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1746


NUMBER OF REFERENCES IN ASTROMAT'S BIBLIOGRAPHY

Available Collections


Meteorites (under development)

Meteorites (under development)The Antarctic Meteorite collection encompasses…

Lunar

LunarBetween 1969 and 1972, six of NASA’s Apollo missions brought back a total…

Collections Coming Soon


Hayabusa

HayabusaHayabusa, the first sample return mission of the Japanese Aerospace…

Microparticle Impact

Microparticle ImpactThe Johnson Space Center curates a variety of spacecraft…

Cosmic Dust

Cosmic DustThe Cosmic Dust collection encompasses samples of asteroids and…

Stardust

StardustStardust, a NASA Discovery-class mission, was the first to return…

Genesis

GenesisThe Genesis collection encompasses samples collected during the NASA…

Why AstroMat?


NASA’s Johnson Space Center is home to the world’s most diverse, extensive, and precious collection of astromaterials with >250,000 numbered samples of extraterrestrial materials that have been collected and returned to Earth by spacecraft missions or arrived on Earth naturally. For more than 40 years, NASA’s Astromaterials Acquisition and Curation Office (AACO) has made these samples available to the global research community. Thousands of laboratory studies have been conducted on the samples to describe and analyze their chemical, physical, and mineralogical properties and generated unique data of high value. Currently, these data are widely dispersed across decades of scientific publications and conference abstracts, and are difficult to find, access, and reuse.

The Astromaterials Data System (AstroMat) will make analytical astromaterials data easily accessible to scientists world-wide, and enable new ways of mining and analyzing these data leading to the creation of new knowledge. AstroMat will ensure the long-term utility and impact of these data, thus maximizing the scientific return of NASA’s investment into sample return missions, sample curation, and data acquisition on these samples.

Join the AstroMat community mailing list to stay updated on developments to the Astromaterials Data System.

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