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Images

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

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Satellite imagery of White Oak City in Alabama
Composite Imagery v. Synthetic Imagery
Composite Imagery v. Synthetic Imagery
Composite Imagery v. Synthetic Imagery

Animated GIF depicting White Oak City, Alabama. On the left is composite imagery. On the right is synthetic imagery.

 

 

Animated GIF depicting White Oak City, Alabama. On the left is composite imagery. On the right is synthetic imagery.

 

 

Satellite image of hurricane with eye of the storm and outline of Cuba
Landsat 9 image of Hurricane Ian with Cuba
Landsat 9 image of Hurricane Ian with Cuba
Landsat 9 image of Hurricane Ian with Cuba

Landsat 9 image of Hurricane Ian as the eye of the storm passed north of Cuba on the morning of Tuesday, September 27, 2022. The image has the island boundary overlaid on it. Image credit: USGS EROS

Landsat 9 image of Hurricane Ian as the eye of the storm passed north of Cuba on the morning of Tuesday, September 27, 2022. The image has the island boundary overlaid on it. Image credit: USGS EROS

Landsat image and Aquatic reflectance image of Lake Erie Sept 2022
Landsat Aquatic Reflectance of Lake Erie
Landsat Aquatic Reflectance of Lake Erie
Landsat Aquatic Reflectance of Lake Erie

A Landsat 9 natural color image (left) and the corresponding Landsat Provisional Aquatic Reflectance product (right) display the properties of a massive algal bloom across the surface waters of Lake Erie on September 9, 2022. 

A Landsat 9 natural color image (left) and the corresponding Landsat Provisional Aquatic Reflectance product (right) display the properties of a massive algal bloom across the surface waters of Lake Erie on September 9, 2022. 

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.

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 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.

Text reads Landsat update. 6 smaller images are seen
Special Issue: Landsat Update 50th Anniversary
Special Issue: Landsat Update 50th Anniversary
Special Issue: Landsat Update 50th Anniversary

Landsat Updates are prepared periodically and distributed electronically to provide information about Landsat activities and related topics of interest. Read this issue here.

Example of the Landsat Collection 2 Provisional Evapotranspiration science product
Example of the Landsat Collection 2 Provisional Evapotranspiration science product
Example of the Landsat Collection 2 Provisional Evapotranspiration science product
Example of the Landsat Collection 2 Provisional Evapotranspiration science product

Example of the Landsat Collection 2 Provisional Evapotranspiration science product for agricultural fields on the Fucino plain near San Benedetto dei Marsi, Italy. Left: Landsat 9 Collection 2 Natural Color Surface Reflectance Image. Right: Landsat 9 Collection 2 Actual Evapotranspiration Image.

Example of the Landsat Collection 2 Provisional Evapotranspiration science product for agricultural fields on the Fucino plain near San Benedetto dei Marsi, Italy. Left: Landsat 9 Collection 2 Natural Color Surface Reflectance Image. Right: Landsat 9 Collection 2 Actual Evapotranspiration Image.

Landsat 9 image of the Dallas - Fort Worth Area
Landsat 9 image of the Dallas - Fort Worth Area
Landsat 9 image of the Dallas - Fort Worth Area
Landsat 9 image of the Dallas - Fort Worth Area

This Landsat 9 image, showing the Dallas - Fort Worth area of Texas, was acquired on July 15, 2022. This false-color image vegetated land in shades of red, whereas grays and whites indicate urban or rocky surfaces.

This Landsat 9 image, showing the Dallas - Fort Worth area of Texas, was acquired on July 15, 2022. This false-color image vegetated land in shades of red, whereas grays and whites indicate urban or rocky surfaces.

Satellite image on background of podcast logo
EoE - Landsat 50 Lookback homepage
EoE - Landsat 50 Lookback homepage
EoE - Landsat 50 Lookback homepage

The home page image for podcast Eyes on Earth Episode 78 - Landsat 50 Lookback, which is set to air July 25, 2022.

The home page image for podcast Eyes on Earth Episode 78 - Landsat 50 Lookback, which is set to air July 25, 2022.

Landsat 8 Image of the Great Salt Lake in July, 2022
Landsat 8 Image of the Great Salt Lake in July, 2022
Landsat 8 Image of the Great Salt Lake in July, 2022
Landsat 8 Image of the Great Salt Lake in July, 2022

Natural Color Landsat 8 image of the Great Salt Lake, acquired on July 3, 2022. On July 3, the level of Great Salt Lake dropped below the October 2021 historic low elevation.

Imagery of the Moon via Landsat
Landsat Looks At The Moon
Landsat Looks At The Moon
Landsat Looks At The Moon

Two Earth-observing satellites turned to watch a lunar eclipse, revealing dramatic and uneven temperature changes across our closest celestial neighbor.

NASA Earth Image of the Day for July 5, 2022

Instruments:
Landsat 8 — TIRS
Landsat 9 — TIRS-2
Photograph

Two Earth-observing satellites turned to watch a lunar eclipse, revealing dramatic and uneven temperature changes across our closest celestial neighbor.

NASA Earth Image of the Day for July 5, 2022

Instruments:
Landsat 8 — TIRS
Landsat 9 — TIRS-2
Photograph

Brightness Temperature v. Time chart for TIRS
Brightness Temperature v. Time chart for TIRS
Brightness Temperature v. Time chart for TIRS
Brightness Temperature v. Time chart for TIRS

Over the course of the four-hour eclipse, the TIRS sensors observed the intensity of infrared light radiating from the Moon’s surface. From those radiances, scientists calculated the temperatures required to generate them. This “brightness temperature” of the lunar surface changed as Earth’s shadow marched across the lunar landscape.

Over the course of the four-hour eclipse, the TIRS sensors observed the intensity of infrared light radiating from the Moon’s surface. From those radiances, scientists calculated the temperatures required to generate them. This “brightness temperature” of the lunar surface changed as Earth’s shadow marched across the lunar landscape.

Charts and graphs from research paper
Mapping of Flood Areas Using Landsat with Google Earth Engine Cloud Platform
Mapping of Flood Areas Using Landsat with Google Earth Engine Cloud Platform
Mapping of Flood Areas Using Landsat with Google Earth Engine Cloud Platform

Using Google Earth Engine and Landsat, this team created a rapid and robust tool for mapping historical flood inundation areas. This enhances existing efforts towards flood mitigation, monitoring, and management.

Screenshot of Landsat Collections Webpage
Landsat Collections Screenshot
Landsat Collections Screenshot
Landsat Collections Screenshot

This screenshot shows what the Landsat Collections interactive looks like. This storymap collection combines all of the individual satellite storymaps into one location.

Satellite map imagery
Landsat 9 First Light Images
Landsat 9 First Light Images
Landsat 9 First Light Images

Landsat 9 launched into space on September 27th, 2021. The "first light" images arrived on October 31st. On that day the satellite captured: algal blooms in Lake Erie, the glaciers of the Himalayas, bush fires in Australia's Eucalypt Woodlands, coastal communities on the Florida panhandle, and deserts, mountains and mesas across the Navajo Nation.

Landsat 9 launched into space on September 27th, 2021. The "first light" images arrived on October 31st. On that day the satellite captured: algal blooms in Lake Erie, the glaciers of the Himalayas, bush fires in Australia's Eucalypt Woodlands, coastal communities on the Florida panhandle, and deserts, mountains and mesas across the Navajo Nation.

Landsat 8 Thermal Infrared Sensor Image
Landsat 8 Thermal Infrared Sensor Image near Ogallala, Nebraska
Landsat 8 Thermal Infrared Sensor Image near Ogallala, Nebraska
Landsat 8 Thermal Infrared Sensor Image near Ogallala, Nebraska

Landsat 8 thermal infrared (Band 10) image near Ogallala, Nebraska, showing fields with center pivot irrigation. The Thermal Infrared Sensor (TIRS) on Landsat 8-9 measures energy radiated by the earth of the surface with two spectral bands that can be used to derive surface temperature.

The image was acquired on August 17, 2021 from Path 31 Row 32.

Landsat 8 thermal infrared (Band 10) image near Ogallala, Nebraska, showing fields with center pivot irrigation. The Thermal Infrared Sensor (TIRS) on Landsat 8-9 measures energy radiated by the earth of the surface with two spectral bands that can be used to derive surface temperature.

The image was acquired on August 17, 2021 from Path 31 Row 32.

Charts and tables from the reference paper
How Do You Landsat Overfly
How Do You Landsat Overfly
How Do You Landsat Overfly

An optimal opportunity for in-flight cross-calibration occurred when Landsat 9 flew underneath Landsat 8 while moving into its final orbit. Since the two satellites nearly identical imaging systems, the underfly event offered ideal cross-calibration conditions.

An optimal opportunity for in-flight cross-calibration occurred when Landsat 9 flew underneath Landsat 8 while moving into its final orbit. Since the two satellites nearly identical imaging systems, the underfly event offered ideal cross-calibration conditions.

text reads "Latest in Landsat," with several graphics of Landsat data and people
Latest in Landsat June Newsletter
Latest in Landsat June Newsletter
Latest in Landsat June Newsletter

In this June 2022 issue read highlights from an international partner meeting, explore published Landsat articles, and dive into new interactive tools. Find the newsletter here: https://www.usgs.gov/latest-landsat-newsletter/latest-landsat-newslette…

Phil Brodrick, Raymond Kokaly, David Thompson with the logo for the USGS podcast Eyes on Earth
EoE - EMIT Mission homepage
EoE - EMIT Mission homepage
EoE - EMIT Mission homepage

Clockwise from lower left: Phil Brodrick, Raymond Kokaly, David Thompson of the EMIT Science Team, pictured with the logo for the USGS EROS Center podcast “Eyes on Earth.”

Clockwise from lower left: Phil Brodrick, Raymond Kokaly, David Thompson of the EMIT Science Team, pictured with the logo for the USGS EROS Center podcast “Eyes on Earth.”

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