Today, Sebastian Buchelt gave a presentation about “Detecting small-scale patterns of rock glacier surface kinematics in the Central Alps using Differential SAR Interferometry”. He provided insights into his latest results about spatial patterns of rock glacier kinematics. These results were presented in the online seminar series of the IPA Action Group “Rock glacier Inventory and Kinematics” (RGIK). He showed that seasonal acceleration in the snow free summer months and the proportion of subsidence on the overall movement varies strongly within rock glacier units and can help to get a better understanding on current dynamics as well as internal structure of these landforms. More details on his research can be found in the following publication:
https://www.mdpi.com/2072-4292/15/12/2982
follow us and share it on:
you may also like:
Johannes Mast Submits PhD Thesis on Migration Research Using Remote Sensing and Social Media Data
We are proud to celebrate a major milestone of EAGLE MSc alumnus and EORC PhD student Johannes Mast, who has successfully submitted his PhD thesis titled “Geographical Migration Research Based on Remote Sensing and Social Media Data.” His work represents an exciting...
EAGLE Students Calibrate Thermal Sensors for Fire Mapping in Kruger National Park
Fieldwork, international collaboration, and hands-on sensor calibration – three EAGLE M.Sc. students recently experienced all of this during their internship in Kruger National Park in South Africa. Clemens, Sebastian, and Lukas are currently supporting an ongoing...
EO4CAM at Tag der Hydrologie 2026 in Kassel
From March 4–6, 2026, Sofia Haag from the EO4CAM project attended the Tag der Hydrologie conference in Kassel. Held under the theme “Water resources under pressure,” the conference brought together researchers and practitioners to discuss current challenges and...
“Where Is Everybody?” — The EO4CAM Effect
If you walked through the corridors of our EORC offices this week, you might have had the same thought as many confused colleagues: “Where is everybody?” Yes, we know the meme. But before you assume a mysterious disappearance, spontaneous field campaign, or a secret...
Monitoring Urban Heat with Multi-Sensor Earth Observation: The SMART-TWIN Project
Urban areas are increasingly exposed to heat stress, making climate-sensitive planning more important than ever. As part of this effort, our team has recently started a new project focused on urban heat monitoring using multi-sensor Earth Observation approaches. The...
Supporting Crisis Mapping from Above: Our Contribution to ZKI Activation Tests
As part of the exploration of UAS in crisis activation activities coordinated by the DLR Center for Satellite Based Crisis Information (ZKI), the EORC UAS research team contributed high-resolution airborne data to support the generation of geospatial products. Our...