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Images

Peruse our selection of remote sensing and Earth science imagery below.

Filter Total Items: 681
A photo of a truck being loaded with cut trees
Forest Cutting in Ouachita Mountains
Forest Cutting in Ouachita Mountains
Forest Cutting in Ouachita Mountains

Clearcutting in a forest in the Ouachita Mountains of Arkansas and Oklahoma.  Heavy machinery is being used to cut trees and haul lumber away to another location. 

Clearcutting in a forest in the Ouachita Mountains of Arkansas and Oklahoma.  Heavy machinery is being used to cut trees and haul lumber away to another location. 

Maps and a photograph of how the RCMAP product is made.
Rangeland Monitoring, Assessment, and Projection (RCMAP) provides critical information on subtle vegetation changes in western US rangelands.
Rangeland Monitoring, Assessment, and Projection (RCMAP) provides critical information on subtle vegetation changes in western US rangelands.
Rangeland Monitoring, Assessment, and Projection (RCMAP) provides critical information on subtle vegetation changes in western US rangelands.

Rangeland managers need information on the current vegetation condition and how the landscape has changed through time. To address this need, scientsist from the USGS and Bureau of Land Management (BLM) developed the Rangeland Condition Monitoring Assessment and Projection (RCMAP) project. These data classify U.S.

Rangeland managers need information on the current vegetation condition and how the landscape has changed through time. To address this need, scientsist from the USGS and Bureau of Land Management (BLM) developed the Rangeland Condition Monitoring Assessment and Projection (RCMAP) project. These data classify U.S.

A map depicting the 5000 random sample plots used the Annual NLCD Collection 1.0 accuracy assessment.
Spatial Distributions of Reference Sample
Spatial Distributions of Reference Sample
Spatial Distributions of Reference Sample

To assess the accuracy of Annual NLCD, Collection 1.0, a team of image interpreters review Landsat imagery, high resolution aerial photography, and other supporting data to make annual land cover classifications for thousands of 30-meter by 30-meter plot locations for the full 1985-2023 time series. This process is broken down into two phases.

To assess the accuracy of Annual NLCD, Collection 1.0, a team of image interpreters review Landsat imagery, high resolution aerial photography, and other supporting data to make annual land cover classifications for thousands of 30-meter by 30-meter plot locations for the full 1985-2023 time series. This process is broken down into two phases.

A Map of the Annual NLCD Land Cover Change Project
Annual NLCD Land Cover Change Project
Annual NLCD Land Cover Change Project
Annual NLCD Land Cover Change Project

A map generated by 2023 Annual National Land Cover Database (Annual NLCD) depicting the different land cover classes.

A map generated by 2023 Annual National Land Cover Database (Annual NLCD) depicting the different land cover classes.

Landsat images of the Park Fire in northern California July 2024
Landsat Images of the Park Fire, July 2024
Landsat Images of the Park Fire, July 2024
Landsat Images of the Park Fire, July 2024

The Park Fire north of Sacramento in California forced thousands of residents to evacuate in late July as it spread to over 370,000 acres. The fire started on July 24th. Landsat 8 captured an image of the fire two days later.

The Park Fire north of Sacramento in California forced thousands of residents to evacuate in late July as it spread to over 370,000 acres. The fire started on July 24th. Landsat 8 captured an image of the fire two days later.

GIF of cumulative number of Landsat Scenes
Cumulative Number of Landsat Scenes
Cumulative Number of Landsat Scenes
Cumulative Number of Landsat Scenes

The USGS Landsat archive holds over fifty years of Earth-Observing satellite data. This animation displays the cumulative number of Landsat scenes since 1972. The colors on the maps show the density of the number of Landsat Level-1 products. 

The USGS Landsat archive holds over fifty years of Earth-Observing satellite data. This animation displays the cumulative number of Landsat scenes since 1972. The colors on the maps show the density of the number of Landsat Level-1 products. 

JACIE 2025 Workshop Save the Date
JACIE 2025 Workshop Save the Date
JACIE 2025 Workshop Save the Date
JACIE 2025 Workshop Save the Date

JACIE 2025 will be held April 7 - 11, 2025 at USGS Headquarters in Reston, Virginia. 

Annual JACIE Workshops are sponsored by government agencies and allow remote sensing experts to discuss system capabilities, calibration, and the impacts of data quality on various applications. 

Highlights of JACIE Workshops include:

JACIE 2025 will be held April 7 - 11, 2025 at USGS Headquarters in Reston, Virginia. 

Annual JACIE Workshops are sponsored by government agencies and allow remote sensing experts to discuss system capabilities, calibration, and the impacts of data quality on various applications. 

Highlights of JACIE Workshops include:

Landsat 9 image of the Phoenix Metropolitan Area - The Valley of the Sun
Landsat 9 Image of Phoenix Metropolitan Area
Landsat 9 Image of Phoenix Metropolitan Area
Landsat 9 Image of Phoenix Metropolitan Area

The Phoenix, Arizona metropolitan area, also known as the Valley of the Sun, is comprised of more than 14,600 square miles and is considered the largest metropolitan area in the southwestern United States. The desert climate and abundant sunshine of the area are main factors in population growth and urban sprawl. 

The Phoenix, Arizona metropolitan area, also known as the Valley of the Sun, is comprised of more than 14,600 square miles and is considered the largest metropolitan area in the southwestern United States. The desert climate and abundant sunshine of the area are main factors in population growth and urban sprawl. 

Railroad Valley Playa
Railroad Valley Playa
Railroad Valley Playa
Railroad Valley Playa

The Railroad Valley Playa, located in east central Nevada, measures about 80 miles long and nearly 20 miles wide, and is a vast and wide-open landscape. 

The Railroad Valley Playa, located in east central Nevada, measures about 80 miles long and nearly 20 miles wide, and is a vast and wide-open landscape. 

Landsat 8 image from June 24, 2024, showing the floods that affected Union County, South Dakota, & Plymouth County, Iowa
South Dakota Floods, June 24, 2024 - Union County, South Dakota, and Plymouth County, Iowa
South Dakota Floods, June 24, 2024 - Union County, South Dakota, and Plymouth County, Iowa
South Dakota Floods, June 24, 2024 - Union County, South Dakota, and Plymouth County, Iowa

Landsat 8 image acquired on June 24, 2024, showing the floods that affected Union County, South Dakota, and Plymouth County, Iowa. A multi-day heavy rainfall event in South Dakota, Iowa, and Minnesota led to widespread flooding across the region.

Landsat 8 image acquired on June 24, 2024, showing the floods that affected Union County, South Dakota, and Plymouth County, Iowa. A multi-day heavy rainfall event in South Dakota, Iowa, and Minnesota led to widespread flooding across the region.

Landsat 8 image from June 24, 2024, showing the floods that affected South Dakota and Iowa
South Dakota Floods, June 24, 2024
South Dakota Floods, June 24, 2024
South Dakota Floods, June 24, 2024

Landsat 8 image acquired on June 24, 2024, showing the floods that affected South Dakota and Iowa. A multi-day heavy rainfall event in South Dakota, Iowa, and Minnesota led to widespread flooding across the region.

Landsat 8 image acquired on June 24, 2024, showing the floods that affected South Dakota and Iowa. A multi-day heavy rainfall event in South Dakota, Iowa, and Minnesota led to widespread flooding across the region.

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.

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.

Norwegian Ambassador Touring USGS EROS
Norwegian Ambassador Touring USGS EROS
Norwegian Ambassador Touring USGS EROS
Norwegian Ambassador Touring USGS EROS

Norwegian Ambassador, Anniken Krutnes, learns about the Landsat Satellite Program history on a tour of USGS EROS.

Norwegian Ambassador, Anniken Krutnes, learns about the Landsat Satellite Program history on a tour of USGS EROS.

Norwegian Ambassador overlooking the Landsat Satellite Receiving Antenna
Norwegian Ambassador overlooking the Landsat Satellite Receiving Antenna
Norwegian Ambassador overlooking the Landsat Satellite Receiving Antenna
Norwegian Ambassador overlooking the Landsat Satellite Receiving Antenna

Norwegian Ambassador, Anniken Krutnes, overlooks the radome that houses the Landsat receiving antenna during her visit to EROS.

Norwegian Ambassador, Anniken Krutnes, overlooks the radome that houses the Landsat receiving antenna during her visit to EROS.

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 upcoming Landsat Next mission.

The U.S. Geological Survey and German Aerospace Center (Deutsches Zentrum für Luft-und Raumfahrt  or DLR sign statement for plans to continue partnership with the upcoming Landsat Next satellite 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 and German Aerospace Center sign statement of intent for Landsat Next mission.

USGS and German Aerospace Center sign statement of intent for upcoming Landsat Next mission.

(Left to Right): Head of the DLR Space Division Dr. Anke Pagels-Kerp and USGS Deputy Director-Operations Cindy Lodge.

USGS and German Aerospace Center sign statement of intent for upcoming Landsat Next mission.

(Left to Right): Head of the DLR Space Division Dr. Anke Pagels-Kerp and USGS Deputy Director-Operations Cindy Lodge.

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. 

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.