This paper investigates the influence of multi-decadal climatic variability on the temporal
evolution of root zone storage capacities (S r, max) and its implications for streamflow …

Projections of changes in extreme droughts under future climate conditions are associated
with large uncertainties, owing to the complex genesis of droughts and large model …

Abstract Although shallow (< 1.5 m) soil water storage has been extensively studied, the
significance of deeper unsaturated zone water storage to flow generation is poorly …

The root-zone storage capacity (Sr) represents the amount of water that is stored in the soil
pore volume, which is accessible for vegetation to extract water for transpiration. Sr has a …

Predicting streamflow in a changing climate poses significant challenges for traditional
hydrological models. Static parameter sets result from model calibrations over historical data …

This study evaluates the differences between two methods to estimate the root-zone storage
capacity in the hydrological wflow_sbm model of the Moselle, in order to obtain more …