Accurately assessing the dynamic changes of glaciers under the background of climate
warming is of great significance for taking scientific countermeasures to cope with climate …

Monitoring snowmelt dynamics in mountains is crucial to understand water releases
downstream. Sentinel-1 (S-1) synthetic-aperture radar (SAR) has become one of the most …

In cryospheric studies, the most critical variable is estimating the beginning and evolution of
the seasonal snow accumulation and its melting process. We propose and evaluate a new …

The spatial heterogeneity and temporal tendency of snow avalanche (hereafter called
avalanche) activities are responses to variations in the inducing environment under climate …

The detection of wet snow by satellite imaging is currently done in an unsupervised way and
lacks quantitative evaluation due to the difficulty of collecting ground truths in extreme …

Seasonal snow is one of the most dynamic components of the cryosphere. The structure and
composition of snowpacks is complex and highly variable, both in space and also in time …

Monitoring the spatial and temporal changes of seasonal snow cover helps to predict and
mitigate floods, avalanches, frost damage, among other hazards. It can also help estimating …

Understanding the snow-streamflow relationship is fundamental for water resources
management in mountains catchments. In the current global warming situation, temperature …