k View of landslides in the Valles Marineris, Mars Oblique view of landslides in Ophir Chasm, Mars, computerprocessed from Viking spacecraft imagery topographic maps of the planet. Ophir Chasm lies in the central region of the giant Martian canyon system the Valles Marineris. The canyons were formed by a combination of geological faulting, landslides, erosion by wind water. The three arcshaped cliffs at right are slump scarps and the landslide debris is piled at the base of the cliffs. The scarps are each about 25 km wide and 4 km high and the landslide debris has flowed a distance of about 65 km from the cliff base. The vertical scale of the image has been stretched by a factor of 2, exaggerating the cliff heights. Image processing by Alfred McEwen topographic mapping by Sherman Wu, both at USGS, Flagstaff, Stock Photo - Afloimages
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View of landslides in the Valles Marineris, Mars Oblique view of landslides in Ophir Chasm, Mars, computer processed from Viking spacecraft imagery   topographic maps of the planet. Ophir Chasm lies in the central region of the giant Martian canyon system the Valles Marineris. The canyons were formed by a combination of geological faulting, landslides,   erosion by wind   water. The three arc shaped cliffs at right are slump scarps and the landslide debris is piled at the base of the cliffs. The scarps are each about 25 km wide and 4 km high and the landslide debris has flowed a distance of about 65 km from the cliff base. The vertical scale of the image has been stretched by a factor of 2, exaggerating the cliff heights.  Image processing by Alfred McEwen   topographic mapping by Sherman Wu, both at USGS, Flagstaff,
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View of landslides in the Valles Marineris, Mars

Oblique view of landslides in Ophir Chasm, Mars, computer-processed from Viking spacecraft imagery & topographic maps of the planet. Ophir Chasm lies in the central region of the giant Martian canyon system the Valles Marineris. The canyons were formed by a combination of geological faulting, landslides, & erosion by wind & water. The three arc-shaped cliffs at right are slump scarps and the landslide debris is piled at the base of the cliffs. The scarps are each about 25 km wide and 4 km high and the landslide debris has flowed a distance of about 65 km from the cliff base. The vertical scale of the image has been stretched by a factor of 2, exaggerating the cliff heights. (Image processing by Alfred McEwen & topographic mapping by Sherman Wu, both at USGS, Flagstaff,

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