The concept of connectivity has been the subject of a great deal of recent research and
provided new insights and breakthroughs on runoff generation processes and watershed …

This paper presents a quantitative multi-temporal analysis performed in a GIS environment
and based on different spatial information sources. The research is aimed at investigating …

Soil erosion models need detailed runoff and infiltration data as input. This information can
be deduced from empirical relationships or from dynamic models. Here we investigate to …

The distribution of rainfall has major impacts in agriculture, affecting the soil, hydrology, and
plant health in agricultural systems. The goal of this study was to test for recent changes in …

El cambio de uso de suelo en el territorio de una cuenca, afecta directamente la infiltración y
escurrimiento superficial de agua, alterando el balance del ciclo hidrológico. Por lo que …

Review studies indicate that conservation tillage effectively reduces runoff generation
measured on large plots, but less so on smaller plots. These tillage and scale effects have …

Purpose Hydrosedimentological modeling is a tool that can be used to understand better
important processes occurring at the catchment scale, such as runoff and sediment yield …

Flooding of settlements is a growing concern in Europe, also in agricultural areas.
Restoration and installation of vegetated landscape elements (vLE) such as hedges, lines of …

There is increased interest in the interplay between vegetation conditions and overland flow
generation. The literature is unclear on this relationship, and there is little quantitative …

This special issue of Hydrological Processes on 'Catchment Processes and Heterogeneity at
Multiple Scales' is affiliated with the scientific activities of the Theme 2 working group …