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Legislative text, court decisions, regulatory filings, patents, government contracts, election data
9,610 datasets
218 jurisdictions are covered by the Global Tax Expenditures Database (GTED), which aggregates publicly available data on tax expenditures from 1990 onwards. The data, compiled by Agustín Redonda of the Economic Policy Institute, includes revenue forgone estimates, beneficiary counts, and metadata like legal basis and policy objective for individual provisions. It is processed to increase longitudinal and cross-country comparability.
A high-resolution vector shoreline dataset for the Chesapeake and Delaware Canal, compiled from imagery by the National Oceanic and Atmospheric Administration. The data includes both line and point shapefiles, attributed using the NGS-developed C-COAST scheme for compatibility with hydrographic standards. This resource is part of a larger NOAA shoreline mapping program.
A high-resolution vector shoreline dataset for the St. Lawrence River between Wellesley Island and Morristown, compiled from imagery by the National Oceanic and Atmospheric Administration (NOAA). The data, last updated in March 2026, is structured using the C-COAST attribution scheme and is provided as line and point shapefiles suitable for GIS applications.
A high-resolution historical shoreline dataset for Wilmington, Delaware, automated for use as a geographic information system (GIS) data layer. The data are derived from shoreline maps produced by the NOAA National Ocean Service and its predecessor agencies, based on imagery interpretation and field surveys. The attribution follows the NGS-developed C-COAST scheme, influenced by the International Hydrographic Organization's S-57 standard.
NOAA's National Ocean Service provides a high-resolution historical shoreline dataset for the Delaware River in Pennsylvania, derived from office interpretation of imagery and field surveys. The data are structured using the NGS C-COAST attribution scheme to facilitate translation into the S-57 hydrographic standard. This dataset was last updated on March 13, 2026.
Delaware River shoreline data were automated to provide a high-resolution historical coastline suitable for GIS. The data are derived from NOAA National Ocean Service shoreline maps based on imagery interpretation and field surveys. The attribution follows the NGS-developed C-COAST scheme, influenced by the S-57 standard for hydrographic data.
NOAA National Ocean Service automated high-resolution historical shoreline data for the Delaware River in Pennsylvania. These data are derived from shoreline maps produced by NOAA and its predecessor agencies based on imagery interpretation and field surveys. The attribution follows the NGS-developed C-COAST scheme, influenced by the IHO S-57 standard for translation compatibility.
The National Oceanic and Atmospheric Administration's Shoreline Mapping Program provides a high-resolution vector shoreline for the Back Bays area of the Delaware River, from Arnold Point to Dyer Cove, New Jersey. The data is compiled from imagery and structured using the Coastal Cartographic Object Attribute Source Table (C-COAST) attribution scheme. This resource is part of a larger NOAA shoreline data collection.
A high-resolution historical shoreline dataset for the Delaware River between New Castle, DE, and Chester, PA, automated for use as a GIS data layer. The data were derived from shoreline maps produced by the NOAA National Ocean Service and its predecessors, based on imagery interpretation and field surveys. The attribution follows the NGS-developed C-COAST scheme, influenced by the S-57 standard for hydrographic data.
NOAA's National Geodetic Survey provides a high-resolution vector shoreline compiled from lidar and imagery for the Cape Charles to Delaware Bay region. The data uses a specialized attribution scheme, C-COAST, designed to align with international hydrographic standards. This resource is part of a larger NOAA shoreline mapping program.
A high-resolution historical shoreline dataset for the Delaware River in New Jersey, automated for GIS use. The data were produced by the NOAA National Ocean Service and its predecessors, based on interpretation of imagery and field surveys. The attribution follows the NGS-developed C-COAST scheme, influenced by the S-57 standard for hydrographic data.
A high-resolution historical shoreline dataset for the Delaware River between Stony Point, New Jersey, and Goose Point, Delaware. The data were automated from shoreline maps produced by the NOAA National Ocean Service and its predecessors, based on imagery interpretation and field surveys. It uses the NGS C-COAST attribution scheme to facilitate translation into international hydrographic standards.
A high-resolution historical shoreline dataset for Delaware Bay, Delaware, automated for GIS use. The data were derived from shoreline maps produced by the NOAA National Ocean Service and its predecessor agencies, based on imagery interpretation and field surveys. It is a member of a larger NOAA data collection and uses the NGS C-COAST attribution scheme.
A high-resolution historical shoreline dataset for Delaware Bay, New Jersey, created as a GIS data layer. The data were automated from shoreline maps produced by the NOAA National Ocean Service and its predecessors, based on imagery interpretation and field surveys. The attribution follows the NGS-developed C-COAST scheme, influenced by the S-57 standard for hydrographic data.
Approved for the February 2023 to November 2024 election cycle, this dataset contains the official boundaries for Chicago's ward precincts, which are local election districts based on U.S. Census blocks. It includes 1,291 precincts, reflecting a single split from the previous set of 1,290. The data was created and maintained by the City of Chicago's Board of Election Commissioners.
NOAA National Ocean Service and its predecessor agencies produced a high-resolution historical shoreline for Delaware Bay, Delaware. The data were automated for GIS use and conform to the NGS C-COAST attribution scheme, influenced by the International Hydrographic Organization's S-57 standard. This resource is a member of a larger NOAA data collection.
NOAA's Shoreline Mapping Program provides a high-resolution vector shoreline for the Delaware River between Philadelphia and Trenton. The data is derived from imagery interpretation and structured using the Coastal Cartographic Object Attribute Source Table (C-COAST) attribution scheme. This dataset was last updated on March 13, 2026.
NOAA's National Ocean Service provides a high-resolution historical shoreline for Indian River Bay, Delaware, derived from office interpretation of imagery and field surveys. The data uses the C-COAST attribution scheme, influenced by the International Hydrographic Organization's S-57 standard for compatibility. This resource is part of a larger NOAA data collection and was last updated in March 2026.
A high-resolution vector shoreline dataset for the Delaware River between Liston Point and New Castle, compiled from imagery by the National Oceanic and Atmospheric Administration. The data is structured using the C-COAST attribution scheme to facilitate translation into hydrographic standards. The metadata describes both line and point shapefiles, indicating it is suitable for use as a geographic information system (GIS) data layer.
Delaware River, NJ and PA shoreline data were automated to provide a high-resolution historical GIS layer. The data are derived from shoreline maps produced by the NOAA National Ocean Service and its predecessors, based on imagery interpretation and field surveys. Attribution follows the NGS-developed C-COAST scheme, influenced by the International Hydrographic Organization's S-57 standard.