This study investigates the role and value of distributed rainfall for the runoff generation of a
mesoscale catchment (20 km 2). We compare four hydrological model setups and show that …

Patterns of distinct preferential pathways for fluid flow and solute transport are ubiquitous in
heterogeneous, saturated and partially saturated porous media. Yet, the underlying reasons …

Soil salinization has become a widespread problem that seriously affects the sustainable
development of agriculture. To deal with the salt accumulation and leaching problems in …

Abstract Concepts and terms used in previous multidisciplinary studies of tile‐drained
aquitard‐dominated catchments (TDADC) are inconsistent and confusing. We provide a well …

While both surface water and groundwater hydrological systems exhibit structural, hydraulic,
and chemical heterogeneity and signatures of self-organization, modelling approaches …

Parameterization of theeffective properties as input in hydrogeological models for simulating
water flow is a time consuming and costly process, and it is characterized by high …

Abstract Models provide quantitative solutions that enable better understanding of karst soils
hydrology. A location in central Spain was selected to implement a 1-D hydrological model …

Soil water in an unsaturated zone is the major source of groundwater recharge, and likewise
soil contaminants are the major source of groundwater contamination. It is thus essential to …

Travel time distributions (TTDs) are concise descriptions of transport processes in
catchments based on water ages, and they are particularly efficient as lumped hydrological …

We present a method to simulate fluid flow with reactive solute transport in structured,
partially saturated soils using a Lagrangian perspective. In this context, we extend the scope …