Looking through the
Looking through the images and data released to the Planetary Data Systemas part of an informal test by the Lunar Reconnaissance Orbiter Camera (LROC) team at Arizona State University, we poured over a rich boulder landslide field near 233.93°E, 24.46°S, or approximately 100 kilometers west by southwest of the Gerasi
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Inertia, curves, boulder, uphill?
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Or if you make a "Lunar Hole-I
Or if you make a "Lunar Hole-In-One." Among the informal prerelease of more than 700 LRO Narrow-Angle Camera images to the Planetary Data System are a number of strategic sweeps of Mare Orientale. Near the center of M102788040 (Orbit 320) a large boulder appears to have been dislodged with unknown force and then rolled
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Moon,, strike
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Subset of Lunar Reconna
Subset of Lunar Reconnaissance Orbiter NAC image M112162602L showing landslides covering impact melt on the floor (see below) of a fresh unnamed Copernican-Age crater beyond the western edge of Oceanus Procellarum and Balboa. Image width 220 meters (0.55 m/p) [NASA/GSFC/Arizona State University].Samuel LawrenceLROC New
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Bright, Copernican, crater
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Seeing small areas of the M
Seeing small areas of the Moon at 50 cm per pixel often presents unexpected views, and sometimes it is hard to interpret the geology at first glance, much less what is up and what is down! What are the white streaks? How did they get there? Image is 600 meters wide, from NAC frame M109624226L [NASA/GSFC/Arizona State U
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Abstract, Expressionism?
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