{"collections":null,"facets":{"geoform":{"facet":{"3D":4,"Airbrush":5,"Anaglyph":4,"Archive":3,"Collection":18,"Color":2,"Control Network":24,"Data":3,"Digital Elevation Model":55,"Document":18,"Geologic Map":245,"Global Mosaic":117,"Globe":9,"Grey Scale":7,"Image":46,"Landing Site Map":31,"Mineral Map":11,"Nomenclature":272,"Panorama":38,"Polar Map":6,"Poster":5,"Presentation":4,"Raster Data":431,"Regional Mosaic":622,"Remote-sensing Data":129,"Shaded-Relief Map":128,"Tabular Data":4,"Topographic Map":16,"Traverse Map":5,"Vector Data":242},"label":"Geo Format"},"mapprojn":{"facet":{"":18,"Equirectangular":87,"Lambert Conformal":240,"Mercator":214,"Orthographic":3,"Polar Stereographic":64,"Simple Cylindrical":206,"Sinusoidal":5,"Stereographic":2,"Transverse Mercator":222},"label":"Map Projection"},"missikey":{"facet":{"Apollo":55,"Artemis":2,"Cassini-Huygens":26,"Chandrayaan":1,"Clementine":11,"Dawn":9,"Galileo":36,"Kaguya":21,"Lunar Orbiter":4,"Lunar Reconnaissance Orbiter":168,"MESSENGER":26,"Magellan":76,"Mariner":3,"Mariner 9":12,"Mars 2020":7,"Mars Express":8,"Mars Global Surveyor":10,"Mars Odyssey":119,"Mars Reconnaissance Orbiter":58,"NEAR":2,"New Horizons":6,"OSIRIS-REx":3,"Viking":16,"Viking Lander":2,"Viking Orbiter":337,"Voyager":107},"label":"Mission"}},"page":"16","results":[{"abstract":"<b>Product Information:</b> This color mosaic is comprised of photometrically corrected I/F (radiance factor) for 3 narrow-band color filters of the Mercury Dual Imaging System (MDIS) Wide Angle Camera (WAC), placing the 1000-nm,","geoform":["Global Mosaic","Remote-sensing Data"],"name":"mercury_messenger_mdis_global_color_mosaic_665m","onlink":"https://astrogeology.usgs.gov/search/map/mercury_messenger_mdis_global_color_mosaic_665m","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/b8ad92a0-5cb2-4db9-ae66-d0ef3a747bb7/resource/22f86f44-3efe-4f87-a32f-961bfc8071c1/download/thumb.png","title":"Mercury MESSENGER MDIS Global Color Mosaic 665m"},{"abstract":"The Map Projected Low-Incidence Angle Basemap RDR (LOI) data set consists of a global monochrome map of reflectance at a resolution of 256 pixels per degree (~166 m/p). Each original map tile,","geoform":["Global Mosaic","Remote-sensing Data"],"name":"mercury_messenger_mdis_basemap_loi_global_mosaic_166m","onlink":"https://astrogeology.usgs.gov/search/map/mercury_messenger_mdis_basemap_loi_global_mosaic_166m","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/9d047a09-a10d-4e2a-865a-9b5e1b465315/resource/f43809dd-2a98-4f9b-8486-2c9835f1af8c/download/mercury_messenger_mdis_basemap_loi_mosaic_global_100.jpg","title":"Mercury MESSENGER MDIS Basemap LOI Global Mosaic 166m"},{"abstract":"The Lunar Reconnaissance Orbiter Camera (LROC) consists of one Wide Angle Camera (WAC) for synoptic multispectral imaging and two Narrow Angle Cameras (NAC) that provide high-resolution images (0.5 to 2.0 m pixel","geoform":["Digital Elevation Model"],"name":"moon_lro_south_pole_dem_shaded_relief","onlink":"https://astrogeology.usgs.gov/search/map/moon_lro_south_pole_dem_shaded_relief","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/a69be953-3299-4173-b771-1f79ca1a07e1/resource/1211c338-6e57-4ad5-b9d8-d6026611b707/download/thumb.png","title":"Moon LRO South Pole DEM Shaded Relief"},{"abstract":"<b>Product Information:</b> This set of archive volumes contains digital scanned versions of original film photographs of rock, soil, and core samples collected from the lunar surface during the Apollo 11, 12, 14,","geoform":["Archive","Image"],"name":"moon_apollo_lunar_sample_photographs","onlink":"https://astrogeology.usgs.gov/search/map/moon_apollo_lunar_sample_photographs","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/5a02c7c7-90ae-412e-953a-dd6df1bae0e8/resource/384727fa-8f9d-4a7d-9a5a-132a5c5daa75/download/thumb.png","title":"Moon Apollo Lunar Sample Photographs"},{"abstract":"<b>Product Information:</b> This product represents a near-global lunar topography from stereo image data acquired by the Wide-angle Camera (WAC) of the Lunar Reconnaissance Orbiter Camera (LROC) system (Robinson et al., 2010). From","geoform":["Remote-sensing Data","Shaded-Relief Map","Topographic Map"],"name":"moon_lroc_wac_gld100_colorshade_79s79n_118m","onlink":"https://astrogeology.usgs.gov/search/map/moon_lroc_wac_gld100_colorshade_79s79n_118m","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/703d1e3b-ea84-4aee-aafb-63428939e5dd/resource/55ca5caf-f608-4c63-8be9-cf7d485c18f2/download/lunar_lroc_wac_gld100_clrshade_79s79n_100.jpg","title":"Moon LROC WAC GLD100 ColorShade 79S79N 118m"},{"abstract":"The Lunar Reconnaissance Orbiter Camera (LROC) consists of one Wide Angle Camera (WAC) for synoptic multispectral imaging and two Narrow Angle Cameras (NAC) that provide high-resolution images (0.5 to 2.0 m pixel","geoform":["Document"],"name":"moon_lro_south_pole_dem_from_narrow_angle_camera","onlink":"https://astrogeology.usgs.gov/search/map/moon_lro_south_pole_dem_from_narrow_angle_camera","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/a0bf8e37-6c28-48e1-a381-ee2b91f7f613/resource/3c76fc50-a6f5-4772-a9ec-63b8aeada88f/download/thumb.png","title":"Moon LRO South Pole DEM from Narrow Angle Camera"},{"abstract":"<b>Product Information:</b> This near-global mosaic was generated using data from the SELenological and Engineering Explorer (SELENE) \u00e2\u0080\u009cKaguya\u00e2\u0080\u009d Terrain Camera (TC) instrument. TC source data originated as map-projected tiles at ~10 meters per","geoform":["Global Mosaic","Grey Scale","Image","Raster Data"],"name":"moon_selene_kaguya_tc_global_orthomosaic_474m","onlink":"https://astrogeology.usgs.gov/search/map/moon_selene_kaguya_tc_global_orthomosaic_474m","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/62b3b6d8-6037-449b-bee6-b4b577299738/resource/8a15bd6e-12c2-4289-adaa-8bde213567ea/download/thumb.png","title":"Moon SELENE Kaguya TC Global Orthomosaic 474m"},{"abstract":"In 2003-2005, the USGS worked under the guidance of NASA's Mars Critical Data Products Initiative to conduct research on how controlled large area or global 2001 Mars Odyssey THEMIS IR image mosaics","geoform":["Regional Mosaic"],"name":"meridiani_plnum_mer_landing_site_ellipse_themis_ir_mosaic","onlink":"https://astrogeology.usgs.gov/search/map/meridiani_plnum_mer_landing_site_ellipse_themis_ir_mosaic","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/17c6ebe2-1568-4442-9f33-d092aa62c025/resource/adb90dd9-bbf1-4566-ad9a-aa84afe3af49/download/thumb.png","title":"Meridiani Plnum MER Landing Site Ellipse THEMIS IR Mosaic"},{"abstract":"The 1:5,000,000-scale, Mariner-9 geological maps were the first to divide mars into 30 discrete latitudinal and longitudinal areas called the \u00e2\u0080\u0098Mars Charts\u00e2\u0080\u0099 (MCs) (Skinner et al., 2006, Gaither et al., 2015; Batson,","geoform":["Geologic Map","Vector Data"],"name":"mars_mariner_9_5m_quads_gis_conversion","onlink":"https://astrogeology.usgs.gov/search/map/mars_mariner_9_5m_quads_gis_conversion","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/e8f0a803-14b0-4141-8717-bb8793543d5b/resource/d8ef3805-1add-447b-9210-6c50c1ccbc0a/download/mariner9_geology_globalview_100.jpg","title":"Mars Mariner 9 5M Quads GIS Conversion"},{"abstract":"NASA's Mars Global Surveyor spacecraft contained the Mars Orbiter Camera, which had a wide-angle (MOC-WA) system sensitive to narrow, 50 nm-wide ranges of purple ('blue') and orange ('red') light. In various combinations","geoform":["Image","Raster Data","Remote-sensing Data"],"name":"mars_year_24_28_moc_wa_red_and_blue_2023","onlink":"https://astrogeology.usgs.gov/search/map/mars_year_24_28_moc_wa_red_and_blue_2023","pubdate":null,"thumb":"https://astrogeology.usgs.gov/ckan/dataset/96c0c5f4-bfd9-42d7-b9e6-b9a968f33e4d/resource/dfbf2edb-2f52-4be5-8955-d73e74fcb606/download/my28_red_ls02_034_eq_75_100.jpg","title":"Mars Year 24-28 MOC WA Red and Blue 2023"}],"title":"","total":1643}