The mountain cryosphere and groundwater play pivotal roles in sha** the hydrological
cycle, yet their connectivity remains incompletely understood. Current knowledge on …

Scarce water resources across the globe have prompted the development of data‐driven
water budgets to account for and distribute limited water more effectively across various land …

The numerous processes implicated in the rapid and profound climate-driven changes that
are underway across the world's mountains must be well monitored, understood, and—as …

Seasonally snow‐covered catchments in the western United States supply water to growing
populations as both annual snowmelt‐driven streamflow and multi‐year groundwater …

Warm and dry summer days can lead to low streamflow due to a lack of rainfall and
increased evaporation. In glacierized catchments, however, such periods can lead to a very …

Highly simplified approaches continue to underpin hydrological climate change impact
assessments across the Earth's mountainous regions. Fully‐integrated surface‐subsurface …

Alpine environments are particularly vulnerable to climatic warming, and long term
observations suggest a shift of snow-influenced river discharge towards earlier periods of …

Climate change will have—and, in much of the world, is already having—a pronounced
impact on alpine water resources. A deeper understanding of the future role of groundwater …

The sensitivity of future groundwater recharge and temperature development was
investigated for three alluvial aquifers in the urban agglomeration of the city of Basel …

Study region Five catchments in upstream Choshui River Basin, Taiwan. Study focus Inter-
catchment groundwater flow (IGF) is commonly assumed negligible role in a catchment …