Hydrology is still, and for good reasons, an inexact science, even if evolving hydrological
understanding has provided a basis for improved water management for at least the last …

This study explores the suitability of a single hillslope as a parsimonious representation of a
catchment in a physically based model. We test this hypothesis by picturing two distinctly …

Understanding the applicability and uncertainties of methods for documenting recharge
rates in semi-arid areas is important for assessing the successive effects of land-use …

Study region Venetian high plain between the Brenta and Piave Rivers, Northeast Italy.
Study focus Groundwater recharge is the process by which aquifers, ie, the groundwater …

Transpiration is a key process in the hydrological cycle, and a sound understanding and
quantification of transpiration and its spatial variability is essential for management …

Spatialized physically based models are necessary tools for assessing the fate of pesticides
in natural environments transferred by diffuse pollution. In this study the CATHY (CATchment …

Integrated surface–subsurface hydrological models (ISSHMs) are increasingly being used
for the assessment of contaminant transport in the environment, in addition to their more …

This paper presents a model of flow and solute transport of intermittent catchments in arid
and semi-arid regions, highlighting challenges caused by the complex interactions between …

Soil water movement plays vital roles in hillslope runoff generation and groundwater and
surface water interaction. However, there are still knowledge gaps about the impacts of soil …

Calibrating distributed hydrological models often leads to equifinality due to complex model
structures, which can be further exacerbated in wetlands due to spatio‐temporal …