Uncertainties in the rate and magnitude of sea-level rise (SLR) complicate decision making
on coastal adaptation. Large uncertainty arises from potential ice mass-loss from Antarctica …

This study investigated the contributions of snow/glacier meltwater to river runoff in the
northern and central Tianshan Mountains (Central Asia). Based on end-member mixing …

The relative importance of catchment's water provenance and flow paths varies in space and
time, complicating the conceptualization of the rainfall‐runoff responses. We assessed the …

Understanding the mixing between surface water and groundwater as well as groundwater
travel times in vulnerable aquifers is crucial to sustaining a safe water supply. Age dating …

Coastal groundwater reserves often reflect a complex evolution of marine transgressions
and regressions, and are only rarely in equilibrium with current boundary conditions …

The myriad hydrologic and biogeochemical processes taking place in watersheds occurring
across space and time are integrated and reflected in the quantity and quality of water in …

We provide a critical review of indirect methods to elucidate water flows and contaminant
transfer pathways through meso-scale catchments, as the proliferation of such methods in …

The spatial distribution of water isotopes provides essential scientific data for understanding
many hydrological, paleoclimate, and ecological processes. The limited isotopic data across …

We present the Wageningen Lowland Runoff Simulator (WALRUS), a novel rainfall–runoff
model to fill the gap between complex, spatially distributed models which are often used in …

Snow and glacier melt are significant contributors to streamflow in Himalayan catchments,
and their increasing contributions serve as key indicators of climate change. Consequently …