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Explore USGS Landsat Program images.

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Bright light on the left side. Volcano lava at night from a satellite image
Landsat 9 Captures Mauna Loa and Kilauea Eruption
Landsat 9 Captures Mauna Loa and Kilauea Eruption
Landsat 9 Captures Mauna Loa and Kilauea Eruption

Rare spotting! Dueling volcanoes captured by Landsat 9 satellite. Mauna Loa's 11.3-mile-long lava flow illuminates the plume of ash in the atmosphere above. The small red spot in the lower right is Kilauea—it began erupting nine days ago. USGS Volcanoes says a dual eruption has not occurred in Hawaii since 1984, making this a rare event.

Rare spotting! Dueling volcanoes captured by Landsat 9 satellite. Mauna Loa's 11.3-mile-long lava flow illuminates the plume of ash in the atmosphere above. The small red spot in the lower right is Kilauea—it began erupting nine days ago. USGS Volcanoes says a dual eruption has not occurred in Hawaii since 1984, making this a rare event.

Landsat Collection 2 Generation Timeline
Landsat Collection 2 Generation Timeline
Landsat Collection 2 Generation Timeline
Landsat Collection 2 Generation Timeline

This graphic displays the timeline of generating Level-1 and Level-2 Landsat products.

This graphic displays the timeline of generating Level-1 and Level-2 Landsat products.

Three Landsats in Space
Three Landsats in Space
Three Landsats in Space
Three Landsats in Space

For the first time in Landsat history, a trio of imaging satellites (Landsat 7, Landsat 8, and Landsat 9) have been recording thousands of images of the planet weekly. The trio has been working together since October 2021.

Learn more about the Landsat Program at www.usgs.gov/landsat

For the first time in Landsat history, a trio of imaging satellites (Landsat 7, Landsat 8, and Landsat 9) have been recording thousands of images of the planet weekly. The trio has been working together since October 2021.

Learn more about the Landsat Program at www.usgs.gov/landsat

Green vegetation, satellite image of Charlotte and Monroe, North Carolina
Charlotte and Monroe, North Carolina
Charlotte and Monroe, North Carolina
Charlotte and Monroe, North Carolina

In 2022, President Joe Biden pardoned two turkeys, Chocolate and Chip. The two holiday birds hail from a ranch in Monroe, North Carolina.

In 2022, President Joe Biden pardoned two turkeys, Chocolate and Chip. The two holiday birds hail from a ranch in Monroe, North Carolina.

Landsat 9 after Hurricane Ian (over Sanibel Island, FL)
Landsat 9 Captures Hurricane Ian Aftermath (Sanibel Island)
Landsat 9 Captures Hurricane Ian Aftermath (Sanibel Island)
Landsat 9 Captures Hurricane Ian Aftermath (Sanibel Island)

Landsat 9 captured this image of the aftermath of Hurricane Ian in southwestern Florida on the morning of October 6, 2022. Sanibel Island is shown in the center, with breaches in the Sanibel Causeway that connects the island with the mainland. (White clouds also appear in this image.)

Landsat 9 captured this image of the aftermath of Hurricane Ian in southwestern Florida on the morning of October 6, 2022. Sanibel Island is shown in the center, with breaches in the Sanibel Causeway that connects the island with the mainland. (White clouds also appear in this image.)

Landsat 9 after Hurricane Ian (over New Smyrna Beach, FL)
Landsat 9 Captures Hurricane Ian Aftermath (New Smyrna Beach, FL)
Landsat 9 Captures Hurricane Ian Aftermath (New Smyrna Beach, FL)
Landsat 9 Captures Hurricane Ian Aftermath (New Smyrna Beach, FL)

Landsat 9 captured this image of the aftermath of Hurricane Ian in eastern Florida on the morning of October 6, 2022. It shows the coast and New Smyrna Beach, which experienced extensive flooding.

Landsat 9 captured this image of the aftermath of Hurricane Ian in eastern Florida on the morning of October 6, 2022. It shows the coast and New Smyrna Beach, which experienced extensive flooding.

Landsat 7 Captures Hurricane Ian Aftermath
Landsat 7 Captures Hurricane Ian Aftermath
Landsat 7 Captures Hurricane Ian Aftermath
Landsat 7 Captures Hurricane Ian Aftermath

On October 2, 2022, this gap-filled Landsat 7 image captured brownish-black sediment runoff from rivers and streams on the southwest coast of Florida. These are the first Landsat images after Hurricane Ian devastated the area on Wednesday, September 28. Water runoff can carry away debris, fertilizers, metals, and other pollutants.



On October 2, 2022, this gap-filled Landsat 7 image captured brownish-black sediment runoff from rivers and streams on the southwest coast of Florida. These are the first Landsat images after Hurricane Ian devastated the area on Wednesday, September 28. Water runoff can carry away debris, fertilizers, metals, and other pollutants.



landsat 7 image over Sanibel Island before Hurricane Ian
Landsat 7 Captures Hurricane Ian Aftermath (Sanibel Island)
Landsat 7 Captures Hurricane Ian Aftermath (Sanibel Island)
Landsat 7 Captures Hurricane Ian Aftermath (Sanibel Island)

Landsat 7 captured this image of the aftermath of Hurricane Ian in southwestern Florida, including floodwater and sediment in the ocean, on the morning of October 2, 2022. Sanibel Island is shown at the center with Fort Myers Beach and Cape Coral to the right. Naples is the gray urban area in the lower right.

Landsat 7 captured this image of the aftermath of Hurricane Ian in southwestern Florida, including floodwater and sediment in the ocean, on the morning of October 2, 2022. Sanibel Island is shown at the center with Fort Myers Beach and Cape Coral to the right. Naples is the gray urban area in the lower right.

Landsat Level-1 Scenes Available in EarthExplorer+
EE C2 L1 Scenes.png
EE C2 L1 Scenes.png
EE C2 L1 Scenes.png

This graphic shows the number of Landsat Level-1 scenes available for download from EarthExplorer

View more statistics on the Landsat Project Statistics page. 

This graphic shows the number of Landsat Level-1 scenes available for download from EarthExplorer

View more statistics on the Landsat Project Statistics page. 

Landsat Collection 2 Stats
EE C2 L2 Scenes.png
EE C2 L2 Scenes.png
EE C2 L2 Scenes.png

This graphic displays the number of Landsat Level-2 scenes available on Earth Explorer

View more statistics on the Landsat Project Statistics page. 

Primary Uses of Landsat Data FY 2022
Earth Explorer Primary Uses August 2022
Earth Explorer Primary Uses August 2022
Earth Explorer Primary Uses August 2022

In 2008 Landsat data became accessible to all users at no cost. This graphic displays the primary uses of Landsat data. 

View more statistics on the Landsat Project Statistics page. 

In 2008 Landsat data became accessible to all users at no cost. This graphic displays the primary uses of Landsat data. 

View more statistics on the Landsat Project Statistics page. 

Stop sign that reads "Changes ahead. Landsat Collection 1." Background satellite imagery of a city.
Collection 1 Datasets To Be Removed by End of 2022
Collection 1 Datasets To Be Removed by End of 2022
Collection 1 Datasets To Be Removed by End of 2022

By the end of December 2022, all Landsat Collection 1 data and science products will be removed from USGS data access platforms. This depreciation includes Level-1, Level-2, Level-3, and ESPA- related products. Collection 1 has not been updated with Landsat products since December 31, 2021.

By the end of December 2022, all Landsat Collection 1 data and science products will be removed from USGS data access platforms. This depreciation includes Level-1, Level-2, Level-3, and ESPA- related products. Collection 1 has not been updated with Landsat products since December 31, 2021.

Landsat Science Team August 2022
Landsat Science Team August 2022
Landsat Science Team August 2022
Landsat Science Team August 2022

The Landsat Science Team met at the USGS EROS Center August 9-11, 2022.  Visit the Landsat Science Team Meeting — August 9-11, 2022 webpage to view the agenda and download presentations. 

The Landsat Science Team met at the USGS EROS Center August 9-11, 2022.  Visit the Landsat Science Team Meeting — August 9-11, 2022 webpage to view the agenda and download presentations. 

Landsat 7 Scenes Acquired Since May 5, 2022
Landsat 7 Scenes Acquired Since May 5, 2022
Landsat 7 Scenes Acquired Since May 5, 2022
Landsat 7 Scenes Acquired Since May 5, 2022

This map displays the density of over 48,000 scenes that have been acquired by the Landsat 7 extended science mission from May 5 to August 23, 2022.

This map displays the density of over 48,000 scenes that have been acquired by the Landsat 7 extended science mission from May 5 to August 23, 2022.

Landsat 7 Image of the Vall d'Ebo Fire near Pego, Spain
Landsat 7 Image of the Vall d'Ebo Fire near Pego, Spain
Landsat 7 Image of the Vall d'Ebo Fire near Pego, Spain
Landsat 7 Image of the Vall d'Ebo Fire near Pego, Spain

This Landsat 7 image showing the Vall d'Ebo Fire near Pego, Spain was acquired on August 14, 2022 . The gap-filled image is shown using the short wave infrared, near infrared, and red bands (Bands 5|4|3) which makes it easier to distinguish the recently burned landscape.

This Landsat 7 image showing the Vall d'Ebo Fire near Pego, Spain was acquired on August 14, 2022 . The gap-filled image is shown using the short wave infrared, near infrared, and red bands (Bands 5|4|3) which makes it easier to distinguish the recently burned landscape.

Landsat 7 Image of the Vall d'Ebo Fire near Pego, Spain
Landsat 7 Image of the Vall d'Ebo Fire near Pego, Spain
Landsat 7 Image of the Vall d'Ebo Fire near Pego, Spain
Landsat 7 Image of the Vall d'Ebo Fire near Pego, Spain

Landsat 7 image acquired on August 14, 2022 showing the Vall d'Ebo Fire near Pego, Spain. The gap-filled image is shown using the short wave infrared, near infrared, and red bands (Bands 5|4|3). This image was acquired as part of the Landsat 7 extended science mission which acquires data at 8 kilometers lower than the original science mission.

Landsat 7 image acquired on August 14, 2022 showing the Vall d'Ebo Fire near Pego, Spain. The gap-filled image is shown using the short wave infrared, near infrared, and red bands (Bands 5|4|3). This image was acquired as part of the Landsat 7 extended science mission which acquires data at 8 kilometers lower than the original science mission.

Charts and graphs of Research Paper
Dynamic surface water maps of Canada from 1984 to 2019 Landsat satellite imagery
Dynamic surface water maps of Canada from 1984 to 2019 Landsat satellite imagery
Dynamic surface water maps of Canada from 1984 to 2019 Landsat satellite imagery

This paper presents dynamic surface water products over Canada from the first in a series of satellite sensors that will be used to develop a multi-sensor dynamic surface water monitoring system. The dataset uses 1984 to 2019 Landsat data to create annual water masks, inundation frequency and wetting/drying trends.



This paper presents dynamic surface water products over Canada from the first in a series of satellite sensors that will be used to develop a multi-sensor dynamic surface water monitoring system. The dataset uses 1984 to 2019 Landsat data to create annual water masks, inundation frequency and wetting/drying trends.



Landsat Collection 2 Provisional Aquatic Reflectance Example
Landsat Collection 2 Provisional Aquatic Reflectance Example
Landsat Collection 2 Provisional Aquatic Reflectance Example
Landsat Collection 2 Provisional Aquatic Reflectance Example

A portion of the Chesapeake Bay, and the entire Delaware Bay can be seen in these images, comparing the Landsat 9 Level-2 Surface Reflectance product (natural color, Bands 4,3,2) (left), and the corresponding Collection 2 Provisional Aquatic Reflectance product (Red Band 4 at 655nm) (right) for Landsat 9 Path 14 Row 33 acquired February 10, 2022.

A portion of the Chesapeake Bay, and the entire Delaware Bay can be seen in these images, comparing the Landsat 9 Level-2 Surface Reflectance product (natural color, Bands 4,3,2) (left), and the corresponding Collection 2 Provisional Aquatic Reflectance product (Red Band 4 at 655nm) (right) for Landsat 9 Path 14 Row 33 acquired February 10, 2022.

Landsat 9 Image of Kangerdlugssuaq Glacier, Greenland
Landsat 9 Image of Kangerdlugssuaq Glacier, Greenland
Landsat 9 Image of Kangerdlugssuaq Glacier, Greenland
Landsat 9 Image of Kangerdlugssuaq Glacier, Greenland

Named after a Greenlandic word meaning “large fjord,” Kangerdlugssuaq Glacier is one of the largest tidewater outlet glaciers in Greenland. It flows from the fjord of the same name, the second largest found on the east side of the island. This false color Landsat 9 image was acquired July 29, 2022, using Bands 5|4|3.

Named after a Greenlandic word meaning “large fjord,” Kangerdlugssuaq Glacier is one of the largest tidewater outlet glaciers in Greenland. It flows from the fjord of the same name, the second largest found on the east side of the island. This false color Landsat 9 image was acquired July 29, 2022, using Bands 5|4|3.

Landsat 9 Image of Aorounga Crater
Landsat 9 Image of Aorounga Crater
Landsat 9 Image of Aorounga Crater
Landsat 9 Image of Aorounga Crater

The Aorounga Crater located in Chad, Africa is a large impact crater that appears as a circular depression surrounded by a raised rim, as seen in this Landsat 9 image. The crater is surrounded by a vast expanse of desert and is known for its unique rock ridges, known as yardangs.

The Aorounga Crater located in Chad, Africa is a large impact crater that appears as a circular depression surrounded by a raised rim, as seen in this Landsat 9 image. The crater is surrounded by a vast expanse of desert and is known for its unique rock ridges, known as yardangs.

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Landsat Level-1 Scenes Available from EarthExplorer
Landsat Level-1 Scenes Available from EarthExplorer
Landsat Level-1 Scenes Available from EarthExplorer

This graphic shows the number of Landsat Level-1 scenes available for download from EarthExplorer

View more statistics on the Landsat Project Statistics page.