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Core Science Systems images.

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Lidar Point Cloud of Delicate Arch at Arches National Park
Lidar Point Cloud of Delicate Arch at Arches National Park
Lidar Point Cloud of Delicate Arch at Arches National Park
Lidar Point Cloud of Delicate Arch at Arches National Park

3D Rendering of lidar point cloud over Delicate Arch. From USGS_LPC_UT_FEMA_FS_FlamingGorge_2020_B20_12SXH300885.laz. Delicate Arch at Arches National Park in Moab, Utah with a green to gray color ramp symbology with green representing low elevation, and gray representing high elevation

3D Rendering of lidar point cloud over Delicate Arch. From USGS_LPC_UT_FEMA_FS_FlamingGorge_2020_B20_12SXH300885.laz. Delicate Arch at Arches National Park in Moab, Utah with a green to gray color ramp symbology with green representing low elevation, and gray representing high elevation

Color Landsat 8 image of South Dakota
South Dakota Landsat 8 Mosaic
South Dakota Landsat 8 Mosaic
South Dakota Landsat 8 Mosaic

South Dakota is home to the fabled “Black Hills.” Seen from a distance, these pine-covered hills, rising several thousand feet above the surrounding prairie, appear black.

South Dakota is home to the fabled “Black Hills.” Seen from a distance, these pine-covered hills, rising several thousand feet above the surrounding prairie, appear black.

3D Hydrography Program data for Canyon Creek watershed
Canyon Creek Watershed 3DHP
Canyon Creek Watershed 3DHP
Canyon Creek Watershed 3DHP

Figure 2. Image showing 3D Hydrography Program data for Canyon Creek watershed, Oregon. The colors indicate elevation from low (blue) to high (brown). Both the colors within the watershed and the shaded relief surrounding the watershed are based on data from the 3D Elevation Program.

Figure 2. Image showing 3D Hydrography Program data for Canyon Creek watershed, Oregon. The colors indicate elevation from low (blue) to high (brown). Both the colors within the watershed and the shaded relief surrounding the watershed are based on data from the 3D Elevation Program.

3DEP Map FY24 Partnerships and DCA Projects
3DEP Map FY24 Partnerships and DCA Projects
3DEP Map FY24 Partnerships and DCA Projects
3DEP Map FY24 Partnerships and DCA Projects

This map of the United States and its territories shows geographic extent of completion of the first-ever national baseline of consistent high-resolution elevation data - both bare earth and 3D point clouds.

This map of the United States and its territories shows geographic extent of completion of the first-ever national baseline of consistent high-resolution elevation data - both bare earth and 3D point clouds.

Landsat 8 Image of Ayon Island
Landsat 8 Image of Ayon Island
Landsat 8 Image of Ayon Island
Landsat 8 Image of Ayon Island

Landsat 8's Operational Land Imager (OLI) captured this icy view of Ayon Island on June 17, 2024. The island's low-lying tundra and the shorelines create a picturesque view from its high latitude location in the East Siberian Sea. This unique polar landmass is separated from the mainland by the Malyy Chaunskiy Strait.

Landsat 8's Operational Land Imager (OLI) captured this icy view of Ayon Island on June 17, 2024. The island's low-lying tundra and the shorelines create a picturesque view from its high latitude location in the East Siberian Sea. This unique polar landmass is separated from the mainland by the Malyy Chaunskiy Strait.

Map of Arizona National Scenic Trail.
Map of Arizona National Scenic Trail over USGS Topo Basemap.
Map of Arizona National Scenic Trail over USGS Topo Basemap.
Map of Arizona National Scenic Trail over USGS Topo Basemap.

This is a 1:2,000,000-scale map of Arizona with the entire Arizona National Scenic Trail shown in red. The basemap is the USGS Topo basemap taken from USGS The National Map. 

topoBuilder select a map screen.
Using topoBuilder screenshot, select a map screen.
Using topoBuilder screenshot, select a map screen.
Using topoBuilder screenshot, select a map screen.

Screenshot showing the use of the topoBuilder application to create on demand topographic maps. Step one select a map.

Using topoBuilder screenshot, edit cart screen.
Using topoBuilder screenshot, edit cart screen.
Using topoBuilder screenshot, edit cart screen.
Using topoBuilder screenshot, edit cart screen.

Screenshot showing the use of the topoBuilder application to create on demand topographic maps. Edit cart.

Using topoBuilder screenshot, edit map.
Using topoBuilder screenshot, edit map.
Using topoBuilder screenshot, edit map.
Using topoBuilder screenshot, edit map.

Screenshot showing the use of the topoBuilder application to create on demand topographic maps, edit map.

Topo map showing Grand Canyon National Park to Kaibab National Forest.
100K Topo map showing Grand Canyon National Park to Kaibab National Forest.
100K Topo map showing Grand Canyon National Park to Kaibab National Forest.
100K Topo map showing Grand Canyon National Park to Kaibab National Forest.

This is a close-up of a 1:100,000-scale topographic map (100K Topo) of the Arizona National Scenic Trail (AZ NST) from the Kaibab Plateau at top to the Grand Canyon North Rim at bottom. The AZ NST is highlighted in red. This map shows contour lines, hydrography, landform names, land cover, federal lands, roads, and structures. 

This is a close-up of a 1:100,000-scale topographic map (100K Topo) of the Arizona National Scenic Trail (AZ NST) from the Kaibab Plateau at top to the Grand Canyon North Rim at bottom. The AZ NST is highlighted in red. This map shows contour lines, hydrography, landform names, land cover, federal lands, roads, and structures. 

Satellite image showing the Beaufort Sea and a small slice of coast by Prudhoe Bay
Landsat 9 View of Beaufort Sea Melt Ponds
Landsat 9 View of Beaufort Sea Melt Ponds
Landsat 9 View of Beaufort Sea Melt Ponds

This Landsat 9 image from June 13, 2024, shows the Beaufort Sea near Prudhoe Bay, Alaska, using the Shortwave Infrared, Near Infrared, and Reds (Band 6|5|4), and sharpened with the with Panchromatic band (Band 8). The cyan tones highlight sea ice and melt ponds, while the red areas represent land and vegetation.

This Landsat 9 image from June 13, 2024, shows the Beaufort Sea near Prudhoe Bay, Alaska, using the Shortwave Infrared, Near Infrared, and Reds (Band 6|5|4), and sharpened with the with Panchromatic band (Band 8). The cyan tones highlight sea ice and melt ponds, while the red areas represent land and vegetation.

The Legacy of Landsat 7 — Citations in Policy & Publications
The Legacy of Landsat 7 — Citations in Policy & Publications
The Legacy of Landsat 7 — Citations in Policy & Publications
The Legacy of Landsat 7 — Citations in Policy & Publications

For 25 years, the Landsat 7 satellite acquired millions of images of Earth that supported studies of how land is used and how it has changed across urban, agriculture, forest, snow and ice-covered areas around the globe, as well as natural and manmade disasters. 

For 25 years, the Landsat 7 satellite acquired millions of images of Earth that supported studies of how land is used and how it has changed across urban, agriculture, forest, snow and ice-covered areas around the globe, as well as natural and manmade disasters. 

STATEMP Partners
STATEMAP Partners
STATEMAP Partners
STATEMAP Partners

STATEMAP Partners gather in Park City Utah during the annual meeting of the Association of American State Geologists 

STATEMAP Partners gather in Park City Utah during the annual meeting of the Association of American State Geologists 

Photo of USGS and German Aerospace Center sign statement of intent for upcoming Landsat Next mission.
USGS and German Aerospace Center sign statement of intent for upcoming Landsat Next mission.
USGS and German Aerospace Center sign statement of intent for upcoming Landsat Next mission.
USGS and German Aerospace Center sign statement of intent for Landsat Next mission.
USGS and German Aerospace Center sign statement of intent for Landsat Next mission.
USGS and German Aerospace Center sign statement of intent for Landsat Next mission.
USGS Deputy Director-Operations Cindy Lodge with DLR’s German Remote Sensing Data Center (DFD) Director professor Stefan Dech
USGS Deputy Director-Operations Cindy Lodge with DLR’s German Remote Sensing Data Center (DFD) Director professor Stefan Dech.
USGS Deputy Director-Operations Cindy Lodge with DLR’s German Remote Sensing Data Center (DFD) Director professor Stefan Dech.
USGS Deputy Director-Operations Cindy Lodge with DLR’s German Remote Sensing Data Center (DFD) Director professor Stefan Dech.

USGS Deputy Director-Operations Cindy Lodge shown here with DLR’s German Remote Sensing Data Center (DFD) Director professor Stefan Dech at DLR’s Earth Observation Center in Oberpfaffenhofen finalizing the signatures on the statement of intent for the upcoming Landsat Next mission. 

Satellite Image of a crater
2024 Landsat Image of Batagaika Crater
2024 Landsat Image of Batagaika Crater
2024 Landsat Image of Batagaika Crater

Sometimes described as resembling a stingray or a tadpole, the Batagaika Crater is a widening chasm in Siberia and the world’s largest permafrost crater.

Sometimes described as resembling a stingray or a tadpole, the Batagaika Crater is a widening chasm in Siberia and the world’s largest permafrost crater.

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