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Images

The National Land Imaging Program supports a variety of geospatial data programs and projects, including the USGS Landsat Program. Browse the images below to see some of the imagery produced using NLI-supported data sources.

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Landsat satellite image showing flooding along rivers and areas in the Lake Eyre basin, Australia
Landsat image displays recent flooding in the Lake Eyre Basin
Landsat image displays recent flooding in the Lake Eyre Basin
Landsat image displays recent flooding in the Lake Eyre Basin

In April 2025, significant flooding occurred in an area of the Lake Eyre Basin in Southern Australia and Queensland states in Australia. 

The Landsat 8 and Landsat 9 satellites both passed over the area and captured the dramatic imagery used in this mosaic of the area. 

In April 2025, significant flooding occurred in an area of the Lake Eyre Basin in Southern Australia and Queensland states in Australia. 

The Landsat 8 and Landsat 9 satellites both passed over the area and captured the dramatic imagery used in this mosaic of the area. 

illustration of a Landsat satellite over the United States
Landsat's View of the USA image
Landsat's View of the USA image
Landsat's View of the USA image

How does your state use Landsat satellite data?  Visit the Landsat’s View of the USA webpage to find how Landsat benefits each of United States. You can download a satellite image, put together an online puzzle, or read a USGS Fact Sheet for your selected state!

How does your state use Landsat satellite data?  Visit the Landsat’s View of the USA webpage to find how Landsat benefits each of United States. You can download a satellite image, put together an online puzzle, or read a USGS Fact Sheet for your selected state!

Animation showing flooding in South Australia
Flooding at the Cullyamurra Waterhole April 2025
Flooding at the Cullyamurra Waterhole April 2025
Flooding at the Cullyamurra Waterhole April 2025

In April 2025, the Cullyamurra Waterhole, along the Cooper River in South Australia, reached a water level of 13.39 meters. This surpassed the 1974 record of 11.85 meters. 

In April 2025, the Cullyamurra Waterhole, along the Cooper River in South Australia, reached a water level of 13.39 meters. This surpassed the 1974 record of 11.85 meters. 

a satellite image of a river's tributaries flowing into Lake St. Clair, Michigan
Lake St. Clair
Lake St. Clair
Lake St. Clair

Lake St. Clair is a freshwater lake that lies between the State of Michigan and Ontario, Canada. Sometimes it is referred to as “the sixth Great Lake". Lake St. Clair is smaller and shallower than the Great Lakes with a surface area of only 430 square miles and an average depth of 11 feet.

Lake St. Clair is a freshwater lake that lies between the State of Michigan and Ontario, Canada. Sometimes it is referred to as “the sixth Great Lake". Lake St. Clair is smaller and shallower than the Great Lakes with a surface area of only 430 square miles and an average depth of 11 feet.

picture of JACIE 2025 in person attendees
JACIE 2025 Attendees
JACIE 2025 Attendees
JACIE 2025 Attendees

The JACIE 2025 Workshop in-person attendees are shown in this picture. The Workshop was held April 7-11, 2025. 

EarthNow! Viewer
EarthNow! Viewer
EarthNow! Viewer
EarthNow! Viewer

The EarthNow! Landsat Image Viewer displays imagery in near real-time as Landsat satellites orbit the Earth. Along with the near real-time video stream, EarthNow! also replays acquisition recordings from previous Landsat overpasses. When Landsat satellites are out of viewing range of a ground station, the most recent overpass is displayed.

The EarthNow! Landsat Image Viewer displays imagery in near real-time as Landsat satellites orbit the Earth. Along with the near real-time video stream, EarthNow! also replays acquisition recordings from previous Landsat overpasses. When Landsat satellites are out of viewing range of a ground station, the most recent overpass is displayed.

Landsat 8 image of an area of the east central portion of the United States on March 22, 2025, before flooding
March 2025 Before Flooding in the US
March 2025 Before Flooding in the US
March 2025 Before Flooding in the US

This Landsat 8 image shows an area of the east central portion of the United States on March 22, 2025. The muted hues of tan pocked with some green areas indicate vegetation awakening from winter dormancy, and the reservoirs and waterways are well within their banks. 

This Landsat 8 image shows an area of the east central portion of the United States on March 22, 2025. The muted hues of tan pocked with some green areas indicate vegetation awakening from winter dormancy, and the reservoirs and waterways are well within their banks. 

Landsat 8 image of any area in the east central portion of the United States showing flooding April 7, 2025
April 2025 Flooding in the US
April 2025 Flooding in the US
April 2025 Flooding in the US

Powerful storms containing heavy rains caused major flooding to areas in the east central portion of the United States in early April 2025. Some communities in Kentucky saw more than 15 inches of rain, according to the National Weather Service.

Powerful storms containing heavy rains caused major flooding to areas in the east central portion of the United States in early April 2025. Some communities in Kentucky saw more than 15 inches of rain, according to the National Weather Service.

Satellite image of the Strait of Belle Isle showing L’Anse-au-Loup and Flowers Cove
Landsat View of the Strait of Belle Isle, Canada
Landsat View of the Strait of Belle Isle, Canada
Landsat View of the Strait of Belle Isle, Canada

This Landsat 9 image of the Strait of Belle Isle, acquired April 8, 2025, uses the shortwave infrared, near infrared, and red spectral bands (bands 6,5,4) to highlight land cover. In this combination, healthy vegetation appears bright green, snow and ice appear in shades of cyan and blue, and water appears dark.

This Landsat 9 image of the Strait of Belle Isle, acquired April 8, 2025, uses the shortwave infrared, near infrared, and red spectral bands (bands 6,5,4) to highlight land cover. In this combination, healthy vegetation appears bright green, snow and ice appear in shades of cyan and blue, and water appears dark.

a satellite image showing shades of brown and green
Landsat View of Central Germany and the Harz Mountains
Landsat View of Central Germany and the Harz Mountains
Landsat View of Central Germany and the Harz Mountains

This Landsat 9 image highlights central Germany, including the Harz Mountains to the west and the cities of Magdeburg and Leipzig. The scene uses a shortwave infrared, near-infrared, and red band combination (Bands 6, 5, 4), which enhances vegetation in bright green and helps distinguish urban areas and water features.

This Landsat 9 image highlights central Germany, including the Harz Mountains to the west and the cities of Magdeburg and Leipzig. The scene uses a shortwave infrared, near-infrared, and red band combination (Bands 6, 5, 4), which enhances vegetation in bright green and helps distinguish urban areas and water features.

Satellite image of the Colorado River delta and the Gulf of California near San Luis Río Colorado, Mexico.
Landsat View of the Colorado River Delta and Gulf of California
Landsat View of the Colorado River Delta and Gulf of California
Landsat View of the Colorado River Delta and Gulf of California

This Landsat 9 image of northwestern Mexico, acquired March 30, 2025, uses the natural color combination of red, green, and blue spectral bands (bands 4,3,2). The scene highlights the Colorado River Delta, where desert meets irrigated farmland near San Luis Río Colorado, before flowing into the blue-green waters of the Gulf of California.

This Landsat 9 image of northwestern Mexico, acquired March 30, 2025, uses the natural color combination of red, green, and blue spectral bands (bands 4,3,2). The scene highlights the Colorado River Delta, where desert meets irrigated farmland near San Luis Río Colorado, before flowing into the blue-green waters of the Gulf of California.

Tongariro National Park’s Volcanic Massif
Tongariro National Park’s Volcanic Massif
Tongariro National Park’s Volcanic Massif
Tongariro National Park’s Volcanic Massif

This Landsat 8 image displays the massif of the three active volcanoes that dominate Tongariro National Park, on New Zealand’s North Island.

Landsat mosaic of Fort Peck Lake in Montana, showing an icy and snowy landscape.
Landsat Mosaic of Fort Peck Lake, Montana
Landsat Mosaic of Fort Peck Lake, Montana
Landsat Mosaic of Fort Peck Lake, Montana

Fort Peck Lake, a sprawling reservoir formed by the Fort Peck Dam on the Missouri River, lies in the eastern prairie region of Montana near the city of Glasgow. According to the U.S.

Fort Peck Lake, a sprawling reservoir formed by the Fort Peck Dam on the Missouri River, lies in the eastern prairie region of Montana near the city of Glasgow. According to the U.S.

Natural color Landsat 8 image of Mount Etna in Italy, showing layers of ash on the snow-capped volcano
Natural Color Landsat 8 Image of Mount Etna
Natural Color Landsat 8 Image of Mount Etna
Natural Color Landsat 8 Image of Mount Etna

Mount Etna is Europe’s largest and most active volcano. Located on the eastern coast of Sicily, Italy, in the province of Catania, the active stratovolcano is known for its frequent and persistent eruptions. Activity can range from explosive eruptions to lava flows and ash emissions.

Mount Etna is Europe’s largest and most active volcano. Located on the eastern coast of Sicily, Italy, in the province of Catania, the active stratovolcano is known for its frequent and persistent eruptions. Activity can range from explosive eruptions to lava flows and ash emissions.

Spatial Resolution Digital Imagery Guideline
Spatial Resolution Digital Imagery Guideline
Spatial Resolution Digital Imagery Guideline
Spatial Resolution Digital Imagery Guideline

This Spatial Resolution Digital Imagery Guideline was developed by Innovative and Imaging Research (I2R) for the USGS. This guide demonstrates how certain image specification parameters affect spatial resolution.

This Spatial Resolution Digital Imagery Guideline was developed by Innovative and Imaging Research (I2R) for the USGS. This guide demonstrates how certain image specification parameters affect spatial resolution.

Number of Landsat Citations
Landsat Citations
Landsat Citations
Landsat Citations

This graphic below displays the number of Landsat-related publications (orange line) starting in 1970. While publications decreased during the Commercialization Era, research rebounded greatly after the USGS open data policy decision in 2008.

This graphic below displays the number of Landsat-related publications (orange line) starting in 1970. While publications decreased during the Commercialization Era, research rebounded greatly after the USGS open data policy decision in 2008.

Landsat Level-1 Mosaic of the Chesapeake Bay
Landsat Mosaic of the Chesapeake Bay
Landsat Mosaic of the Chesapeake Bay
Landsat Mosaic of the Chesapeake Bay

The Chesapeake Bay is the largest estuary in the United States. Located in the Mid-Atlantic region of the East Coast, it runs north-south from the mouth of the Susquehanna River near Havre de Grace, Maryland, to the Atlantic Ocean near Virginia Beach, Virginia.

The Chesapeake Bay is the largest estuary in the United States. Located in the Mid-Atlantic region of the East Coast, it runs north-south from the mouth of the Susquehanna River near Havre de Grace, Maryland, to the Atlantic Ocean near Virginia Beach, Virginia.

Annual NLCD map of the Chesapeake Bay region, showing the extent of the Bay and major urban areas
Annual NLCD for the Chesapeake Bay Region
Annual NLCD for the Chesapeake Bay Region
Annual NLCD for the Chesapeake Bay Region

The Chesapeake Bay watershed has experienced substantial population growth over the last several decades. Since 1950, the population has more than doubled, and between 1980 and 2023, the number increased from 12.7 million to 18.6 million.

The Chesapeake Bay watershed has experienced substantial population growth over the last several decades. Since 1950, the population has more than doubled, and between 1980 and 2023, the number increased from 12.7 million to 18.6 million.

Landsat Global Archive Consolidation WRS 2 Scenes
Landsat Global Archive Consolidation WRS 2 Scenes
Landsat Global Archive Consolidation WRS 2 Scenes
Landsat Global Archive Consolidation WRS 2 Scenes

The Landsat Global Archive Consolidation WRS-2 Scenes heatmap displays Landsat scenes by WRS-2 path/row that were contributed to the USGS Landsat Archive by Landsat International Cooperator Ground Stations.

Landsat Level-3 Dynamic Surface Water Extent of the Chesapeake Bay
Landsat Level-3 Dynamic Surface Water Extent of the Chesapeake Bay
Landsat Level-3 Dynamic Surface Water Extent of the Chesapeake Bay
Landsat Level-3 Dynamic Surface Water Extent of the Chesapeake Bay

The Chesapeake Bay is roughly 200 miles (322 kilometers) in length and varies in width from a mere 4 miles (6.4 kilometers) near Aberdeen, Maryland, to 30 miles (48 kilometers) near Cape Charles, Virginia.

Landsat Global Archive Consolidation WRS 1 Scenes
Landsat Global Archive Consolidation WRS 1 Scenes
Landsat Global Archive Consolidation WRS 1 Scenes
Landsat Global Archive Consolidation WRS 1 Scenes

The Landsat Global Archive Consolidation WRS-1 Scenes heatmap displays Landsat scenes by WRS-1 path/row that were contributed to the USGS Landsat Archive by Landsat International Cooperator Ground Stations.

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