Gully-Polygon Interaction and Stratigraphy on Earth and Mars: Sand-Wedge Polygons as Part of Cold-Desert, Near-Surface Fluvial Systems

Details Gully-Polygon Interaction and Stratigraphy on Earth and Mars: Sand-Wedge Polygons as Part of Cold-Desert, Near-Surface Fluvial Systems Gully-Polygon Interaction and Stratigraphy on Earth and Mars: Sand-Wedge Polygons as Part of Cold-Desert, Near-Surface Fluvial Systems

Jul 2007

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2007lpico1353.3059l&link_type=abstract

Seventh International Conference on Mars, held July 9-13, 2007 in Pasadena, California, LPI Contribution No. 1353, p.3059

Physics

Scientific paper

We present field observations suggesting polygonally patterned ground
contributes to the production, transport, and storage of liquid water in
Antarctic gullies; analogous features on Mars suggest that similar
processes may be forming and modifying gullies in both environments.

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