| Date | Title | Provider |
| 2026 |
This dataset demarcates the zip code boundaries that lie within Allegheny County. These are clipped to the Allegheny County boundary. These have been edited for Allegheny County purposes to follow with our parcels.
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| Allegheny County |
| 2020 |
Zip code boundaries that lie within Carbon County
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| Carbon County |
| 2017 |
Zipcodes of Chester County
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| Chester County |
| 2016 |
This polygon layer represents the Market Areas for each representative from the Department of Commerce Office of Business Services (OBS). All polygons (nearly all of which correspond to zip codes) associated with an OBS representative’s name comprise that representative’s Market Area.
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| City of Philadelphia |
| 2016 |
The purpose of this dataset is to represent the Zip Code areas for the City of Philadelphia. The edges of Zip Codes are slightly modified for logical and cartographic purposes.
The arc layer contains data signifying information relating it to the polygon layer. It can tell you if both sides of the arc belong to one of the bounding polygons. All the arcs, including those with no boundary info, have naming attributes for labeling the polygon borders. Contact the Streets GIS unit for public consumption.
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| City of Philadelphia |
| 2016 |
Philadelphia. The edges of Zip Codes are slightly modified for logical and cartographic purposes.
This polygon layer has an accompanying arc layer. Certain arcs in the arc layer contain data signifying information relating it to the polygon layer. It can tell you if both sides of the arc belong to one of the bounding polygons. All the arcs, including those with no boundary info, have naming attributes for labeling the polygon borders. Contact the Streets GIS unit for public consumption of the corresponding arc layer.
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| City of Philadelphia |
| 2025 |
Address ranges describe a label given to a unique collection of addresses that fall along a road or path. Address ranges provide a way of locating homes and businesses based on their street addresses when no other location information is available.Using a house number, street name, street side and ZIP code, address ranges can locate the address to the geographic area associated to that side of the street. Once geocoded, the U.S. Census Bureau can assign the address to a field assignment area or tabulate the data for that address. In addition, academics, researchers, professionals and government agencies outside of the Census Bureau use MAF/TIGER address ranges to transform tabular addresses into geographical datasets for decision-making and analytical purposes.Address ranges must be unique to geocode addresses to the correct location and avoid geocoding conflicts. Multiple elements in MAF/TIGER are required to make an address range unique including street names, address house numbers and street feature geometries, such as street centerlines. The address range data model is designed to maximize geocoding matches with their correct geographic areas in MAF/TIGER by allowing an unlimited number of address range-to-street feature relationships.The Census Bureau’s Geography Division devises numerous operations and processes to build and maintain high quality address ranges so that:Address ranges accurately describe the location of addresses on the ground.Address All possible city-style addresses are geocoded.Address ranges can handle all known address and street name variations.Address ranges conform with current U.S. Postal Service ZIP codes.Address ranges are reliable and free from conflicts.Automated software continually updates existing address ranges, builds new address ranges and corrects errors. An automated operation links address location points and tabular address information to street feature edges with matching street names in the same block to build and modify address ranges.Many business rules and legal value checks ensure quality address range data in MAF/TIGER. For example, business rules prevent adding or modifying address ranges that overlap another house number range with the same street name and ZIP code. Legal value checks verify that address ranges include mandatory attribute information, valid data types and valid character values.Some of the TIGER/Line products for the public include address ranges and give the public the ability to geocode addresses to MAF/TIGER address ranges for the user’s own purpose. The address range files are available for the nation, Puerto Rico and the U.S. Island Areas at the county level. TIGER/Line files require geographic information system (GIS) software to use.The Census Bureau Geocoder Service is a web service provided to the public. The service accepts up to 1,000 input addresses and, based on Census address ranges, returns the interpolated geocoded location and census geographies. Users can access the service a web interface or a representational state transfer (REST) application program interface (API) web service. See the Census Geocoder for more information on this process. Directions on how to use the Census Geocoder available: Geocoding Services Web Application Programming Interface (API)Download: https://www2.census.gov/geo/tiger/TGRGDB24/tlgdb_2024_a_us_addr.gdb.zip
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2025 |
This dataset represents Red Cross division, which are a corporate structure with a Division Vice President (DVP), Division Disaster Executive (DDE) and Division Disaster Directors (DDD).
This dataset represents Red Cross division, which are a corporate structure with a Division Vice President (DVP), Division Disaster Executive (DDE) and Division Disaster Directors (DDD). Red Cross Geography Model: Counties make up chapters, chapters make up regions and regions make up divisions. There are five exceptions to the Red Cross Geography model: Middlesex County, MA, Los Angeles, Kern, Riverside and San Bernardino Counties in California which are covered by more than one Chapter. (Many to One). In the case of these five counties, the geometry was dissolved from Zip Codes.
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2025 |
This dataset represents Red Cross division, which are a corporate structure with a Division Vice President (DVP), Division Disaster Executive (DDE) and Division Disaster Directors (DDD). Red Cross Geography Model: Counties make up chapters, chapters make up regions and regions make up divisions. There are five exceptions to the Red Cross Geography model: Middlesex County, MA, Los Angeles, Kern, Riverside and San Bernardino Counties in California which are covered by more than one Chapter. (Many to One). In the case of these five counties, the geometry was dissolved from Zip Codes.
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2025 |
Locations of current DART deployments (Deep-Ocean Assessment and Reporting of Tsunamis), and retrospective BPR (bottom-pressure recorder) deployments, including previous DART locations.
NCEI is the long-term archive for all NOAA Deep-ocean Assessment and Reporting of Tsunamis (DART) ocean bottom pressure data. Ocean bottom pressure data also undergo quality control and harmonic analysis at NCEI. The raw data and products are discoverable via the Map, Timelines, and THREDDS Data Server links. Data are provided as netCDF and as gzipped comma-separated-values (CSV).
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2025 |
This layer provides data for dock-and-waterway facilities and other navigation points of interest.
This layer provides the complete dock list of all facility types. Additional attributes include a location description, street address, city, state, zip code, county, congressional district, owners, operators, highway-and-railway connections, commodities, type of construction, cargo-handling equipment, water depth alongside the facility, berthing space, and deck height.
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2025 |
Local Roads include roads that have the following MTFCCs:S1400 Local Neighborhood Road, Rural Road, City StreetS1500 Vehicular Trail (4WD)S1630 RampS1640 Service Drive usually along a limited access highwayS1710 Walkway/Pedestrian TrailS1720 StairwayS1730 AlleyS1740 Private Road for service vehicles (logging, oil fields, ranches, etc.)S1750 Internal U.S. Census Bureau useS1780 Parking Lot RoadS1810 Winter TrailS1820 Bike Path or TrailS1830 Bridle PathDownload: https://www2.census.gov/geo/tiger/TGRGDB24/tlgdb_2024_a_us_roads.gdb.zipMetadata: https://meta.geo.census.gov/data/existing/decennial/GEO/GPMB/TIGERline/Current_19115/series_tl_2023_roads.shp.iso.xml
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2025 |
Metropolitan Statistical Areas are CBSAs associated with at least one urbanized area that has a population of at least 50,000. The metropolitan statistical area comprises the central county or counties or equivalent entities containing the core, plus adjacent outlying counties having a high degree of social and economic integration with the central county or counties as measured through commuting.Download: https://www2.census.gov/geo/tiger/TGRGDB24/tlgdb_2024_a_us_nationgeo.gdb.zip Layer: Core_Based_Statistical_Area where [MEMI] = "1"Metadata: https://meta.geo.census.gov/data/existing/decennial/GEO/GPMB/TIGERline/Current_19115/series_tl_2023_cbsa.shp.iso.xml
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2025 |
Micropolitan Statistical Areas are CBSAs associated with at least one urban cluster that has a population of at least 10,000, but less than 50,000. The micropolitan statistical area comprises the central county or counties or equivalent entities containing the core, plus adjacent outlying counties having a high degree of social and economic integration with the central county or counties as measured through commuting.Download: https://www2.census.gov/geo/tiger/TGRGDB24/tlgdb_2024_a_us_nationgeo.gdb.zip Layer: Core_Based_Statistical_Area where [MEMI] = "2"Metadata: https://meta.geo.census.gov/data/existing/decennial/GEO/GPMB/TIGERline/Current_19115/series_tl_2023_cbsa.shp.iso.xml
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2025 |
Locations of tsunami-capable tide stations for data archived at NOAA NCEI.
NCEI is the long-term archive for all NOAA coastal tide gauge data: 1-minute water level data from the NOAA/National Ocean Service (NOS) Center for Operational Oceanographic Products and Services (CO-OPS) and high-resolution (10-second or 15-second) water level data from the Pacific Tsunami Warning Center (PTWC) and the National Tsunami Warning Center (NTWC). Coastal tide gauge data also undergo quality control and harmonic analysis at NCEI. The raw data and products are discoverable via the Map, Timelines, and THREDDS Data Server links. Data are provided as netCDF and as gzipped comma-separated-values (CSV).
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| Homeland Infrastructure Foundation Level Data HIFLD |
| 2020 |
Addressed Structures or Sites in Lycoming County as per the Lycoming County Addessing Ordinance 96-3
Note: Zip Code values are estimated and not verified.
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| Lycoming County |
| 2025 |
The PA_Ambulatory_Surgery_Centers layer contains the latitude and longitude coordinates of ambulatory surgery centers in Pennsylvania. When possible, efforts were made to confirm the rooftop location of each ambulatory surgery centers. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. The attribute data were obtained from an annual ambulatory surgery center survey and include fields such as facility ID number, facility name, street address, etc. Additional fields and data items could be potentially linked to this layer. For more information, please visit https://www.pa.gov/agencies/health/health-statistics Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448
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| Pennsylvania Department of Health |
| 2026 |
The PA_Birth_Centers layer contains the latitude and longitude coordinates of birth centers in Pennsylvania. When possible, efforts were made to confirm the rooftop location of each birth centers. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude fields are recorded in the WGS 1984 coordinate system. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448
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| Pennsylvania Department of Health |
| 2025 |
The PA_Community_Mental_Health_Center layer contains the latitude and longitude coordinates of community mental health centers in Pennsylvania. When possible, efforts were made to confirm the rooftop location of each community mental health centers. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude fields are recorded in the WGS 1984 coordinate system. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448
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| Pennsylvania Department of Health |
| 2025 |
The PA Drug and Alcohol Treatment Facilities layer was developed to show the geospatial locations of drug and alcohol treatment facilities in Pennsylvania. It can be used in various emergency and health related maps. A drug and alcohol treatment facility is a facility that specializes in the evaluation and treatment of drug addiction, alcoholism and associated disorders. When possible, efforts were made to confirm the rooftop location of each drug and alcohol treatment facility. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2025 |
The PA Home Health Agencies layer was developed to show the geospatial locations of home health agencies in Pennsylvania. It can be used in various emergency and health related maps. A home health agency is an organization that delivers skilled nursing and other therapeutic services to a patient’s personal residence, rather than in a more traditional healthcare facility setting. When possible, efforts were made to confirm the rooftop location of each home health agency. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2026 |
The PA Hospice layer was developed to show the geospatial locations of hospices in Pennsylvania. It can be used in various emergency and health related maps. A hospice is a home providing care for the sick or terminally ill. When possible, efforts were made to confirm the rooftop location of each hospice. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2025 |
The PA Hospitals layer was developed to show the geospatial locations of Hospitals in Pennsylvania. It can be used in various emergency and health related maps. A hospital is an institution in which sick or injured persons are given medical or surgical treatment. When possible, efforts were made to confirm the rooftop location of each Hospital. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2026 |
The PA Intermediate Care Facilities layer was developed to show the geospatial locations of intermediate care facilities in Pennsylvania. It can be used in various emergency and health related maps. An intermediate care facility is a location where care is provided to acute care patients who are medically stable but too unstable to be treated in alternative healthcare settings such as home, ambulatory, or traditional skilled long term care. When possible, efforts were made to confirm the rooftop location of each intermediate care facility. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2025 |
The PA Medical Marijuana Dispensaries layer was developed to show the geospatial locations of medical marijuana dispensaries in Pennsylvania. It can be used in various emergency and health related maps. A medical marijuana dispensary is a facility where medical marijuana is dispensed. When possible, efforts were made to confirm the rooftop location of each medical marijuana dispensary. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2026 |
The PA Nursing Homes layer was developed to show the geospatial locations of nursing homes in Pennsylvania. It can be used in various emergency and health related maps. A nursing home is a place for people who don't need to be in a hospital but can't be cared for at home. When possible, efforts were made to confirm the rooftop location of each nursing home. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. For questions about this dataset, please contact the Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2025 |
The PA Physical Speech Therapists layer was developed to show the geospatial locations of physical speech therapists in Pennsylvania. It can be used in various emergency and health related maps. A physical speech therapist is where the assessment and treatment for communication problems and speech disorders are performed. When possible, efforts were made to confirm the rooftop location of each physical speech therapists. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACT@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2026 |
The PA Portable X Ray layer was developed to show the geospatial locations of portable X Ray units in Pennsylvania. It can be used in various emergency and health related maps. When possible, efforts were made to confirm the rooftop location of each portable X-ray center. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude fields are recorded in the WGS 1984 coordinate system. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448
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| Pennsylvania Department of Health |
| 2025 |
The PA Psychiatric Residential Treatment Facility layer was developed to show the geospatial locations of psychiatric residential treatment facilities in Pennsylvania. It can be used in various emergency and health related maps. A psychiatric residential treatment facility is a facility that provides out-of-home psychiatric care to children, adolescents, and young adults in a non-hospital, highly structured setting. When possible, efforts were made to confirm the rooftop location of each psychiatric residential treatment facility. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2026 |
The PA Rural Health Clinics layer was developed to show the geospatial locations of rural health clinics in Pennsylvania. It can be used in various emergency and health related maps. A rural health clinic is a clinic that is located inside a rural area designated as a shortage area, is not a rehabilitation agency or a facility primarily for the care and treatment of mental diseases. When possible, efforts were made to confirm the rooftop location of each rural health clinic. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. Contact Us: Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2025 |
The PA State Health Centers layer was developed to show the geospatial locations of state health centers in Pennsylvania. It can be used in various emergency and health related maps. A state health center is A facility that provides (ambulatory) medical and sanitary services to a specific group in a population. When possible, efforts were made to confirm the rooftop location of each state health center. The accuracy of geocoding is available in Geocoding Certainty attribute field (Geocoding Certainty: Rooftop="00", Street="01", Zip Centroid="04", Not geocoded="99"). Latitude and longitude are recorded in the WGS 1984 coordinate system in decimal degrees. For questions about this dataset, please contact the Pennsylvania Department of Health Division of Health Informatics at RA-DHICONTACTUS@pa.gov or 717-782-2448.
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| Pennsylvania Department of Health |
| 2026 |
electric vehicle registrations in Pennsylvania by United States Postal Service ZIP code. Data is provided by Pennsylvania Department of Transportation Driver and Vehicle Services and updated on a quarterly basis. ZIP code areas are based on U.S. Census Bureau data and adjusted to match PennDOT boundaries where possible. This data includes the following types of vehicles: battery electric, plug-in hybrid electric, hybrid electric and fuel cell.
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| Pennsylvania Department of Transportation |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
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| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
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| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
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KMZ
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| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
Metadata
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KMZ
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Spreadsheet
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Add to ArcMap:
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| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
Metadata
|
Download
|
Preview
|
KMZ
|
Spreadsheet
|
GeoJSON
|
Add to ArcMap:
Image
or
Feature
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Add to ArcGIS Pro
| More Options...
| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
Metadata
|
Download
|
Preview
|
KMZ
|
Spreadsheet
|
GeoJSON
|
Add to ArcMap:
Image
or
Feature
|
Add to ArcGIS Pro
| More Options...
| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
Metadata
|
Download
|
Preview
|
KMZ
|
Spreadsheet
|
GeoJSON
|
Add to ArcMap:
Image
or
Feature
|
Add to ArcGIS Pro
| More Options...
| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
Metadata
|
Download
|
Preview
|
KMZ
|
Spreadsheet
|
GeoJSON
|
Add to ArcMap:
Image
or
Feature
|
Add to ArcGIS Pro
| More Options...
| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
Metadata
|
Download
|
Preview
|
KMZ
|
Spreadsheet
|
GeoJSON
|
Add to ArcMap:
Image
or
Feature
|
Add to ArcGIS Pro
| More Options...
| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
Metadata
|
Download
|
Preview
|
KMZ
|
Spreadsheet
|
GeoJSON
|
Add to ArcMap:
Image
or
Feature
|
Add to ArcGIS Pro
| More Options...
| Pennsylvania Emergency Management Agency |
| 2007 |
In 2006, PEMA completed a statewide study of a 100 year flood event using FEMA's HAZUS-MH risk analysis software. In 2007, PEMA concluded a broader statewide study using the latest version of HAZUS-MH MR 2.0 that includes damage estimates for 10, 50, 100, 200 and 500 year flood events. The study computed damages in dollars for total economic loss, building and content damage, and other economic impacts. The study also estimated the number of damaged homes and the degree of damage to those homes.
With these results, Statewide GIS shapefiles for economic losses and damaged homes were created for each flood scenario using ArcMap 9.1. These files can be displayed using ArcMap 9.0 or higher version - you do not need the HAZUS software to use them. They can be overlaid on other GIS maps (county, local roads, street maps, municipal maps, etc) to show the location and extent of potential flood damages for each of the flood severity levels.
The Flood Study maps and information contained in these files can by used local emergency management agencies, GIS and planning departments, watershed organizations, and other interested parties for hazard identification and risk assessment, mitigation planning, and flood response training activities. IT IS IMPORTANT TO NOTE: These files are estimates of damages and locations generated by the FEMA HAZUS flood analysis model. These files do not include all possible flood risk areas and are not based on actual past flood events. The data should not be used to determine regulated floodplain areas or the location of individual homes and buildings.
The GIS files for the various flood events have been compressed (ZIP files) and can be downloaded from this webpage. The size of the files range from 4 MBs to 25 MBs - download time may be considerable depending on the speed of your Internet connection. Contained in each ZIP file are Pennsylvania Statewide Flood Study ARCGIS shapefiles generated with the HAZUS Multihazard Flood Risk Analysis program.
The shapefiles represent all census blocks affected by each flood event. The economic loss layer shows total losses in thousands of dollars. The damaged homes layer shows the number of flood-affected residential structures. Additional information for each layer is contained in its attribute table which can be viewed and edited in ArcMap. The display can also be modified or enhanced by changing the layer's properties in ArcMap (change the display to "classified" and the number of classes to "10," for example).
Metadata
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KMZ
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| Pennsylvania Emergency Management Agency |
| 2009 |
The TIGER/Line Shapefiles are an extract of selected geographic and cartographic information from the Census MAF/TIGER database. The Census MAF/TIGER database represents a seamless national file with no overlaps or gaps between parts. However, each TIGER/Line Shapefile is designed to stand alone as an independent data set or the shapefiles can be combined to cover the whole nation.
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| U S Census Bureau |
| 2009 |
The TIGER/Line Shapefiles are an extract of selected geographic and cartographic information from the Census MAF/TIGER database. The Census MAF/TIGER database represents a seamless national file with no overlaps or gaps between parts. However, each TIGER/Line Shapefile is designed to stand alone as an independent data set or the shapefiles can be combined to cover the whole nation.
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| U S Census Bureau |
| 2022 |
Zipcodes of York County
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| York County |