Description: Data was collected to monitor the use and conditions of the sites on a "short-term" and "long-term" basis. For the "short-term" study, data was collected for five consecutive days at the facilities located along the Interstate routes during August 2009 and bi-weekly, as feasible for the individuals monitoring the sites, of all the Park and Ride sites for the "long-term" study beginning in September 2009.
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Description: Geographical location of all bridges both vehicular and non-vehicular within West Virginia managed by the West Virginia Department of Transportation. Data has been collected from evented bridge layer provided in the RIL_LRS_PUB and then matched to an attribute table provided to us by the bridge department by BARSID. Data is current as of June 2024, and is updated regularly.
Description: Populated Places recorded in the Geographic Names Information System. The Geographic Names Information System (GNIS), developed by the U.S. Geological Survey (USGS) in cooperation with the U.S. Board on Geographic Names (BGN), contains information about physical and cultural geographic features. Publication Date: 19810501Supplemental InformationGNIS Home Page
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: U.S. Geological Survey
U.S. Board on Geographic Names
Description: A polygon coverage of cities with a population greater than 10,000 located in West Virginia. Cities were downloaded from the U.S. Census Bureau's TIGER/Line Shapefiles. For the 1990 files, the locations and attribute values are from the U.S. Bureau of the Census 1990 Summary Tape File 1C (STF-1C). For the 2010 files, the WV GIS Technical Center added population and demographic attributes from U.S. Census Bureau American Fact Finder.Supplemental InformationArea, Total Population, FIPS codes, Race, Age, Gender, Housing, Families
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: U.S. Census Bureau's TIGER/Line Shapefiles
U.S. Bureau of the Census 1990 Summary Tape File 1C (STF-1C)
WVGISTC
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Description: The Rail Network is a comprehensive database of West Virginia's Railway System at 1:24,000 to 1:100,000 scale as of April 1. 2022. Data was obtained from the US Department of Transportation Bureau of Transportation Statics United States Railroad Feature Class. which can be found here: https://geo.dot.gov/server/rest/services/Hosted//North_American_Rail_Lines_VT/VectorTileServer. Data was then verified against imagery, official railroad division timetables and track diagrams and publicly obtained radio dispatching frequencies. Information included in this feature are FRA Railroad Node to and From, railroad line ownership, railroad owner short, railroads that have trackage rights over the line, passenger service on the line (Amtrak, Maryland Area Rail Commuter Agency (MARC), Tourist Lines, etc.), Railroad Division, Railroad Subdivision, Railroad Dispatcher. Data is then matched up up to WV GIS Tech center mosaic and cleaned up. Additional railroad lines are added where there are multiple tracks to represent the railroad line.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: US Department of Transportation, Bureau of Transportation Statistics, BTS, WVDOT, CSX Transportation, Norfolk Southern Railway, Amtrak, RJ Corman Railroad, Watco Industries, Wheeling and Lake Erie and WV State Rail Authority
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division. The routes in this dataset are derived from the WV Enterprise LRS route network, which includes all roadways, regardless of ownership. Each route is assigned a unique 13, 17, or 18 digit alphanumeric RouteID. RouteID information can be obtained from https://transportation.wv.gov/IT/GIS/Pages/DataCatalog.aspx. Although most routes are a representation of a vehicular roadway, other modes of transportation may be represented by routes including select railroads, bicycle and pedestrian facilities, and trails, all of which may be built or unbuilt. Where applicable, additional connecting routes may be added without documentation to maintain topological connectivity among other routes in the network. Topological connectors are generally excluded from most total mileage calculations. Refer to other LRS layers for route attribute information such as surface type or route status. Routes in the West Virginia Division of Highways (WVDOH) sign system classifications (1-4, 6, and 8) are graphical representations of the signed Commissioner's Orders. Routes in the remaining sign system classifications represent routes provided by other entities, including, but not limited to, municipalities, emergency management authorities, and other local, state, and Federal partners.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: Data current as of July 2025; Data published October 2025This data item is maintained through the West Virginia Department of Transportation (WVDOT) Linear Referencing Systems (LRS) Service Unit within the Information Technology Division.This dataset is a subset of all dominant routes from the ALL_ROUTES dataset. All routes are assigned route dominance. If multiple routes share the same underlying geometry (centerline), route dominance rules are applied. Where concurrent routes exist, route dominance is generally assigned to the route that meets the following criteria: lowest sign system number followed by lowest route number followed by highest supplemental code. There are some exceptions where the dominant route does not follow the dominance rules.The general rule for route dominancy is: among all concurrent routes, the route with the lowest sign system code dominates. If more than one route shares the same lowest sign system code the one with the smallest route number dominates. Measures embedded in routes are derived by linear interpolation based on calibration point data collected by using a Distance Measuring Instrument (DMI) except for ramps which use the geometry length to derive measures.Data is sorted by sign system ( 0 = Municipal Non-State Route, 1 = Interstates, 2 = US Route, 3 = State Route, 04 = County Route, 06 = State Park And Forest Route, 7 = Federal Aid Non State Route (FANS), 08 = HARP Route), County Number, and District. This dataset includes all State Maintained Routes including all Interstate, State, US, and County Highways within West Virginia. This dataset does not contain any local and other routes on it. Information provided in this dataset includes RouteID, Beginning and Ending Milepoint, The Route Number Label, Street Name, Sub Routes, Sign System, Route Number, County Code.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: This map was developed by the West Virginia Department of Transportation Geospatial Transportation
Information Division. It is provided for general reference and is not warranted in any way. Errors from
non-coincidence of features from different sources may exist. The West Virginia Department of
Transportation shall not be held responsible for inappropriate or unintended uses of this information.
Description: West Virginia County Boundaries. Digitized off of USGS 1:24,000-scale Digital Raster Graphics (scanned topographic maps) by the West Virginia Department of Environmental Protection. First published January 2002, updated with Census 2000 attribute data and re-published March 2005.Scale: 1:24000Extent: StatewideAttribute Information: Federal Information Processing Standards (FIPS) codes and 2000 Census data.Data Created: 2002Coordinate System: Latitude/longitude in decimal degrees (NAD 83) and UTM Zone 17 (NAD 83, NAD27).File Format: Compressed ESRI shapefile
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: USGS, WV Department of Environmental Protection
Description: This dataset contains the WVSP troops and districts for each county in West Virginia. This dataset is provided as a cartographic reference dataset only. For full detachment details, visit https://www.wvsp.gov/contact/Pages/detachments.aspx
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: Polygon layer created by the West Virginia Department of Transportation (WVDOT)
All data was obtained from the West Virginia State Police (WVSP) Detachments Webpage (https://www.wvsp.gov/contact/Pages/detachments.aspx)
Description: The National Hydrography Dataset (NHD) is a feature-based database that interconnects and uniquely identifies the stream segments or reaches that make up the nation's surface water drainage system. NHD data was originally developed at 1:100,000-scale and exists at that scale for the whole country. This high-resolution NHD, generally developed at 1:24,000/1:12,000 scale, adds detail to the original 1:100,000-scale NHD. (Data for Alaska, Puerto Rico and the Virgin Islands was developed at high-resolution, not 1:100,000 scale.) Local resolution NHD is being developed where partners and data exist. The NHD contains reach codes for networked features, flow direction, names, and centerline representations for areal water bodies. Reaches are also defined on waterbodies and the approximate shorelines of the Great Lakes, the Atlantic and Pacific Oceans and the Gulf of Mexico. The NHD also incorporates the National Spatial Data Infrastructure framework criteria established by the Federal Geographic Data Committee.Update October 2018
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: USGS National Hydrological Dataset (NHD) and Digital Line Graphs (DLG)
WVGISTC
Color: [0, 112, 255, 255] Background Color: N/A Outline Color: N/A Vertical Alignment: bottom Horizontal Alignment: left Right to Left: false Angle: 0 XOffset: 0 YOffset: 0 Size: 7 Font Family: Arial Font Style: normal Font Weight: normal Font Decoration: none
Description: Major water bodies intended for use in making statewide cartographic maps. Line and polygon coverages derived from the USGS National Hydrological Dataset (NHD) and Digital Line Graphs (DLG). Compiled and edited by the WV GIS Technical Center. Both the National Hydrography Dataset (NHD) and Watershed Boundary Dataset (WBD) are used to represent surface water on the National Map (http://nhd.usgs.gov/). The USGS is the primary steward for NHD, while the NRCS is the principal steward for WBD.Data taken during the period from October 2017 to September 2018.Scale 1:100000, Extent StatewideCoordinate System Lat/Long (NAD 83) and UTM Zone 17 (NAD 83)File Format Compressed ESRI line and polygon shapefiles
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: USGS National Hydrological Dataset (NHD) and Digital Line Graphs (DLG)
WVGISTC
Description: The National Hydrography Dataset (NHD) is a feature-based database that interconnects and uniquely identifies the stream segments or reaches that make up the nation's surface water drainage system. NHD data was originally developed at 1:100,000-scale and exists at that scale for the whole country. This high-resolution NHD, generally developed at 1:24,000/1:12,000 scale, adds detail to the original 1:100,000-scale NHD. (Data for Alaska, Puerto Rico and the Virgin Islands was developed at high-resolution, not 1:100,000 scale.) Local resolution NHD is being developed where partners and data exist. The NHD contains reach codes for networked features, flow direction, names, and centerline representations for areal water bodies. Reaches are also defined on waterbodies and the approximate shorelines of the Great Lakes, the Atlantic and Pacific Oceans and the Gulf of Mexico. The NHD also incorporates the National Spatial Data Infrastructure framework criteria established by the Federal Geographic Data Committee.The coordinate system is UTM Zone 17(NAD83).Data as of October 2018
Description: *This layer is primarily composed of U.S. Census Data, but also contains updated polygons for incorporated places that have submitted annexed town boundaries to the WVDOTIncorporated places are concentrations of population such as cities, towns, and villages, thathave legally prescribed boundaries, powers, and functions. Incorporated Places weredownloaded from the U.S. Census Bureau's TIGER/Line Shapefiles 2023.Demographic data was joined to this feature class in the following fields:PopCalcYear contains the year that the PopCalc data is from.PopCalc contains total population estimates 2018-2022, Table DP05,PopDecYear contains the year of the latest biennial census survey.PopDecCount contains the 2020 official U.S. census population count.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: "Polygon Layer: (2025) WVDOT IT Division changed the projection and joined the demographic data.
This polygon feature class was retrieved from the U.S. Census Bureau. Boundaries and names are as of
January 1, 2023. Released November 22, 2023. Retrieved April 30, 2024, from
https://www.census.gov/geographies/mapping-files/time-series/geo/tiger-line-file.html
Population for PopCalc field: U.S. Census Bureau. (2022). ACS DEMOGRAPHIC AND HOUSING
ESTIMATES. American Community Survey, ACS 5-Year Estimates Data Profiles, Table DP05. Retrieved
April 30, 2024, from https://data.census.gov/table/ACSDP5Y2022.DP05?t=Population Total&g=040XX00US54$1600000
Population for PopDecCount: U.S. Census Bureau. (2020). PROFILE OF GENERAL POPULATION AND
HOUSING CHARACTERISTICS. Decennial Census, DEC Demographic Profile, Table DP1. Retrieved
October 17, 2023, from
https://data.census.gov/table/DECENNIALDP2020.DP1?g=040XX00US54$1600000&d=DEC+Demograp
hic+Profile&tp=true"
Description: National Forest Boundaries were developed by the United States Forest Service and aggregated as a part of USGS's Protected Areas Database, a subset of the National Gap Analysis project. There are several datasets available, each clipped to different extents or containing unique information. Each dataset is described below:National Forest Proclamation Boundaries, 2017. These data has been clipped to the West Virginia boundary and contains the full extents of lands within the Monongahela, George Washington and the Jefferson National Forests. Since these are proclamation boundaries, the forest service does not own all land within the boundary, but may operate within the area.National Forest Surface Ownership Boundaries, 2017. These files contain polygons of the lands within the proclamation boundaries of each forest that the USFS actually owns and/or manages.National Forests of the Surrounding Region, 2017. These files are the complete boundaries of the National Forests that abut or are proximal to West Virginia.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: U.S. Forest Service
WV GIS Technical Center
Description: Date Updated June 11th, 2025State Forests of West Virginia.Data sourced from WV DNR. https://services9.arcgis.com/SQbkdxLkuQJuLGtx/ArcGIS/rest/services/WV_Public_Lands/FeatureServer
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: For additional information, please contact the GIS and Technical Support Program at:
DNRGIS@wv.gov
(304) 637-0245
Elkins Operations Center
PO Box 67
Elkins, WV 26241
Description: National Park Boundaries were aggregated as a part of USGS's Protected Areas Database, a subset of the National Gap Analysis project in 2024. Data originated from deed descriptions by the National Park Service. PAD-US format data is a comprehensive dataset, including all national parks and attributes according to PADUS standards. Original surface ownership and proclamation boundary data are also available.This data set does not include information about private land parcels within National Park Service boundaries.
Service Item Id: 4636398a511345f79c0bd05d8032609b
Copyright Text: See disclaimer. Contact the National Park Service for more detailed surface ownership data. Contact Information: Andy Steel (GIS Specialist) 304 465-6556, andy_steel@nps.gov