by a solid line and labled "Dense Woods", "Shaddow", or "Obscurred Area". Within these areas there will be no guaranteed or implied horizontal or vertical accuracies. Contours falling within these areas will be assigned unique layers within a digital file. It is further understood that within these areas the client must employ field survey techniques for map completion prior to any engineering or planning applications.converted subclasses to shapefiles and merged both shapefilesconverted grids to arcinfo coveragesPercent slope grid was calculated using spatial.slope algorithm in spatial analyst. Generate Slope (3D Analyst 3.0) Slope Command (Percent) The slope grid generated in 3D analyst was created at 20 foot pixel resolution AVENUE COMMAND ISSUED : countyTin.SlopeAsGrid (20, anExtent, percentRise) ArcView Slope Algorithm Slope identifies the maximum rate of change in value from each cell to its neighbors. An output slope Grid can be calculated as percent slope or degree of slope. Conceptually, the aGrid.Slope request fits a plane to the z values of a 3x3 cell neighborhood around the processing or center cell. The direction the plane faces is the aspect for the processing cell. The slope for the cell is calculated from the 3x3 neighborhood using the average maximum technique (see references). The actual algorithm that is used to calculate slope is: rise_run = SQRT(SQR(dz/dx)+SQR(dz/dy)) degree_slope = ATAN(rise_run) * 57.29578 where the deltas are calculated using a 3x3 roving window, where a through i represent the values in the window: a b c d e f g h I (dz/dx) = ((a + 2d + g) - (c + 2f + i)) / (8 * x_mesh_spacing) (dz/dy) = ((a + 2b + c) - (g + 2h + i)) / (8 * y_mesh_spacing) The use of a zFactor is essential for correct slope calculations when the surface z-units are expressed in units which are different from the ground units. Degree of slope is a value between 0 and 90. If the center cell in the immediate neighborhood (3x3 window) is No Data, the output is No Data. If any neighborhood cells are No Data, they are assigned the value of the center cell when the slope is computed.e result is a flattening of the 3x3 plane that is fit to these cells (especially at the edge of the Grid), which leads to a reduction in the slope. References Burrough, P.A., (1986). Principles of Geographical Information Systems for Land Resources Assessment. Oxford University Press, New York, p. 50.grid was clipped to north and south boundariesdissolved north and south slopes coverages into region subclassesADR Generated Triangulated Irregular Network (TIN) that incorporates contour lines, breaklines, obscurred polygons, and DEM. PROCESS DVRPC Aerial Photography Contract Information Flown using black and white aerial photography at a negative scale of 1":1600' Horizontal Control - State Plane Datum Nad 83 Vertical Control - North American Vertical Datum (NADV88) Photogrametric Densification of DEM Automatic terrain extraction is accomplished by overlapping stereopairs. This process determines elevations by measuring x-shifts (x-parallax) in the rectified images. Breaklines are used at all terrain breaks, drains, tops of banks, ridges, vallyes, bases of hills, edges of plateaus, edge of pavement, and/or road centerlines. Breaklines are also shown at all natural and man made abrupt changes in slope as deemed necessary. During stereocompilation mode, ADR operators view and check generated contour data in a stereoscopic mode (3D) to ensure proper horizontal and vertical placement of the contours against the aerial imagery. Additional mass points and breaklines are added, deleted, and or modified, until the contours properly depict the terrain at a specified interval. Once the required mass points and break lines had been stereo compiled and checked, DTM contours at 5 ft intervals were created using breaklines, mass points, and linking them all together to for the TIN. Initial GIS Processing Sequence Moves data from Microstation design files to GIS. Convert Topographic Features Build and Clean coverages. Creates map features in the GIS coverages. Additems and Set Projection Populates feature attribute tables Edit Coverages Detects and corrects topological errors (all overshoots, undershoots, and offsets are corrected) Split Coverages Use index coverage to split into tilescreated a new range item in polygon coverage table this range attribtute is used to dissolve polygon boundariesFOR NORTH AND SOUTH POLYGON COVERAGES calculated slope range between 15-24 to 1 calculated slope range greater than 25 percent to 2Steep Slopes were generated from a DEM created for Chester County by BAE Systems ADR (ADR)200Steep Slopes (Percent) in Chester County1Chester County Planning Commissionoriginal metadata
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