Seasonal alpine snow contributes significantly to the water resource. It plays a crucial role in
regulating the environmental feedback and from the perspective of socio-economic …

Accurate quantitative global scale snow water equivalent information is crucial for
meteorology, hydrology, water cycle and global change studies, and is of great importance …

The investigation of large landslides in high alpine environments is often hindered by the
difficult accessibility of the mountainous terrain. Efforts are typically concentrated on the …

Large scale mapping of snow water equivalent (SWE) is a long-lasting request in many
scientific and economical fields. Active and passive microwave remote sensing methods are …

The characteristics of an aboveground cosmic‐ray neutron sensor (CRNS) are evaluated for
monitoring a mountain snowpack in the Austrian Alps from March 2014 to June 2016 …

Seasonal snowpack deeply influences the distribution of meltwater among watercourses
and groundwater. During rain-on-snow (ROS) events, the structure and properties of the …

Snow water equivalent (SWE) is identified as the key element of the snowpack that impacts
rivers' streamflow and water cycle. Both active and passive microwave remote sensing …

Interferometric analysis of repeat pass radar images (InSAR) enables the mapping of slope
movements with high accuracy, being of great relevance for the assessment of landslide …

Interferometric synthetic aperture radar (InSAR) is a promising tool for the retrieval of snow
water equivalent (SWE) from space. Due to refraction, the interferometric phase changes …

We assessed the nature and spatial and temporal patterns of deformation over the Miami
Park bluffs on the eastern margin of Lake Michigan and investigated the factors controlling …