Elisabeth (Libby) Hausrath

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Professor of Geoscience

Expertise: Mars geochemistry, Water-rock interactions, Astrobiology, Snow dynamics

Biography

Elisabeth (Libby) Hausrath is an aqueous geochemist and astrobiologist who investigates interactions between water and minerals, and the impacts of life on those interactions. She and her team use a combination of field work, laboratory experiments, and modeling to investigate signatures of aqueous alteration and life, the rates at which water-rock interactions occur, and how they differ on Earth and on other planets such as Mars. Their work helps understand chemical weathering, water chemistry, nutrient release, the formation of soils, and potential signatures of life on Earth and Mars.

Hausrath and her team also explore snow dynamics, particularly the interactions between snow algae, microorganisms, and minerals in the nutrient-poor environment present in snow, which may also be an analog to Mars.

Hausrath serves on NASA's Returned Sample Science Board, which offers scientific input into aspects of the upcoming Mars 2020 rover mission.

Education

Dual-Title Ph.D. Program in Geosciences and Astrobiology, Penn State University
Sc.B Geology-Chemistry, Brown University

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Elisabeth (Libby) Hausrath In The News

UNLV scientist’s role in Mars exploration, soil collection inspired by 2004 mission

Exploring Mars might be a dream for students interested in careers in space. For Libby Hausrath, it’s an exciting point on a career path she chose years ago.

NASA’s Mars Mission Breaks Major Record With Ingenuity Helicopter

Outsider

In the summer of 2020, NASA launched Percy (full name, Perseverance), a car-sized rover, as part of the Mars 2020 mission. For seven long months, Percy traveled through the vacuum of space, drifting among the stars toward the Red Planet with a small robotic helicopter fondly dubbed Ginny (Ingenuity) in tow.

NASA’s Perseverance rover snagged two new samples from the Martian surface

Tech Explorist

To find evidence of prehistoric microbial life and to better understand the processes that formed the surface of Mars, scientists wish to analyze Martian samples with high-tech lab equipment on Earth. The majority of the samples will be made up of rock. Still, scientists are also interested in studying regolith, or broken rock and dust, not only for what it can reveal about Mars’ geological processes and environment but also help astronauts prepare for some of the difficulties they will encounter. Regolith is fascinating to scientists and engineers because it can impact everything from solar panels to spacesuits.

NASA Ingenuity helicopter just broke one of its own records on Mars