Current Research

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Right now anlyzing craters on Mars for topographic signs of ice flow. I'm thrilled to work with my advisor, Francis Nimmo - a highly regarded planetary scientist.


Mars Links:
Mars-o-web
Mars Rovers

Papers:
Surface Tension-Driven Silicate Melt Migration (proof)
North-South Asymmetry in Martian Crater Slopes (in review)
Mars is a fascinating planet with a enigmatic history we have yet to unravel. One of my favorite factoids about Mars is that surface features on Mars range in age from ~3 billion years old to < 10 million years old - nearly the entire span of our Solar System's history. The potential for Mars to tell us about various environments that existed over this large span of time is very exciting.

The evidence for the presence of liquid water on the surface of Mars at some point in the past is overwhelming. Large outflow channels incising the margins of the Tharsis volcanic region and extending downslope into the resurfaced northern plains is the most prominent water-related feature on Mars. Dentritic drainage networks similar to those seen on Earth are more controversial in their origin, but may be formed by rainfall (or snow) precipitating onto the Martian surface. These features are relatively old, suggesting that Mars was once warmer and wetter than it is today. Although there appear to be modern water-related features on Mars such as gullies and dark streaks, they are a far cry from the catastrophic flooding suggested by the outflow channels. Mars, like Earth, has undergone episodic and sometimes irriversable climate change.