Populations and infrastructure in high mountain regions are exposed to a wide range of
natural hazards, the frequency, magnitude, and location of which are extremely sensitive to …

Abstract Rain-on-snow (ROS) events have caused severe floods in mountainous areas in
the recent past. Because of the complex interactions of physical processes, it is still difficult …

Terrestrial and airborne laser scanning and structure from motion techniques have emerged
as viable methods to map snow depths. While these systems have advanced snow …

The main objective of this study was to monitor wet snow conditions from Sentinel-1 over a
season, to examine its variation over time by cross-checking wet snow with independent …

For physics-based snow cover models, simulating the formation of dense ice layers inside
the snowpack has been a long-time challenge. Their formation is considered to be tightly …

Rain on snow (ROS) has the potential to generate severe floods. Thus, precisely predicting
the effect of an approaching ROS event on runoff formation is very important. Data analyses …

A network of 30 standalone snow monitoring stations was used to investigate the snow
cover distribution, snowmelt dynamics, and runoff generation during two rain‐on‐snow …

The physical, thermal, and mechanical properties of snow, ice, and permafrost are
responsible for the response of these cryospheric materials to external stressors. An …

Knowledge about changes in ground temperatures under a changing climate is important for
many environmental, economic, and infrastructure applications and can be estimated by …

Human populations and infrastructure in high mountain regions are exposed to a wide
range of natural hazards, the frequency, magnitude, and location of which are extremely …