Example of the Landsat 1-5 MSS Collection 2 level-1 product. This Landsat 1 image was acquired on June 26, 1974 near Fallon, Nevada and is shown as a false color composite using the near-infrared, red, and green bands (bands 3,2,1).
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Example of the Landsat 1-5 MSS Collection 2 level-1 product. This Landsat 1 image was acquired on June 26, 1974 near Fallon, Nevada and is shown as a false color composite using the near-infrared, red, and green bands (bands 3,2,1).
Landsat 2’s first light image features a slice of Alberta, Canada, captured on January 24, 1975 on Path 047 Row 023.
Learn more about Landsat 2 by visiting the Landsat 2 Mission Web Page
Landsat 2’s first light image features a slice of Alberta, Canada, captured on January 24, 1975 on Path 047 Row 023.
Learn more about Landsat 2 by visiting the Landsat 2 Mission Web Page
Within days of the launch, Landsat 1 acquired an image of an astounding 81,000-acre (327.8 square kilometers) fire burning in isolated, central Alaska. For the first time ever, scientists and resource management officials were able to see the full extent of damage from a fire in a single image while it was still burning.
Within days of the launch, Landsat 1 acquired an image of an astounding 81,000-acre (327.8 square kilometers) fire burning in isolated, central Alaska. For the first time ever, scientists and resource management officials were able to see the full extent of damage from a fire in a single image while it was still burning.
Dallas-Fort Worth, Texas, slid into Landsat 1's view on July 25, 1972. In this false-color image, shades of red indicate vegetated land and grays and whites are urban or rocky surfaces. The composite image is shown using the near-infrared, red and green bands (bands 7, 5, 4) at a 60 meter resolution.
Dallas-Fort Worth, Texas, slid into Landsat 1's view on July 25, 1972. In this false-color image, shades of red indicate vegetated land and grays and whites are urban or rocky surfaces. The composite image is shown using the near-infrared, red and green bands (bands 7, 5, 4) at a 60 meter resolution.
The very first image in the Landsat archive is the MSS image above, showing the Dallas - Fort Worth area of Texas on July 25, 1972. The resolution is 60 meters per pixel in this false-color image, where shades of red indicate vegetated land and grays and whites are urban or rocky surfaces.
The very first image in the Landsat archive is the MSS image above, showing the Dallas - Fort Worth area of Texas on July 25, 1972. The resolution is 60 meters per pixel in this false-color image, where shades of red indicate vegetated land and grays and whites are urban or rocky surfaces.
The very first image in the Landsat archive is the MSS image above, showing the Dallas - Fort Worth area of Texas on July 25, 1972. The resolution is 60 meters per pixel in this false-color image, where shades of red indicate vegetated land and grays and whites are urban or rocky surfaces.
The very first image in the Landsat archive is the MSS image above, showing the Dallas - Fort Worth area of Texas on July 25, 1972. The resolution is 60 meters per pixel in this false-color image, where shades of red indicate vegetated land and grays and whites are urban or rocky surfaces.
Pecora, a geologist, served as director of the U.S. Geological Survey from 1965 to 1971 and as under secretary of the Department of the Interior from 1971 until his death in 1972. Pecora advocated for the potential of remote sensing for Earth observation and led the development of the Earth Resources Observation Systems program in 1966.
Pecora, a geologist, served as director of the U.S. Geological Survey from 1965 to 1971 and as under secretary of the Department of the Interior from 1971 until his death in 1972. Pecora advocated for the potential of remote sensing for Earth observation and led the development of the Earth Resources Observation Systems program in 1966.