FS 3.134: Remote sensing to capture the dynamics of mountain cryosphere

The state of mountain glaciers, rock glaciers, permafrost and snow cover is a crucial indicator of climate change, yet the remoteness of mountain regions often makes direct observations challenging. This session aims to explore the latest advancements in remote sensing technologies and their applications in monitoring mountain cryosphere. We invite submissions that explore the use of satellite imagery, aerial and drone surveys, also in combination with ground-based techniques to monitor the cryosphere, including: – Glaciers, their characteristics and dynamics, mass balance, and the impacts of climate change. – Advancements in our understanding of rock glacier dynamics and their contribution to the hydrological budget of mountain regions. – The impacts of climate change on mountain permafrost and related natural hazards – Mapping of snow cover and the physical properties of the snowpack We are looking for case studies from diverse mountain regions across the globe that showcase how remote sensing is being used to track glacier changes, predict future trends, and inform climate mitigation strategies, also discussing present challenges and future improvements. Contributions highlighting advancements in multi-spectral and thermal imagery, and the integration of multiple platforms/sensors are particularly welcome. We look forward to your submissions and the dynamic discussions they will inspire, pushing the boundaries of cryospheric research.