Mountain water resources are of particular importance for downstream populations but are
threatened by decreasing water storage in snowpack and glaciers. Groundwater …

Groundwater recharge indicates the existence of renewable groundwater resources and is
therefore an important component in sustainability studies. However, recharge is also one of …

Influences of hydraulic conductivity (K) heterogeneities on bedrock groundwater (BG) flow
systems in mountainous topography are investigated using a conceptual 2D numerical …

Model calibration is essential for hydrologic modeling of large watersheds in a
heterogeneous mountain environment. Little guidance is available for model calibration …

Alluvial aquifers in mountainous regions cover typically a limited area. Their contribution to
catchment storage and outflow is rarely isolated; alluvial groundwater discharge under …

Assessing the respective impacts of land use change and climate change on decadal
streamflow variation is important for water resources management. By using:(i) a simple eco …

Topographic influences on groundwater flow processes that contribute to baseflow and
mountain block recharge (MBR) are conceptually investigated using three‐dimensional …

Estimates of groundwater circulation depths based on field data are lacking. These data are
critical to inform and refine hydrogeologic models of mountainous watersheds, and to …

Analysis of O isotopes and major ions in river and spring waters in Lijiang basin–Yulong
Mountain region, SW China was carried out to identify the geochemical evolution affecting …

Hydrological models for headwater catchments have typically excluded deep groundwater
flow based on the assumption that it is a negligible component of the water budget. This …