Biggest, Deepest Crater Exposes Hidden, Ancient Moon
Image 1: This is elevation map covering the eastern portion of South Pole-Aitken basin, including the Apollo Basin, made using data from Japan?s Kaguya spacecraft. The false colors indicate height; red represents highlands, and blue represents the lowest areas. Dashed circles mark the location of the main and inner ring of Apollo. The dashed line marks the location of the topographic profile illustrated in the Image 2 below. Credit: Japan Aerospace Exploration Agency/NASA Image 2: This is a graph of the elevation (in meters) from the rim of the South Pole-Aitken basin through the Apollo basin made using data from Japan?s Kaguya spacecraft. The endpoints (A and A?) are marked in Image 1 above. Credit: Japan Aerospace Exploration Agency/NASA Image 3: Three views of the Apollo Basin taken with NASA?s Moon Mineralogy Mapper instrument on board India?s Chandrayaan-1 spacecraft. The false-color image on the right reveals composition; the blues indicate surfaces that don't have as much iron in them (highlands crusts
Biggest, Deepest Crater Exposes Hidden, Ancient Moon
(PhysOrg.com) -- Shortly after the Moon formed, an asteroid smacked into its southern hemisphere and gouged out a truly enormous crater, the South Pole-Aitken basin, almost 1,500 miles across ...
Thu 4 Mar 10 from PhysOrg
Biggest, Deepest Crater Exposes Hidden, Ancient Moon, Mon 8 Mar 10 from U.S. News
Biggest, deepest crater exposes hidden, ancient moon, Mon 8 Mar 10 from ScienceDaily
Featured - Biggest, deepest crater exposes hidden, ancient moon, Sat 6 Mar 10 from Labspaces.net
Biggest, deepest crater exposes hidden, ancient moon, Fri 5 Mar 10 from e! Science News
Biggest, Deepest Crater Exposes Hidden, Ancient Moon, Fri 5 Mar 10 from RedOrbit
Biggest, deepest crater exposes hidden, ancient moon, Thu 4 Mar 10 from R&D Mag
Biggest, deepest crater exposes hidden, ancient moon, Thu 4 Mar 10 from Science Blog
Huge Moon Crater Offers Window to Past
A crater on the edge of the Moon's South Pole-Aitken basin may a view of the original surface.
Fri 5 Mar 10 from SPACE.com
- Pages: 1