Liquid water previously detected under Mars’ ice-covered south pole is probably just a dusty mirage, according to a new study of the red planet led by researchers at The University of Texas at Austin. Scientists in 2018 had thought they were looking at liquid water when they saw bright radar reflections under the polar cap.… Continue Reading Hope for Present-Day Martian Groundwater Dries Up
Massive Martian Ice Discovery Opens a Window into Red Planet’s History
Newly discovered layers of ice buried a mile beneath Mars’ north pole are the remnants of ancient polar ice sheets and could be one of the largest water reservoirs on the planet, according to scientists at The University of Texas at Austin and the University of Arizona. The team made the discovery using measurements gathered… Continue Reading Massive Martian Ice Discovery Opens a Window into Red Planet’s History
Field Report: Testing New Ways to Collect Data on Sourdough Rock Glacier
The mid-latitudes of Mars are littered with numerous debris-covered glaciers, deposited some several hundred million years ago and composed of pure water ice under a surface debris layer. As a record of Martian climate history and a potential resource for future manned missions to Mars, they are of high interest to UTIG graduate students… Continue Reading Field Report: Testing New Ways to Collect Data on Sourdough Rock Glacier
Student Profile: Stefano Nerozzi
UTIG Ph.D. student Stefano Nerozzi was recently awarded an Endowed Presidential Scholarship by the George Marshall Endowment. We caught up with Stefano to learn about his work and studies here at UTIG. Degree Working Towards/Anticipated Graduation: Ph.D. Geological Sciences, May 2019 What is the focus of your studies? I study the north polar region of Mars, specifically… Continue Reading Student Profile: Stefano Nerozzi
Depressions on Mars could be Oases for Past Microbial Life
Strange, funnel-shaped depressions on Mars could be a new place to look for signs of life on the Red Planet, according to a new UTIG-led study. Continue Reading Depressions on Mars could be Oases for Past Microbial Life