Understanding the influence of vegetation on water storage and flux in the upper soil is
crucial in assessing the consequences of climate and land use change. We sampled the …

One of the most important functions of catchments is the storage of water. Catchment storage
buffers meteorological extremes and interannual streamflow variability, controls the …

We introduce EcH 2 O-iso, a new development of the physically based, fully distributed
ecohydrological model EcH 2 O where the tracking of water isotopic tracers (2 H and 18 O) …

We use high‐resolution tracer data from an experimental site to test theoretical approaches
that integrate catchment‐scale flow and transport processes in a unified framework centered …

Spatial heterogeneity in the subsurface of karst environments is high, as evidenced by the
multiphase porosity of carbonate rocks and complex landform features that result in marked …

Frequencies and intensities of droughts have increased due to climate change, providing an
urgent impetus to improve understanding of ecohydrological fluxes in drought-sensitive …

Abstract Models simulating stream flow and conservative tracers can provide a
representation of flow paths, storage distributions and mixing processes that is …

Spatially explicit knowledge of the origins of water resources for ecosystems and rivers is
challenging when using tracer data alone. We use simulations from a spatially distributed …

Water resources management during drought is a significant challenge worldwide,
particularly for upland areas. Additionally, variations in water availability are becoming more …

We assessed whether a complex, process-based ecohydrological model can be
appropriately parameterized to reproduce the key water flux and storage dynamics at a long …