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USGS Landsat Site

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Access Landsat images and data from the U.S. Geological Survey.

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LDCM Project Site

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LDCM is the future of Landsat satellites. Learn more from LDCM's project website.

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Landsat Science

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Since 1972 Landsat satellites have collected information about Earth from space. Learn more about the program from the Landsat project website.

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Top Feature Stories

natural-color image of Aral Sea from LDCM

Landsat Looks for a Cloud-Free View

A new feature of the Landsat Data Continuity Mission will help ensure scientists get a cloud-free view of Earth from space.

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LDCM view of Saudia Arabia coast

LDCM Arrives in Final Orbit

The Landsat Data Continuity Mission offers a look at Earth from space with a crisper view than our eyes alone would be capable of.

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Landsat image of Columbia Glacier in 2011

New Public Application of Landsat Images Released

Google has compiled more than a quarter-century of images of Earth taken from space into an interactive time-lapse experience.

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LDCM image of Paluweh volcano

Landsat Thermal Sensor Lights Up from Volcano's Heat

As LDCM flew over Indonesia's Flores Sea April 29, it captured an image of Paluweh volcano spewing ash into the air.

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LDCM image of national forests in the Cascade Mountains

A Dynamic Landscape, a Dynamic Sensor

The varied colors and topography of national forests in the Pacific Northwest's Cascade Mountains provide a great test for LDCM's eyesight.

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LDCM image of Salton Sea

New Satellite Takes Salton Sea's Temperature

An image from NASA's LDCM satellite may look like a simple black-and-white image of a dramatic landscape, but it tells a story of temperature.

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LDCM Mission Updates

    LDCM Status Update for May 17, 2013


    All spacecraft systems and instruments are performing normally. On Sunday, May 5, the Flight Dynamics Team fired thrusters for 0.8 seconds on the Landsat Data Continuity Mission, or LDCM, Observatory to mitigate the risk of colliding with a piece of space junk. The burn also boosted the satellite as part of a planned atmospheric drag make-up maneuver. Afterward, the spacecraft safely returned to Earth-observing mode.

    Through May 5, the satellite was routinely imaging more than 400 scenes per day, continuing routine calibrations and testing off-nadir (“nadir” means straight down) imaging. Additionally, real-time data was downlinked to international collaborator ground stations.

    Then on Monday, May 6, the Operational Land Imager, or OLI, went into safe mode after a corruption event in unused memory. The cause was likely a result of a hit of higher than usual radiation from Earth’s inner Van Allen radiation belt over the South Atlantic Ocean. The anomaly was considered benign with no long-term effects on the mission. The OLI performed as designed by detecting the anomaly and placing itself in safe mode to protect the health of the instrument. On Friday, May 10, OLI was successfully returned to operation without incident.

    On May 15, the team successfully completed the LDCM On-orbit Acceptance Review, which allows NASA’s Goddard Space Flight Center in Greenbelt, Md., to accept all contractual obligations for the spacecraft, the Operational Land Imager, and the Mission Operations Element from industry partners.

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