Despite geographically very distant, Mars’ environments do show some significant similarities to the most extreme polar regions of Earth. Martian analogue studies are a powerful approach to understand environmental processes on Mars, where only limited ground truthing data is available. Cryopegs and brines resemble an exciting habitat for (extraterrestrial-) polyextremophile microorganisms, as water remains liquid even at temperatures well below zero. But despite their large potential for hosting life, their formation mechanisms, spatial distribution, and physio-chemical characteristics are not well understood. Within the framework of my PhD thesis, I aim to contribute to the site-specific analysis, characterisation and understanding of these extreme environments.
If you are further interested in my research activities, you can find a comprehensive overview of my past and current research projects under the following link: https://www.researchgate.net/profile/Cynthia_Sassenroth
- Martian habitability
- Cryopegs and brines
- Environmental analysis
- Remote sensing
Research project: Characteristics of terrestrial groundice, cryopegs and brines in permafrost environments and their implications for martian habitability.
Prof. Dr. Carlo Baroni (University of Pisa, Italy)
Ernst Hauber (Institute of Planetary Science, German Aerospace Center (DLR))
Cynthia Victoria Sassenroth
Dipartimento di Scienze della Terra
Università di Pisa
Via Santa Maria 53