Land-surface models (LSMs) are increasingly called upon to represent not only the
exchanges of energy, water and momentum across the land–atmosphere interface (their …

This paper discusses empirical and analytical rules to select a suitable grid resolution for
output maps and based on the inherent properties of the input data. The choice of grid …

The requirements for hydrological models have increased considerably during the previous
decades to cope with the resolution of extensive remotely sensed data sets and a number of …

Distributed hydrologic models are increasingly used to describe the spatiotemporal
dynamics of water fluxes and state variables occurring within a basin. Reliable model …

The LULC change vis-à-vis climate change inherently encompassing human dimensions
consequently impact hydrological processes. A slight change in it may affect the water yield …

Gully erosion has been identified as an important soil degradation process and sediment
source, especially in arid and semiarid areas. Thus, it is useful to identify the spatial …

Climate change and human activities have been widely recognized as two major factors that
deeply influence hydrological processes. Evaluating and identifying the contribution …

Quantifying how vegetation mediates water partitioning at different spatial and temporal
scales in complex, managed catchments is fundamental for long-term sustainable land and …

Much attention has recently been focused on the effects that climate variability and human
activities have had on runoff. In this study, these effects are quantified using three methods …

Climate change and human activities are two major driving forces affecting the hydrologic
cycle, which further influence the stationarity of the hydrologic regime. Hydrological drought …