Anthropogenic climate change is decreasing seasonal snowpacks globally, with potentially
catastrophic consequences on water resources, given the long-held reliance on snowpack …

Multiple lines of evidence suggest climate change will result in increased precipitation
variability and consequently more frequent extreme events. These hydroclimatic changes …

Mountain rain-on-snow (ROS) generates large flooding events worldwide. Climate warming
will enhance the frequency, magnitude, and widespread nature of these events. Past studies …

Societies and ecosystems within and downstream of mountains rely on seasonal snowmelt
to satisfy their water demands. Anthropogenic climate change has reduced mountain …

Abstract The Sierra Nevada and Southern Cascades—California's snowy mountains—are
primary freshwater sources and natural reservoirs for the states of California and Nevada …

The precipitation phase (ie, rain and snow) is important for the global hydrologic cycle and
climate system. The objective of this study is to evaluate the precipitation-phase partitioning …

Abstract The Mediterranean Basin has experienced one of the highest warming rates on
earth during the last few decades, and climate projections predict water scarcity in the future …

Snow droughts are commonly defined as below-average snowpack at a point in time,
typically 1 April in the western United States (wUS). This definition is valuable for interpreting …

Increasing wildfire and declining snowpacks in mountain regions threaten water availability.
We combine satellite‐based fire detections with snow seasonality classifications to examine …

The change of precipitation phase could have profound influence on water cycle and
ecological environment in Northwest China (NWC). It has been observed that snowfall is …