USGS Multimedia Gallery
Astrogeology
Items related to the scientific study of the solid bodies of the solar system, including planets, moons, asteroids, meteorites, and interplanetary materials.
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China's Qaidam Basin Landscape Similar with Mars
Geologist, sedimentation expert and Mars Science Laboratory team member David Rubin of the USGS Pacific Coastal and Marine Science Center investigates longitudinal dunes in China's Qaidam Basin. He comments: "The landscape has some similarity with Mars: almost total lack of vegetation and wind-... 
Gale crater
Infrared mosaic image of Mars Gale crater by the Thermal Emission Imaging Spectrometer (THEMIS) of the USGS Astrogeology Science Center and Arizona State University. The Mars Science Laboratory is scheduled to land in Gale crater Aug. 5, 2012. ...
Io Global Image Mosaic and Geologic Map
To present the most information in a single view of Jupiter's moon, Io, a global color mosaic, derived from Galileo color images, was superposed on a higher resolution image mosaic, derived from merging the best resolution images from spacecrafts Galileo and Voyager 1. This merged mosaic (top) serve...
Mosaic of Mercury
A mosaic of the surface of Mercury made from hundreds of images taken by the MErcury Surface, Space ENvironment, GEochemistry and Ranging (MESSENGER) spacecraft. ...
Neil Armstrong on Mule
Apollo 11 Commander Neil Armstrong piloting a mule in the Grand Canyon, Ariz., March 1964....
Crater Creation
Blasting craters for a new section of the Cinder Lakes outside Flagstaff, Ariz.(July 1968). USGS Astrogeology constructed a mockup of a section of the moon's Sea of Tranquillity in a cinder field to aid with training and time-and-motion studies....
Moon dirt simulant
In an unearthly series of events, the USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the simulant is expected to be made by this summer of 2009 and turned over to the scientific community involved in lunar exploration. ...
Steve Wilson
USGS scientist Steve Wilson of the simulant team. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the simulant is expected to be made by this summer of 2009 and turned over to the scientific community involved in lu...
Stillwater Mine
Rocks from the Stillwater Mine are collected, ground, and blended with other rocks and materials to make the lunar regolith simulant. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the simulant is expected to be ma...
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Stillwater Mine
View of the Stullwater Mine, where rocks are collected for making lunar regolith simulant. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the simulant is expected to be made by this summer of 2009 and turned over t...
Rock Collection in Montana
Rocks are collected from the Stillwater Mine in Nye, Montana to be used for making lunar regolith simulant. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the simulant is expected to be made by this summer of 2009 ...
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Stillwater Rocks
Rocks from the Stillwater Mine are brought to the USGS in Denver, Colorado, where they are ground before entering the plasma melter at Zybek Advanced Products. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the sim...
Stillwater Rock Sledging
Rocks from the Stillwater Mine are brought to the USGS in Denver, Colorado, where they are sledged and ground before entering the plasma melter at Zybek Advanced Products. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four ton...
Rock Grinding
Rocks from the Stillwater Mine are brought to the USGS in Denver, Colorado, where they are sledged and ground before entering the plasma melter at Zybek Advanced Products. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four ton...
Plasma Melter, Zybek Advanced Products
The plasma torch melter in Boulder, Colorado exists nowhere else in the world. The mixed and ground rock on the left in a 1-ton bag is fed into the melter to be made into glass. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Fo...
Plama Torches Melt the Rock
Plasma torches at Zybek Advanced Products blaze at over 37,000 degrees Fahrenheit, melting the rock mixture. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the simulant is expected to be made by this summer of 2009...
Zybek Melter in Action
Plasma torches at Zybek Advanced Products blaze at over 37,000 degrees Fahrenheit, melting the rock mixture....
Viewing the Torches
When firing, the Zybek melter plasma torches must be viewed wearing long sleeves and a welding mask to avoid potential burns from the 37,000 degree Fahrenheit blaze. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of t...
Molten Rock Streaming into Water
The molten rock streams through an opening in the melter into a large container of water below, where it instantly cools into glass. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the simulant is expected to be mad...
Molten Rock Streaming into Water
The molten rock mixture cools upon contact with lukewarm water, instantly creating glassy agglutinate. __________ The USGS has created man-made moon dirt, or regolith, to help NASA prepare for upcoming moon explorations. Four tons of the simulant is expected to be made by this summer of 2009 and t...
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Page Last Modified: Wednesday, January 09, 2013
