[PDF.83dl] Remote Sensing Analysis of Cratered Surfaces: Mars Landing Hazard Assessment, Comparison to Terrestrial Crater Analogs, and Mars Crater Dating Models

Remote Sensing Analysis of Cratered Surfaces: Mars Landing Hazard Assessment, Comparison to Terrestrial Crater Analogs, and Mars Crater Dating Models

[PDF.oo89] Remote Sensing Analysis of Cratered Surfaces: Mars Landing Hazard Assessment, Comparison to Terrestrial Crater Analogs, and Mars Crater Dating Models

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 | #17193957 in Books |  2008-06-17 | Original language:English | PDF # 1 |  8.66 x.25 x5.90l,.37 | File type: PDF | 108 pages

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||About the Author|Jose M. Hurtado,Jr., Ph.D. in Geology from MIT. Faculty at the University of Texas at El Paso. Research interests include remote sensing, tectonic geomorphology, and planetary science.

Yenlai Chee, M.S. in Geology. Consultant for the

For more than twenty-five years, exploration missions have been sent to Mars in order to understand the dynamic processes at work on the surface of the planet. The surface geomorphology of potential landing sites on Mars is, therefore, among the most important factors to be considered when planning planetary exploration missions. Cratered terrain posses a hazard to equipment during exploration missions. Impact cratering is the most ubiquitous geologic process in the sola...

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