Projects

Alpine remote sensing of climate‐induced natural hazards AlpSenseRely ist eine dreijährige Zuverlässigkeits- und Potentialstudie in 4 alpinen Regionen (Bayern, Tirol,… [weiterlesen]

AlpSenseBench ist eine einjährige Benchmark-Vorstudie (2018) in 4 alpinen Regionen (Bayern, Tirol, Land Salzburg und Südtirol) zu hochverfügbaren Remote Sensing… [weiterlesen]

Uncertainty on future climate scenarios leads to increased uncertainty in the planning of flood protection, water resources and related measures. Water infrastructure,… [weiterlesen]

Especially in alpine terrain areas land slides are one of the most minatory risks to human life, possessions and infrastructure. Even if the trigger for a catastrophe… [weiterlesen]

The strategic joint project "ClimChAlp" is part of the "Interreg III B Alpine Space Programme" with the participation of numerous institutions from all countries of the… [weiterlesen]

The necessity for monitoring geo-risk areas such as rock slides is growing due to the increasing probability of such events caused by environmental change. Europe is… [weiterlesen]

MOREXPERT investigates short and medium term responses of slope stability to climatic changes in high alpine rock walls. The study contributes to the question how man and… [weiterlesen]

Rock and soil instabilities and cascading events are frequently induced by the hydrostatic pressure changes and rainfall events. The bulk water content, the degree of… [weiterlesen]

How to efficiently manage risks posed by mountain streams? This question is addressed by this project carried out for the Bavarian authorities. Processes such as floods,… [weiterlesen]

In this project in cooperation with the SLF (Snow and Avalanche Research, Davos) we use regular LiDAR, borehole and crackmeter data, piezometers in fractures,… [weiterlesen]