9 results
- Biomorphodynamics of living river and coastal landscapes
Our aim is to understand and predict natural and human-induced dynamics of living fluvial and coastal landscapes.
/en/research/department-of-physical-geography/research/biomorphodynamics-of-living-river-and-coastal-landscapes - Computational geography and earth observation
Earth observation from satellites and other platforms (aircrafts, drones) is crucial for our understanding of System Earth and to monitor processes at the Earth surface.
/en/research/department-of-physical-geography/research/computational-geography-and-earth-observation - Department of Physical Geography
Our research is directed to understanding the physical processes, patterns, and forms at the Earth's terrestrial surface.
/en/research/department-of-physical-geography - Evolution and morphodynamics of rivers, floodplains and deltas
Our Delta Evolution programme aims to develop a fundamental, data-driven understanding of the development of deltas and resulting subsurface architecture at time scales of millennia to centuries.
/en/research/department-of-physical-geography/research/evolution-and-morphodynamics-of-rivers-floodplains-and-deltas - Geolab
The GeoLab is the main laboratory facility of the Faculty of Geosciences. We have a wide range of lab facilities available for measuring bulk rock geochemistry, bulk rock stable isotopes (H, C, N, S), in situ stable and radiogenic isotopes (U,Pb-dating), in situ major and trace elements and crystallography.
/en/organisation/faculty-of-geosciences/research-facilities/geolab - Landscape functioning and natural hazards
Our group focuses on studying natural hazards processes: including landslides and soil erosion in mountainous areas in the Alps and the Himalayas, and wind erosion and droughts in semi-arid environments like the Mediterranean region and the Sahara. The results of our studies and the outcome of our models helps society to mitigate the negative impacts of hazards.
/en/research/department-of-physical-geography/research/landscape-functioning-and-natural-hazards - Paleoclimate & Biogeology
Palaeoecology studies past environmental dynamics by means of palaeo-reconstructions combined with experiments and observations to understand past and present behavior of biota in relation to humans, climate and natural competition.
/en/research/department-of-earth-sciences/paleoclimate-biogeology - Sustainability
This research theme aims to unravel system Earth for a sustainable future.
/en/research/sustainability - Water Climate and Future Deltas
This research area focuses on dealing with problems related to subsidence and associated loss of ecosystem services.
/en/research/water-climate-and-future-deltas