URJ-UCCS: Undergraduate Research Journal at UCCS

Vol. 9 No. 1
Articles

Understanding Mars's Past Fluvial Geomorphology through Comparative Planetology

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  • Mary Studebaker-Reed
Mary Studebaker-Reed
University of Colorado Colorado Springs
Bio

Published 2015-11-04

Keywords

  • GES,
  • Mars,
  • planetology,
  • Earth,
  • fluvial,
  • geomorphology,
  • geography
    • ...More
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How to Cite

Studebaker-Reed, M. (2015). Understanding Mars’s Past Fluvial Geomorphology through Comparative Planetology. URJ-UCCS: Undergraduate Research Journal at UCCS, 9(1). Retrieved from https://urj.uccs.edu/index.php/urj/article/view/203
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Abstract

There is no question that in the distant past, Mars was a planet teeming with liquid water, and the planet may have been hospitable enough to support life. The evidence of this past water is written all over Mars's dusty surface. The geomorphological features signal past fluvial activity. Using comparative planetology, such features can be compared to similar phenomena on Earth in order to draw conclusions regarding Mars' fluvial past and future.
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