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RGBI orthophotos from the 2016 phase of the state orthoimagery project, which covers the central band of the state. This dataset includes imagery of 22 counties; the images are grouped into archives by quadrangles.
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RGBI orthophotos from the 2017 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 39 counties; the images are grouped into archives by quadrangles.
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RGBI orthophotos from the 2018 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes imagery of 19 counties; the images are grouped into archives by quadrangles.
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RGBI orthophotos from the 2011 phase of the state orthoimagery project, which covers the center band of the state. This dataset includes imagery of 28 counties; the images are grouped into archives by quadrangles.
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RGBI orthophotos from the 2012 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 34 counties; the images are grouped into archives by quadrangles.
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RGBI orthophotos from the 2013 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes imagery of 30 counties; the images are grouped into archives by quadrangles.
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RGB orthophotos from the 2005 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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RGB orthophotos from the 2006 phase of the state orthoimagery project, which reimaged areas with heavy leaf cover during the 2005 imaging. The images are grouped into archives by quadrangles.
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Digital Elevation Model derived from the 2005 state imagery project. The images are grouped into archives by quadrangles.
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Digital Surface Model derived from the 2005 state imagery project. The images are grouped into archives by quadrangles.
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Color-infrared orthophotos from the 2006 phase of the state orthoimagery project, which reimaged areas with heavy leaf cover during the 2005 imaging. The images are grouped into archives by quadrangles.
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Digital Surface Model derived from the 2006 state imagery project. The images are grouped into archives by quadrangles.
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Digital Elevation Model derived from the 2006 state imagery project. The images are grouped into archives by quadrangles.
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ECW mosaics from the 2017 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 39 counties and the city of Shelbyville.
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ECW versions of the images from the 2017 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 39 counties; the images are grouped into archives by quadrangles.
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ECW versions of the images from the 2018 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes imagery of 19 counties; the images are grouped into archives by quadrangles.
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ECW mosaics from the 2018 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes imagery of 21 counties.
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ECW versions of the images from the 2016 phase of the state orthoimagery project, which covers the central band of the state. This dataset includes imagery of 22 counties; the images are grouped into archives by quadrangles.
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ECW mosaics from the 2016 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 24 counties.
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RGBI orthophotos from the 2019 phase of the state orthoimagery project, which covers parts of the state that were in flood conditions during 2018. This dataset includes imagery of 12 counties; the images are grouped into archives by quadrangles.
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ECW versions of the images from the 2019 phase of the state orthoimagery project, which covers parts of the state that were in flood conditions during 2018. This dataset includes imagery of 12 counties; the images are grouped into archives by quadrangles.
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ECW mosaics from the 2019 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 12 counties.
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RGBI orthophotos from the 2021 phase of the state orthoimagery project, which covers the central band of the state. This dataset includes imagery of 30 counties and the INDNR (Indiana Dunes); the images are grouped into archives by quadrangles.
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MrSID versions of the images from the 2021 phase of the state orthoimagery project, which covers the central band of the state. This dataset includes imagery of 30 counties and the INDNR (Indiana Dunes); the images are grouped into archives by quadrangles.
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ECW versions of the images from the 2021 phase of the state orthoimagery project, which covers the central band of the state. This dataset includes imagery of 30 counties and the INDNR (Indiana Dunes); the images are grouped into archives by quadrangles.
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MrSID mosaics from the 2021 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 30 counties and the INDNR (Indiana Dunes).
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MrSID versions of the color infrared quarter quadrangles from the 2006 phase of the state orthoimagery project, which reimaged areas with heavy leaf cover during the 2005 imaging. The images are grouped into archives by quadrangles.
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MrSID versions of the natural color images from the 2006 phase of the state orthoimagery project, which reimaged areas with heavy leaf cover during the 2005 imaging. The images are grouped into archives by quadrangles.
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Natural color quarter quadrangles from the 2006 phase of the state orthoimagery project, which reimaged areas with heavy leaf cover during the 2005 imaging. The GeoTIFF images are grouped into archives by quadrangles.
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MrSID versions of the natural color quarter quadrangles from the 2006 phase of the state orthoimagery project, which reimaged areas with heavy leaf cover during the 2005 imaging. The images are grouped into archives by quadrangles.
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ECW versions of the images from the 2011 phase of the state orthoimagery project, which covers the center band of the state. This dataset includes imagery of 28 counties; the images are grouped into archives by quadrangles.
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ECW versions of the images from the 2012 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 34 counties; the images are grouped into archives by quadrangles.
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ECW versions of the images from the 2013 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes imagery of 30 counties; the images are grouped into archives by quadrangles.
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Digital Elevation Model from the 2012 state imagery project. The images are grouped into archives by quadrangles.
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Digital Elevation Model from the 2013 state imagery project. The images are grouped into archives by quadrangles.
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Digital Elevation Model from the 2011 state imagery project. The images are grouped into archives by quadrangles.
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U.S. Geological Survey (USGS) compliant light detection and ranging (LiDAR) data from the 2011 state imagery project. The files are grouped into archives by quadrangles.
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U.S. Geological Survey (USGS) compliant light detection and ranging (LiDAR) data from the 2012 state imagery project. The files are grouped into archives by quadrangles.
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U.S. Geological Survey (USGS) compliant light detection and ranging (LiDAR) data from the 2013 state imagery project. The files are grouped into archives by quadrangles.
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Digital Surface Model derived from the 2005 state imagery project. The images are grouped into archives by quadrangles.
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Digital Elevation Model derived from the 2005 state imagery project. The images are grouped into archives by quadrangles.
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RGB orthophotos from the 2005 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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ECW mosaics from the 2011 phase of the state orthoimagery project, which covers the center band of the state. This dataset includes imagery of 28 counties.
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DEM mosaics from the 2011 phase of the state orthoimagery project, which covers the center band of the state. This dataset includes imagery of 28 counties.
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ECW mosaics from the 2012 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 34 counties.
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DEM mosaics from the 2012 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 34 counties.
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ECW Mosaics from the 2013 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes imagery of 30 counties.
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DEM Mosaics from the 2013 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes imagery of 30 counties.
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MrSID Mosaics from the 2006 phase of the state orthoimagery project, which covers areas flooded during the 2005 imaging project. This dataset includes mosaics for two counties and nineteen townships.
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DSM Mosaics from the 2006 phase of the state orthoimagery project, which covers areas flooded during the 2005 imaging project. This dataset includes mosaics for two counties.
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DEM Mosaics from the 2006 phase of the state orthoimagery project, which covers areas flooded during the 2005 imaging project. This dataset includes mosaics for two counties.
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RGB quarter quad orthophotos from the 2005 phase of the state orthoimagery project. The images are grouped into archives by quadrangle.
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RGB quarter quad orthophotos from the 2005 phase of the state orthoimagery project. The images are grouped into archives by quadrangle.
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Color-infrared quarter quad orthophotos from the 2005 phase of the state orthoimagery project. The images are grouped into archives by quadrangle.
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Color-infrared quarter quad orthophotos from the 2005 phase of the state orthoimagery project. The images are grouped into archives by quadrangle.
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Aerial photos of the City of Bloomington from 1949, 1961, 1967, 1972, and 1975. These images are not georeferenced.
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Founded in 1867, the Sanborn Map and Publishing Company was the primary American publisher of fire insurance maps for nearly 100 years. The Fire Insurance Maps aided insurance agents in estimating fire insurance liabilities in urban areas. The maps provide a detailed account of urban development and change in communities during the early twentieth century. Sanborn maps are large-scale (1:600) and depict street layouts, building footprints, building materials, utility lines, street names, street and sidewalk widths, property boundaries, building use, and house and block numbers. Sanborn produced Indiana maps between 1883 and 1966. Currently, all maps produced by 1925 are in the public domain.
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Imagery from the 2004 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2005 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2006 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2007 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2008 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2005 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery in MrSID format from the 2006 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2007 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2008 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2007 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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County Mosaics from the 2010 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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County Mosaics from the 2012 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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County Mosaics in MrSID2 format from the 2003 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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County Mosaics from the 2003 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2008 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2010 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2010 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Mosaic imagery from the April 2007 orthoimagery project for Hendricks County. This dataset includes mosaics for the entire county in ECW and MrSID format as well as mosaics for townships in MrSID format.
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Imagery from the April 2007 orthoimagery project for Hendricks County in MrSID format.
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Imagery from the April 2007 orthoimagery project for Hendricks County in GeoTIFF format.
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Imagery from the 2009 orthoimagery project for Martin County.
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Imagery from the 2009 orthoimagery project for Martin County.
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Imagery from the 2009 orthoimagery project for Pike County.
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Imagery from the 2009 orthoimagery project for Pike County.
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Imagery from the 2011 orthoimagery project for Gibson and Posey County.
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Imagery from the 2011 orthoimagery project for Gibson and Posey County.
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Imagery from the 2011 orthoimagery project for Gibson and Posey County.
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Imagery from the 2011 orthoimagery project for Gibson and Posey County.
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Imagery from the 1996 orthoimagery project for Kosciusko County in GeoTIFF format.
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Imagery from the 2008 orthoimagery project for Kosciusko County.
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Imagery from the 2002 orthoimagery project for Kosciusko County in GeoTIFF format.
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Imagery from the 2008 orthoimagery project for Harrison County in GeoTIFF format.
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Imagery from the 2008 orthoimagery project for Harrison County.
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Imagery from the 2009 orthoimagery project for Daviess County.
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Imagery from the 2009 orthoimagery project for Daviess County.
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Imagery from the 2009 orthoimagery project for Dubois County.
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Imagery from the 2009 orthoimagery project for Dubois County.
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Imagery from the 2005 orthophotography of the Indiana Dunes.
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Imagery from the 2008 orthoimagery project for Dearborn County.
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Imagery from the 2008 orthoimagery project for Allen County.
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Imagery from the 2007 orthoimagery project for the Indianapolis Metropolitan Planning Organization in GeoTIFF format.
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Color Infrared Imagery from the 2007 orthoimagery project for the Indianapolis Metropolitan Planning Organization in GeoTIFF format.
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Imagery from the 1998 orthoimagery project for Bartholomew County in GeoTIFF format.
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Historic aerial imagery of Wayne County.
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Orthoimagery of Muscatatuck from 2010.
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Orthoimagery of Camp Atterbury from 2010.
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Orthoimagery and shapefiles for Big Oaks National Wildlife Refuge from 2003.
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Orthoimagery and elevation contours of Bradford Woods from 2002.
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Plat Map of Monroe County from 1856 (non-georeferenced).
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USGS topographic maps of Indiana in GeoPDF format at 24K scale.
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USGS topographic maps of Indiana in GeoPDF format at 24K, 100K, and 250K scale.
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USGS topographic maps of Indiana in GeoPDF format without border at 24K, 100K, and 250K scale.
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USGS topographic maps of Indiana in GeoTIFF format with border at 24K, 100K, and 250K scale.
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3DEP DEM Mosaics of each county in Indiana in IMAGINE format from the statewide imaging initiative conducted from 2016-2020.
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DEM imagery from the 2016-2020 statewide elevation imagery project for 2016 in IMAGINE format for Hamilton and Wayne counties and GeoTIFF format for Marion County.
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DEM imagery from the 2016-2020 statewide elevation imagery project for 2020 in IMAGINE format.
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DEM imagery from the 2016-2020 statewide elevation imagery project for 2019 in IMAGINE format.
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DEM imagery from the 2016-2020 statewide elevation imagery project for 2018 in IMAGINE format.
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DEM imagery from the 2016-2020 statewide elevation imagery project for 2017 in IMAGINE format.
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LiDAR imagery from the 2016-2020 statewide elevation imagery project for 2016 in LAS format. This dataset covers Hamilton, Marion, and Wayne counties.
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LiDAR imagery from the 2016-2020 statewide elevation imagery project for 2020 in LAS format.
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LiDAR imagery from the 2016-2020 statewide elevation imagery project for 2019 in LAS format.
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LiDAR imagery from the 2016-2020 statewide elevation imagery project for 2018 in LAS format.
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LiDAR imagery from the 2016-2020 statewide elevation imagery project for 2017 in LAS format.
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Intensity imagery from the 2016-2020 statewide elevation imagery project for 2016 in GeoTIFF format. This dataset provides images for Hamilton County only.
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Intensity imagery from the 2016-2020 statewide elevation imagery project for 2020 in GeoTIFF format.
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Intensity imagery from the 2016-2020 statewide elevation imagery project for 2019 in GeoTIFF format.
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Intensity imagery from the 2016-2020 statewide elevation imagery project for 2018 in GeoTIFF format.
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Intensity imagery from the 2016-2020 statewide elevation imagery project for 2017 in GeoTIFF format.
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DSM imagery from the 2016-2020 statewide elevation imagery project for 2016 in GeoTIFF format for Marion County.
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Founded in 1867, the Sanborn Map and Publishing Company was the primary American publisher of fire insurance maps for nearly 100 years. The Fire Insurance Maps aided insurance agents in estimating fire insurance liabilities in urban areas. The maps provide a detailed account of urban development and change in communities during the early twentieth century. Sanborn maps are large-scale (1:600) and depict street layouts, building footprints, building materials, utility lines, street names, street and sidewalk widths, property boundaries, building use, and house and block numbers. Sanborn produced Indiana maps between 1883 and 1966. Currently, all maps produced by 1925 are in the public domain.
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Founded in 1867, the Sanborn Map and Publishing Company was the primary American publisher of fire insurance maps for nearly 100 years. The Fire Insurance Maps aided insurance agents in estimating fire insurance liabilities in urban areas. The maps provide a detailed account of urban development and change in communities during the early twentieth century. Sanborn maps are large-scale (1:600) and depict street layouts, building footprints, building materials, utility lines, street names, street and sidewalk widths, property boundaries, building use, and house and block numbers. Sanborn produced Indiana maps between 1883 and 1966. Currently, all maps produced by 1925 are in the public domain.
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Founded in 1867, the Sanborn Map and Publishing Company was the primary American publisher of fire insurance maps for nearly 100 years. The Fire Insurance Maps aided insurance agents in estimating fire insurance liabilities in urban areas. The maps provide a detailed account of urban development and change in communities during the early twentieth century. Sanborn maps are large-scale (1:600) and depict street layouts, building footprints, building materials, utility lines, street names, street and sidewalk widths, property boundaries, building use, and house and block numbers. Sanborn produced Indiana maps between 1883 and 1966. This dataset includes the maps from Richmond, IN, from 1886 with a combined shapefile showing their locations as a mosaicked image.
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RGBI orthophotos from the 2022 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 32 counties at 6-inch resolution; the images are grouped into archives by quadrangles.
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RGBI orthophotos from the 2022 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 32 counties and LiDAR of the INDNR Indiana Dunes area; the images are grouped into archives by quadrangles.
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RGBI orthophotos from the 2022 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes imagery of 32 counties at 6-inch resolution; the images are grouped into archives by quadrangles.
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Mosaics derived from the RGBI orthophotos from the 2022 phase of the state orthoimagery project, which covers the eastern band of the state. This dataset includes mosaics of 32 counties imaged at 6-inch resolution and three cities (Shelbyville, Huntington, and Madison-Hanover) imaged at 3-inch resolution.
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LiDAR of the INDNR Indiana Dunes area from the 2022 phase of the state orthoimagery project. This dataset includes imagery of the INDNR Indiana Dunes area; the images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2022 phase of the state orthoimagery project. This dataset includes imagery of the INDNR Indiana Dunes area; the images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2022 phase of the state orthoimagery project. This dataset includes imagery of the INDNR Indiana Dunes area; the images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2022 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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Imagery from the 2004 orthoimagery project conducted by Hamilton County.
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Imagery from the 2009 orthoimagery project conducted by Hamilton County in GeoTIFF format.
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Imagery from the 2008 orthoimagery project conducted by Hamilton County.
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Imagery from the 2007 orthoimagery project conducted by Hamilton County.
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Imagery from the 2007 orthoimagery project conducted by Hamilton County.
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Imagery from the 2007 orthoimagery project conducted by Hamilton County.
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Imagery from the 2009 orthoimagery project conducted by Hamilton County in MrSID format.
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Imagery from the 2009 orthoimagery project conducted by Hamilton County in JPG format.
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Imagery from the 2009 orthoimagery project for Warrick County in MrSID compressed format.
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Imagery from the 2009 orthoimagery project for Warrick County in GeoTIFF format.
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Color-infrared imagery in GeoTIFF format from the 2011 orthoimagery project for Wayne County.
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Imagery in GeoTIFF format from the 2011 orthoimagery project for Wayne County.
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Imagery in compressed ECW format from the 2008 orthoimagery project for Wayne County.
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Imagery in GeoTIFF format from the 2008 orthoimagery project for Wayne County.
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Imagery from the 2011 orthoimagery project conducted by Hamilton County.
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Orthoimagery from Monroe County's 1999 imagery project in MrSID format.
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Imagery from Monroe County's 1999 imaging project in GeoTIFF format.
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GeoTIFF images from the 2009 imagery project conducted by Spencer County.
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MrSID images from the 2009 imagery project conducted by Spencer County.
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Imagery from the 2009 project conducted by Steuben County in 2009 in MrSID format.
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Imagery from the 2009 project conducted by Steuben County in 2009 in GeoTIFF format.
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Mosaic of Steuben County derived from the 2009 imagery project conducted by Steuben County in 2009 in MrSID format.
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Digital Elevation Model files for Porter County from 2010 in IMAGINE format.
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Digital Elevation Model files for Porter County from 2010 in LAS format.
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Orthoimagery from the 2009 imaging project for White County in GeoTIFF format.
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GeoTIFF orthoimages of Monroe County from 2014.
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Compressed ECW orthoimages of Monroe County from 2014.
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Quarter Quad orthophotos from the 1992 USGS imaging program in GeoTIFF format.
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Quarter Quad orthophotos from the 1992 USGS imaging program in JPG format.
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Quarter Quad orthophotos from the 1992 USGS imaging program in MrSID format.
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Quarter Quad orthophotos from the 1992 USGS imaging program in BSQ format.
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Quarter Quad orthophotos from the 1993 USGS imaging program in GeoTIFF format.
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Quarter Quad orthophotos from the 1993 USGS imaging program in MrSID format.
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Quarter Quad orthophotos from the 1993 USGS imaging program in BSQ format.
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Quarter Quad orthophotos from the 1994 USGS imaging program in BSQ format.
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Quarter Quad orthophotos from the 1994 USGS imaging program in MrSID format.
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Quarter Quad orthophotos from the 1994 USGS imaging program in GeoTIFF format.
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Quarter Quad orthophotos from the 1992 USGS imaging program in MrSID format.
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Quarter Quad orthophotos from the 1998 USGS imaging program in GeoTIFF format.
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Quarter Quad orthophotos from the 1992 USGS imaging program in BSQ format.
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Quarter Quad orthophotos from the 1999 USGS imaging program in MrSID format.
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Quarter Quad orthophotos from the 1999 USGS imaging program in GeoTIFF format.
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Quarter Quad orthophotos from the 1999 USGS imaging program in BSQ format.
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Imagery from the 1997 orthoimagery project for Marion County in IMAGINE format.
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Imagery from the 2002 orthoimagery project for Marion County.
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Contour file derived from the 2002 imagery project for Wayne County.
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Mosaic derived from the 2002 imagery project for Wayne County in MrSID format.
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Imagery from the 2003 orthophotography project for Marion County.
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Quarter quad imagery in GeoTIFF format from the 2003 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Quarter quad imagery in MrSID 20 compressed format from the 2003 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Quarter quad imagery in MrSID Lossless format from the 2003 National Agriculture Imagery Program (NAIP), which acquires imagery during the agricultural growing seasons in the continental U.S.
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Imagery from the 2004 orthoimagery project for Marion County.
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Digital geographic representations of county boundaries and administrative features across Monroe County (2004) for use in mapping and spatial analysis applications.
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Elevation contour file displaying topography for Dearborn County (2005).
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Digital geographic representations of county boundaries and administrative features across Monroe County (2005) for use in mapping and spatial analysis applications.
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Orthoimagery in ECW format from the 2007 Marion County dataset.
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County Mosaic in MrSID format from the 2008 orthoimagery project for Harrison County.
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Digital geographic representations of county boundaries and administrative features across Monroe County (2008) for use in mapping and spatial analysis applications.
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ECW mosaics from the 2008 orthoimagery project for Wayne County.
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ECW mosaics from the 2009 orthoimagery project for Hamilton County.
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Mosaic derived from the 2009 orthoimagery project for Marion County in MrSID format.
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Digital Elevation Model files for Monroe County from 2010 in LAS format.
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Contour file derived from the 2010 orthophotography project for Monroe County.
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Orthophotography in compressed ECW format from the 2010 Monroe County project.
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Imagery in GeoTIFF format from the 2010 orthophotography project for Monroe County.
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Mosaics derived from the orthophotography project for Monroe County in 2010.
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Imagery from the 2011 orthophotography project for Hamilton County in JPG format.
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Elevation imagery in ASC format from the 2010 orthophotography project for Monroe County.
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DEM County Mosaics from the 2011 orthoimagery project for Wayne County.
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Mosaic compressed in ECW format from the 2011 orthoimagery project for Wayne County. Each archive includes both a RGB and a CIR mosaic for the provided townships as well as for the mosaic of the entire county.
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Imagery from the 2015 orthoimagery project for Miami County.
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MrSID versions of the images from the 2022 phase of the state orthoimagery project. This dataset includes imagery of the cities of Huntington, Madison-Hanover, and Shelbyville at 3-inch resolution.
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Compressed imagery from the 2007 orthoimagery project for Marion County.
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Imagery from the 2007 orthoimagery project for Marion County.
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Mosaics in MrSID format from the 2007 Marion County dataset.
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Imagery files from the 2007 orthoimagery project for Marion County.
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Orthophotos from the 2016 phase of the state orthoimagery project. This dataset includes imagery of flooding.
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Imagery in GeoTIFF 12 inch format from the 2002 orthoimagery project for Wayne County.
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Imagery in GeoTIFF 6 inch (resampled) format from the 2002 orthoimagery project for Wayne County.
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Imagery in GeoTIFF 6 inch format from the 2002 orthoimagery project for Wayne County.
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Imagery from the 2015 orthoimagery project for Allen County.
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Indianapolis Mapping and Geographic Infrastructure System (IMAGIS) provided 1st and 2nd quarter 2004 GDT data to Indiana University. Eleven counties are included: Boone, Hamilton, Hancock, Hendricks, Johnson, Madison, Marion, Morgan, Owen, Putnam, and Shelby. Dynamap/2000 is a vector based, digital, geographic database in which streets and features are represented as line segments, polygons or points.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes orthoimagery of 29 counties in GeoTIFF format.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes orthoimagery of 29 counties in MrSID format.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes orthoimagery of 29 counties in ECW format.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes orthoimagery of the City of Huntingburg and Vermillion County in ECW format at 3-inch resolution.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes orthoimagery of the City of Huntingburg and Vermillion County in MrSID format at 3-inch resolution.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project, which covers the western band of the state. This dataset includes orthoimagery of the City of Huntingburg and Vermillion County in GeoTIFF format at 3-inch resolution.
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ECW versions of the images from the 2022 phase of the state orthoimagery project. This dataset includes imagery of the cities of Huntington, Madison-Hanover, and Shelbyville at 3 inch resolution.
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GeoTIFF versions of the images from the 2022 phase of the state orthoimagery project. This dataset includes imagery of the cities of Huntington, Madison-Hanover, and Shelbyville at 3-inch resolution.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project. This dataset includes orthoimagery of the INDNR Indiana Dunes area in GeoTIFF format at 3-inch resolution.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project. This dataset includes orthoimagery of the INDNR Indiana Dunes area in ECW format at 3-inch resolution.
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RGBI orthophotos from the 2023 phase of the state orthoimagery project. This dataset includes orthoimagery of the INDNR Indiana Dunes area in MrSID format at 3-inch resolution.
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RGBI orthophotos from the 2024 phase of the state orthoimagery project. This dataset includes orthoimagery of Allen and Wayne counties in MrSID format.
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RGBI orthophotos from the 2024 phase of the state orthoimagery project. This dataset includes orthoimagery of the the City of Huntington, the City of Richmond, and Monroe County in MrSID format at 3-inch resolution.
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RGBI orthophotos from the 2024 phase of the state orthoimagery project. This dataset includes orthoimagery of Allen and Wayne counties in GeoTIFF format.
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RGBI orthophotos from the 2024 phase of the state orthoimagery project. This dataset includes orthoimagery of the City of Huntington, the City of Richmond, and Monroe County in GeoTIFF format at 3-inch resolution.
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RGBI orthophotos from the 2024 phase of the state orthoimagery project. This dataset includes orthoimagery of Allen and Wayne counties in ECW format.
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RGBI orthophotos from the 2024 phase of the state orthoimagery project. This dataset includes orthoimagery of the City of Huntington, the City of Richmond, and Monroe County in ECW format.
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Mosaics derived from the RGBI orthophotos from the 2024 phase of the state orthoimagery project. This dataset includes orthoimagery of the City of Huntington, the City of Richmond, and Monroe County at 3-inch resolution and both Allen and Wayne Counties at 6-inch resolution in ECW format.
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Imagery from the 2015 orthoimagery project for Shelby County.
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LiDAR of the INDNR Indiana Dunes area from the 2024 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2024 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2024 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2024 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2024 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2024 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.
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LiDAR of the INDNR Indiana Dunes area from the 2024 phase of the state orthoimagery project. The images are grouped into archives by quadrangles.