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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.

Filter Total Items: 497
Satellite image showing a fire in Greenland
Fire in Greenland
Fire in Greenland
Fire in Greenland

It may seem surprising that wildfires burn in Greenland, a huge island of ice and glaciers. But fires do happen there. Earth-observing satellites detected a fire in a remote area of western Greenland in August 2017.

It may seem surprising that wildfires burn in Greenland, a huge island of ice and glaciers. But fires do happen there. Earth-observing satellites detected a fire in a remote area of western Greenland in August 2017.

Satellite image showing Munich.
A World of Hops
A World of Hops
A World of Hops

The world's largest continuous hops-growing region by area is Hallertau, just north of Munich. More than 80 percent of Germany's hops come from this 42,000-acre stretch of fertile loess soil.

The world's largest continuous hops-growing region by area is Hallertau, just north of Munich. More than 80 percent of Germany's hops come from this 42,000-acre stretch of fertile loess soil.

Satellite image showing the Xingu River changes from dam work.
The Belo Monte Dam Complex, Brazil
The Belo Monte Dam Complex, Brazil
The Belo Monte Dam Complex, Brazil

In northern Brazil, the Belo Monte Dam complex on the Xingu River, a major tributary of the Amazon, has changed the course of the river and surrounding landscape. 

In northern Brazil, the Belo Monte Dam complex on the Xingu River, a major tributary of the Amazon, has changed the course of the river and surrounding landscape. 

Satellite image showing the Larsen C iceberg.
Iceberg Separates from Larsen C Ice Shelf
Iceberg Separates from Larsen C Ice Shelf
Iceberg Separates from Larsen C Ice Shelf

Around July 10–12, 2017, in the middle of the long, dark Antarctic winter, a rift in the Larsen C Ice Shelf broke through the last few miles of ice to the Weddell Sea and formed a new iceberg. The NOAA National Ice Center has given the Delaware-sized iceberg the designation A-68.

Around July 10–12, 2017, in the middle of the long, dark Antarctic winter, a rift in the Larsen C Ice Shelf broke through the last few miles of ice to the Weddell Sea and formed a new iceberg. The NOAA National Ice Center has given the Delaware-sized iceberg the designation A-68.

Satellite comparisons of the Batagaika crater
Batagaika Crater and the Megaslump
Batagaika Crater and the Megaslump
Batagaika Crater and the Megaslump

An increasingly large gash has opened up in northern Russia's Siberian tundra. During the past few decades, warmer summers and shorter winters have caused permafrost in this region to thaw, which then allows the warmed soils on slopes to slump and erode.

An increasingly large gash has opened up in northern Russia's Siberian tundra. During the past few decades, warmer summers and shorter winters have caused permafrost in this region to thaw, which then allows the warmed soils on slopes to slump and erode.

Satellite images showing landsat 7 and landsat 8 fire images on the western U.S.
Fires in the Western United States
Fires in the Western United States
Fires in the Western United States

On an average day during the fire season, multiple wildfires burn in the western United States. For example, 216 fires were active on July 7, 2017. Firefighters were battling 27 of these fires through ground and air support.

On an average day during the fire season, multiple wildfires burn in the western United States. For example, 216 fires were active on July 7, 2017. Firefighters were battling 27 of these fires through ground and air support.

Satellite image showing a picture of northeastern Alaska
7 Million Landsat Scenes and Counting!
7 Million Landsat Scenes and Counting!
7 Million Landsat Scenes and Counting!

The Landsat archive, the world's longest continuously acquired collection of space-based, moderate-resolution land remote sensing data, has now surpassed 7 million scenes since Landsat 1 first began collecting data in July 1972.

The Landsat archive, the world's longest continuously acquired collection of space-based, moderate-resolution land remote sensing data, has now surpassed 7 million scenes since Landsat 1 first began collecting data in July 1972.

Satellite image showing the Las Vegas, Lake Mead, Grand Canyon area
Satellite Image of the Las Vegas, Lake Mead, Grand Canyon Area
Satellite Image of the Las Vegas, Lake Mead, Grand Canyon Area
Satellite Image of the Las Vegas, Lake Mead, Grand Canyon Area

This image of the Las Vegas /Lake Mead / Grand Canyon area was acquired on June 16, 2017, with Indian Space Research Organization’s Resourcesat-2 AWiFS sensor. Images of this region can be useful to help detect changes in vegetation and water availability for growing desert communities.

This image of the Las Vegas /Lake Mead / Grand Canyon area was acquired on June 16, 2017, with Indian Space Research Organization’s Resourcesat-2 AWiFS sensor. Images of this region can be useful to help detect changes in vegetation and water availability for growing desert communities.

Landsat 8 satellite image represents 1 million scenes
Landsat 8 Scenes Top 1 Million
Landsat 8 Scenes Top 1 Million
Landsat 8 Scenes Top 1 Million

How many pictures have you taken with your smartphone? Too many to count? However many it is, Landsat 8 probably has you beat. Landsat 8 acquires images at a rate of about 750 per day, and just a little over 4 years after launch in February 2013, the Earth-observing satellite on May 31, 2017, acquired its 1 millionth scene!

How many pictures have you taken with your smartphone? Too many to count? However many it is, Landsat 8 probably has you beat. Landsat 8 acquires images at a rate of about 750 per day, and just a little over 4 years after launch in February 2013, the Earth-observing satellite on May 31, 2017, acquired its 1 millionth scene!

Satellite image showing the fire in the Okefenokee National Wildlife.
Okefenokee Fire Continues to Burn
Okefenokee Fire Continues to Burn
Okefenokee Fire Continues to Burn

A wildfire ignited by lightning in the Okefenokee National Wildlife Refuge on April 6, 2017, is persisting into May. Hot, dry weather and extremely dry fuels are making the fire difficult to contain. As of May 22, the blaze, also called the West Mims Fire, had burned 152,478 acres.

A wildfire ignited by lightning in the Okefenokee National Wildlife Refuge on April 6, 2017, is persisting into May. Hot, dry weather and extremely dry fuels are making the fire difficult to contain. As of May 22, the blaze, also called the West Mims Fire, had burned 152,478 acres.

Satellite image showing the vegetation growth return after eruption in 1992.
Mount Pinatubo, Philippines, Erupted 26 Years Ago
Mount Pinatubo, Philippines, Erupted 26 Years Ago
Mount Pinatubo, Philippines, Erupted 26 Years Ago

Today Mount Pinatubo is relatively quiet, and about 300 meters shorter than it was before the eruption. This Landsat image pair shows the mountain several months after the eruption and more recently in 2017.

Today Mount Pinatubo is relatively quiet, and about 300 meters shorter than it was before the eruption. This Landsat image pair shows the mountain several months after the eruption and more recently in 2017.

Satellite images showing the Isle de Jean Charles.
Isle de Jean Charles, Louisiana
Isle de Jean Charles, Louisiana
Isle de Jean Charles, Louisiana

Is Louisiana falling into the sea, or is the sea inundating Louisiana? It's actually a bit of both. To the inhabitants of a tiny island on the bayou, an island getting tinier by the day, it hardly matters.

Is Louisiana falling into the sea, or is the sea inundating Louisiana? It's actually a bit of both. To the inhabitants of a tiny island on the bayou, an island getting tinier by the day, it hardly matters.

Satellite image showing New Orleans and Mississippi River delta
Satellite Image of New Orleans Region
Satellite Image of New Orleans Region
Satellite Image of New Orleans Region

This image of the New Orleans/Lake Pontchartrain area in Louisiana was acquired March 31, 2017, from the Indian Space Research Organization’s Resourcesat-2 LISS-3 sensor. Land loss and hurricane hazards are key landscape issues here. 

This image of the New Orleans/Lake Pontchartrain area in Louisiana was acquired March 31, 2017, from the Indian Space Research Organization’s Resourcesat-2 LISS-3 sensor. Land loss and hurricane hazards are key landscape issues here. 

Satellite image showing wildflower blooming in California.
The Wildflower Superbloom in California from Landsat’s Perspective
The Wildflower Superbloom in California from Landsat’s Perspective
The Wildflower Superbloom in California from Landsat’s Perspective

After 5 years of drought, California finally got relief during the winter of 2016–2017 with much needed precipitation. One result of this additional moisture was a springtime abundance of wildflowers.

Satellite image showing burn damage caused by fires.
Fires Burn Farms and Ranches in Oklahoma and Kansas
Fires Burn Farms and Ranches in Oklahoma and Kansas
Fires Burn Farms and Ranches in Oklahoma and Kansas

Landsat's shortwave infrared (SWIR) band measures reduced moisture content in soil and vegetation. When combined with its near-infrared (NIR) band, which helps reveal actively growing vegetation, Landsat produces highly accurate images and maps of burned areas.

Landsat's shortwave infrared (SWIR) band measures reduced moisture content in soil and vegetation. When combined with its near-infrared (NIR) band, which helps reveal actively growing vegetation, Landsat produces highly accurate images and maps of burned areas.

Satellite image that shows the Erta Ale volcano eruption.
Landsat Detects Eruptions at Ethiopian Volcano
Landsat Detects Eruptions at Ethiopian Volcano
Landsat Detects Eruptions at Ethiopian Volcano

Landsat 8’s shortwave infrared (SWIR) band is useful in viewing recent eruptions at Erta Ale volcano in northern Ethiopia near the Eritrea border.

Satellite image showing how Cambodia is losing forest due to deforestation.
Cambodia Experiences Rapid Rate of Forest Loss
Cambodia Experiences Rapid Rate of Forest Loss
Cambodia Experiences Rapid Rate of Forest Loss

Among countries with accelerated rates of deforestation—Sierra Leone, Madagascar, Uruguay, and Paraguay among them—Cambodia ranks above them all with an annual loss of 14.4 percent of its forests between 2001 and 2014, according to researchers at the University of Maryland, who used Landsat data to track their rates.

Among countries with accelerated rates of deforestation—Sierra Leone, Madagascar, Uruguay, and Paraguay among them—Cambodia ranks above them all with an annual loss of 14.4 percent of its forests between 2001 and 2014, according to researchers at the University of Maryland, who used Landsat data to track their rates.

Satellite image showing the wildfires in Chile
Wildfires Ravage Central, South-Central Chile
Wildfires Ravage Central, South-Central Chile
Wildfires Ravage Central, South-Central Chile

Wildfires fueled by dry conditions, high temperatures, and strong winds are scorching central Chile at a level Chilean officials say they haven’t seen in decades.

Wildfires fueled by dry conditions, high temperatures, and strong winds are scorching central Chile at a level Chilean officials say they haven’t seen in decades.

Satellite image showing the flooding in California.
January Rain, Snow Refills California Reservoirs
January Rain, Snow Refills California Reservoirs
January Rain, Snow Refills California Reservoirs

A decade of drought in California has eased after the first month of 2017 thanks to heavy rains and snow, a fact that Landsat images are helping to confirm.

Satellite image showing the Delaware Bay and Chesapeake Bay region
Satellite Image of the Delaware Bay and Chesapeake Bay Region
Satellite Image of the Delaware Bay and Chesapeake Bay Region
Satellite Image of the Delaware Bay and Chesapeake Bay Region

This Indian Space Research Organization LISS-3 image of the Delaware Bay and Chesapeake Bay region, acquired on January 25, 2017, shows the landscape along the densely populated U.S. East coast. Ecosystems and sea-level rise are among the regional landscape changes that satellite imagery helps to monitor. 

This Indian Space Research Organization LISS-3 image of the Delaware Bay and Chesapeake Bay region, acquired on January 25, 2017, shows the landscape along the densely populated U.S. East coast. Ecosystems and sea-level rise are among the regional landscape changes that satellite imagery helps to monitor. 

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