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We investigate landform changes in cold climate environments (periglacial and paraglacial processes) and contribute to the spectre of fundamental physical geography in both research and teaching. The focus is on landforms and processes related to the existence of underground ice (e.g. rockglaciers), as well as on adaptation processes to the disappearance of ice (e.g. in glacier forefields). Methods such as geomorphic mapping, terrestrial geodetic surveys, and photogrammetric analyses are applied in order to assess, quantify and monitor ongoing processes and their spatio-temporal changes.
Related projects:
Mhd. Ataullah Raza Kahn (PhD student) "Longterm evolution of rockglaciers in the Swiss Alps"
Claudio Steffen (MSc student) "Assessing rock glacier destabilization trends in the Turtmann valley"
Giulio Saibene (MSc student) "Thermal, hydrological and structural processes responsible for seasonal kinematics of Murtèl rock glacier using borehole data"
Esther Dällenbach (former MSc student) "Analysing rockglacier ground surface temperatures between 2001 and 2023 in the Hungerlitälli, Turtmann valley (VS)"
Giona Crivelli (former MSc student) "Seasonal variability of rock glaciers kinematics using UAV photogrammetry and GNSS: A case study in the southern Swiss Alps, Ticino"
Marije Harkema (former PhD student) "Longterm evolution of rockglaciers in Switzerland"
Jonas Kubik (former MSc student) "Developing a Virtual Excursion for University Didactics in the Field of High-Mountain Geomorphology"
Flurina Durisch (former MSc student) "Long-term evolution of different permafrost landforms on the north-western slope of Piz Corvatsch, Engadin"
Glaciology and Geomorphodynamics