Simon Loew
Papers
2
Total Citations
94
H-Index
2
About
Simon Loew is a leading figure in alpine geomorphology and engineering geology, whose work has fundamentally reshaped our understanding of landslide dynamics in high-mountain environments. His research focuses on the complex interactions between glacial retreat, paraglacial processes, and large-scale slope instabilities. Loew’s most impactful contribution is his detailed analysis of the Moosfluh Landslide in Switzerland, where he documented the progressive evolution of a massive rock slope from toppling to sliding. This 2019 study, with 83 citations, provided critical insights into how glacier debuttressing can trigger unanticipated, catastrophic accelerations in seemingly stable slopes. Beyond this landmark paper, Loew has pioneered the use of robotic total station monitoring in extreme alpine settings, developing robust solutions for continuous, high-precision displacement tracking despite harsh climatic conditions and difficult accessibility. His work on the Great Aletsch region has established a new standard for monitoring paraglacial hazards, directly informing risk assessment and early warning systems. By bridging detailed field observations with advanced monitoring technology, Loew has become an essential voice for understanding how climate change is reshaping the stability of our planet’s most iconic mountain landscapes.
Research Focus
Key Achievements
Top Papers
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