k Badland erosion of rhyolitic deposits Badland erosion of rhyolitic deposits. Arid, rocky hills in a water eroded badlands landscape. Badlands are produced by erosion of horizontal beds of soft sedimentary rock, such as sandy clay, that are unprotected by vegetation and subject to occasional heavy downpours. Dramatic gullies are formed by the action of rainwater. Such landscapes are found in semiarid parts of North America and North Africa. The name comes from the French explorers who called them mauvaises terres a traverser bad lands to cross. Photographed at Zabriskie Point in Death Valley, California, USA. Stock Photo - Afloimages
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Badland erosion of rhyolitic deposits Badland erosion of rhyolitic deposits. Arid, rocky hills in a water  eroded badlands landscape. Badlands are produced by erosion of horizontal beds of soft sedimentary rock, such as sandy clay, that are unprotected by vegetation and subject to occasional heavy downpours. Dramatic gullies are formed by the action of rainwater. Such landscapes are found in semi arid parts of North America and North Africa. The name comes from the French explorers who called them mauvaises terres a traverser  bad lands to cross . Photographed at Zabriskie Point in Death Valley, California, USA.
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Badland erosion of rhyolitic deposits

Badland erosion of rhyolitic deposits. Arid, rocky hills in a water- eroded badlands landscape. Badlands are produced by erosion of horizontal beds of soft sedimentary rock, such as sandy clay, that are unprotected by vegetation and subject to occasional heavy downpours. Dramatic gullies are formed by the action of rainwater. Such landscapes are found in semi-arid parts of North America and North Africa. The name comes from the French explorers who called them mauvaises terres a traverser (bad lands to cross). Photographed at Zabriskie Point in Death Valley, California, USA.

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