A comprehensive glacier hydrology model was developed within the Cold Regions
Hydrological Modelling platform (CRHM) to include modules representing wind flow over …

This publication presents a comprehensive hydrometeorological data set for three research
sites in the upper Rofental (1891–3772 m asl, Ötztal Alps, Austria) and is a companion …

Cold regions provide water resources for half the global population yet face rapid change.
Their hydrology is dominated by snow, ice and frozen soils, and climate warming is having …

Mountain glacierized headwaters are currently witnessing a transient shift in their
hydrological and glaciological systems in response to rapid climate change. To characterize …

Shifting precipitation patterns, a warming climate, changing snow dynamics and retreating
glaciers are occurring simultaneously in glacierized mountain headwaters. To predict future …

Reliable, long-term records of glacier mass change are invaluable to the glaciological and
climate-change communities and used to assess the importance of glacier wastage on …

Mountain snow and ice greatly influence the hydrological cycle of alpine regions by
regulating both the quantity and seasonal variations of water availability downstream. This …

As glacier degradation is intensifying worldwide, understanding how and when glacial runoff
is important becomes imperative for economic planning and societal adaptation in response …

Mountain guides play an important role in the provision of nature-based tourism activities,
such as mountaineering, in alpine environments around the world. However, these locales …

Debris-covered glaciers are an important component of the mountain cryosphere and
influence the hydrological contribution of glacierized basins to downstream rivers. This study …