معرفی
Lonneke Roelofs is a Researcher in the Department of Physical Geography at Utrecht University, within the Faculty of Geosciences. She specializes in studying debris flows and mass movements on Earth and Mars, focusing on CO2-driven processes under Martian conditions. Her research bridges planetary geology and geomorphology, with a focus on landscape evolution under varying planetary conditions.
Education:
- MSc Earth Surface and Water (Utrecht University, 2017–2019) – Cum Laude
- BSc Earth Sciences (Utrecht University, 2014–2017) – Cum Laude
- Geosciences Honors College (Utrecht University, 2014–2017)
Research Interests: Her work explores debris flow dynamics across planetary bodies, particularly comparing water-driven flows on Earth with CO2-driven flows on Mars. Key areas include:
- CO2 sublimation mechanisms in Martian gullies
- Bedrock erosion by debris flows under varied conditions
- Remote sensing of planetary surfaces
- Geo-computation for planetary geomorphology
Key Contributions: Her experiments in facilities like the Aarhus Mars Simulation Wind Tunnel and the Open University’s Mars Chamber have advanced understanding of Martian surface processes. Recent work highlights CO2’s role in shaping Martian landscapes and informing Earth hazard prediction under climate change.
Awards and Recognition:
- Escher Award (2019) – Best Master’s Thesis in Earth Sciences, Netherlands
- Teacher Talent Award (2020) – Top Emerging Lecturer, Faculty of Geosciences
- Member, Young Women of Geoscience (YWOG) Committee (2019–2023) – Chair since 2021
Teaching & Outreach: Previously served as a lecturer and teaching assistant for Earth Sciences courses. Developed the Summer School Junior program for primary school students, fostering early STEM engagement. Committed to improving diversity and inclusion in academia through initiatives like YWOG.
Labs & Facilities: Active in experimental facilities simulating Martian environments and terrestrial fluvial-tidal systems. Collaborates with international teams on planetary geomorphology projects.
