Name: General Plan 2035 Center (excludes local centers)
Display Field: NAME
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: This layers shows the boundaries of the Regional Transit Districts and Local Centers (Local Transit, Neighborhood, Campus and Town) established through the approval Plan Prince George’s 2035, per CR-26-2014. The center boundaries follow property lines or lie within a ½ mile radius from its center point. Future amendments to center boundaries may occur through master plan updates.Center boundaries follow property lines, zoning boundaries, TDO and DDO boundaries.Boundaries may currently be designated as a polygon, an intersection (such as Langley Park) a Metro station (such as Southern Avenue) or a MARC station (such as Seabrook).Centers may be changed through a General Plan amendment (such as through the approval of a new master or sector plan). Local Transit Center areas are primarily based upon future development of Purple Line Stations.
Description: The Floodplain_DOE_Partial_Py feature class is a portion of the floodplain delineation based on the watershed studies using ultimate land-use conditions and therefore usually extends beyond the FEMA floodplain which is based on existing land-use conditions. The studies were either conducted by or for the Storm Water Management Technical Group, originally a multi-agency technical group (doing hydrologic and hydraulic watershed studies). Salman (DPIE) compares floodplains (FEMA , SWMTG or other private study) and determines which one is higher and therefore governs which becomes the regulatory floodplain. This can vary within a watershed, for any specific case, the final regulatory floodplain determination lies with DPIE. This feature class is incomplete, missing several floodplain studies and is intended for internal analysis only and is not to be distributed.For more information, contact Michael J. Colgan, Water Resources Engineer, Prince George's County Departmnet of the Environment, 301-883-5944, mjcolgan@co.pg.md.us or Catherine R. Escarpeta, GISP, GIS Analyst, Prince George’s County Department of the Environment, 301.883.5990, crescarpeta@co.pg.md.us.
Description: This dataset contains dams, headwalls, floodwalls, bulkheads, canals, water cooling channels, drainage connectors, and single line streams within Prince George's County. Canals, water cooling channels, and streams that run below elevated structures or underground are shown with a hidden feature code. Single line streams are those that are less than 20 feet in width. Centerlines of streams greater than 20 feet in width are shown with a separate feature code. Dams in this layer include those smaller ones found in creeks. This data was captured for use in general mapping at a scale of 1:1200.
Description: This dataset contains water bodies, including lakes, ponds, and streams wider than 20 feet, within Prince George's County. It also includes piers, dams, and canals. Water bodies that run under elevated structures are shown with a hidden feature code. Dams in this layer include those larger ones found in rivers. This data was captured for use in general mapping at a scale of 1:1200. Buffers are for streams falling insdie Centers in ESA. Buffers are 60foot.
Name: 100 Foot Buffer - Stream in ESA 1 (Outside Center)
Display Field: Shape_Length
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: This dataset contains water bodies, including lakes, ponds, and streams wider than 20 feet, within Prince George's County. It also includes piers, dams, and canals. Water bodies that run under elevated structures are shown with a hidden feature code. Dams in this layer include those larger ones found in rivers. This data was captured for use in general mapping at a scale of 1:1200. Buffers are outside of Centers and fall in Environmental Strategy Area 1. Buffer is 100ft.
Description: This dataset contains water bodies, including lakes, ponds, and streams wider than 20 feet, within Prince George's County. It also includes piers, dams, and canals. Water bodies that run under elevated structures are shown with a hidden feature code. Dams in this layer include those larger ones found in rivers. This data was captured for use in general mapping at a scale of 1:1200.Buffers are for streams falling inside Centers in Environmental Strategy Area 2. Buffer is 75foot.
Name: 100 Foot Buffer - Stream in ESA 2 (Outside Center)
Display Field: NAME
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: This dataset contains dams, headwalls, floodwalls, bulkheads, canals, water cooling channels, drainage connectors, and single line streams within Prince George's County. Canals, water cooling channels, and streams that run below elevated structures or underground are shown with a hidden feature code. Single line streams are those that are less than 20 feet in width. Centerlines of streams greater than 20 feet in width are shown with a separate feature code. Dams in this layer include those smaller ones found in creeks. This data was captured for use in general mapping at a scale of 1:1200. Buffers are for streams outside of Centers that fall within Environmental Strategy Area 2. Buffers are 100ft.
Description: This dataset contains water bodies, including lakes, ponds, and streams wider than 20 feet, within Prince George's County. It also includes piers, dams, and canals. Water bodies that run under elevated structures are shown with a hidden feature code. Dams in this layer include those larger ones found in rivers. This data was captured for use in general mapping at a scale of 1:1200. Buffers for streams that fall in Environmental Strategy Area 3. Buffers are 100foot.
Description: This feature class describes Prince George's County's Environmental Strategy Areas (ESAs), which guide stream and wetland buffer requirements. Areas 1, 2, and 3 coincide with the 2002 General Plan Tiers, where ESA 1 is the Developed Tier, ESA 2 is the Developing Tier, and ESA 3 is the Rural Tier. ESA 4 is the Chesapeake Bay Critical Area Overlay Zone (CBCA). ESA 4 is further subdivided into three CBCA zones -- Resource Conservation, Limited Development, and Intense Development -- which also have implications for stream buffer requirements.