The ongoing transformation of the electricity market has reshaped the hydropower
production paradigm for storage reservoir systems, with a shift from strategies oriented …

The accurate spatial information of snow cover is useful for understanding the impact of
global warming, and it is of high significance for hydrological disaster prediction, water …

This work introduces a general multi-objective parameter estimation framework to exploit
MODIS-based snow cover maps to reduce predictive streamflow uncertainty in snow …

The young water fraction (F yw*), defined as the fraction of catchment outflow with transit
times of less than 2–3 months, is increasingly used in hydrological studies that exploit the …

Accurate high spatial resolution snow depth mapping in arid and semi-arid regions is of
great importance for snow disaster assessment and hydrological modeling. However, due to …

Modelling runoff generation in high-elevation Alpine catchments requires detailed
knowledge on the spatio-temporal distribution of snow storage. With Sentinel-2 MultiSpectral …

Snow accumulation in mountainous watersheds plays a paramount role in the hydrological
cycle and environmental stability. In the current research, three different snow modeling …

Study region: The region of interest is the South-Tyrol in the southeastern Alps, Italy. A
comparison of meteorological forcing is performed with reference to this region while …

Climate change is expected to increase the occurrence of droughts, with the hydrology in
alpine systems being largely determined by snow dynamics. In this paper, we propose a …

A heatwave in June 2021 exposed Pacific Northwest (PNW) snowpack to record
temperatures, allowing us to probe seasonal snowpack response to short-term heat …