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These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
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These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
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The High Resolution National Hydrography Dataset Plus (NHDPlus HR) is an integrated set of geospatial data layers, including the best available National Hydrography Dataset (NHD), the 10-meter 3D Elevation Program Digital Elevation Model (3DEP DEM), and the National Watershed Boundary Dataset (WBD). The NHDPlus HR combines the NHD, 3DEP DEMs, and WBD to create a stream network with linear referencing, feature naming, "value added attributes" (VAAs), elevation-derived catchments, and other features for hydrologic data analysis. The stream network with linear referencing is a system of data relationships applied to hydrographic systems so that one stream reach "flows" into another and "events" can be tied to and traced...
Types: Citation; Tags: McLean County, geographic information systems, National Hydrography Dataset (NHD), watersheds, geoscientific, All tags...
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These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.
thumbnail
These data are orthorectified radar intensity images (ORI) derived from interferometric synthetic aperture radar (ifsar) data. An ORI is a high-resolution image derived from ifsar which has geometric distortions removed. Unlike optical imagery, ifsar can be collected in cloudy conditions. The USGS performs minimal quality assurance and no reprocessing of the ORI data. USGS distributes the ORI data as received from the contractors, partners or contributing entities.


map background search result map search result map USGS Land Cover - Woodland for Arkansas 20170812 State or Territory FileGDB 10.1 USGS Land Cover - Woodland for Mississippi 20160519 State or Territory Shapefile USGS Land Cover - Woodland for Puerto Rico 20160519 State or Territory FileGDB 10.1 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D6-L4-C37 2013 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D6-L4-C64 2013 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D6-L4-C89 2013 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-DEM6-Lot1B-C111 2012 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK IFSAR-DEM6-Lot1B-C138 2012 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK IFSAR-NRCS-L2-C258 2012 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-UpperSE-Lot2-C318 2012 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK Ifsar-Mid-Acc-D2L3-C377 2012 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK Mid-Accuracy CarryOver-C92 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK Mid-Accuracy CarryOver-C118 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK Mid-Accuracy CarryOver-C119 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D5-L1-C154 2012 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D5-L2-C132 2012 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D5-L3-C157 2012 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-Chugach-c282 2016 TIFF 2017 USGS NED Orthorectified Radar Intensity Image AK Kenai-L2-c307 2014 TIFF 2017 USGS National Hydrography Dataset Plus High Resolution (NHDPlus HR) for HU4-0901 (Subregion) Publication Date 20170907 HU-4 Subregion USGS NED Orthorectified Radar Intensity Image AK IFSAR-D5-L1-C154 2012 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK Kenai-L2-c307 2014 TIFF 2017 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D5-L3-C157 2012 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-DEM6-Lot1B-C111 2012 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D6-L4-C37 2013 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-DEM6-Lot1B-C138 2012 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D6-L4-C89 2013 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D6-L4-C64 2013 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-Chugach-c282 2016 TIFF 2017 USGS NED Orthorectified Radar Intensity Image AK Mid-Accuracy CarryOver-C118 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK Mid-Accuracy CarryOver-C92 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK Mid-Accuracy CarryOver-C119 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-D5-L2-C132 2012 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-NRCS-L2-C258 2012 TIFF 2015 USGS NED Orthorectified Radar Intensity Image AK IFSAR-UpperSE-Lot2-C318 2012 TIFF 2016 USGS NED Orthorectified Radar Intensity Image AK Ifsar-Mid-Acc-D2L3-C377 2012 TIFF 2016 USGS Land Cover - Woodland for Puerto Rico 20160519 State or Territory FileGDB 10.1 USGS National Hydrography Dataset Plus High Resolution (NHDPlus HR) for HU4-0901 (Subregion) Publication Date 20170907 HU-4 Subregion USGS Land Cover - Woodland for Mississippi 20160519 State or Territory Shapefile USGS Land Cover - Woodland for Arkansas 20170812 State or Territory FileGDB 10.1