Forests are essential in regulating global carbon and water cycles and are critical in
mitigating climate change. Water-use efficiency, defined by the ratio of plant productivity per …

Forest restoration aims to increase forest cover, structure, function, and/or species
composition, and it influences hydrology through the partitioning of precipitation into …

Hydrological sensitivity to forest change, defined as hydrological response intensity (%) per
unit of forest cover change (%), is essential for understanding the magnitude of possible …

Wetlands are ecosystems at the interface between terrestrial and aquatic environments,
subject to flooding by shallow waters or with temporarily to permanently waterlogged soils …

Clarifying the water-root-carbon nexus in the entire root zone is crucial for unlocking the
potential of afforestation in mitigating climate change. But the nexus in deep soil (depth> 1 …

Climate change can directly affect forest hydrology by altering precipitation,
evapotranspiration, and streamflow generation, or indirectly by changing disturbance …

Climate change (CC) along with Land Use and Land Cover Change (LULCC) have a strong
influence in water availability in already fragile Mediterranean ecosystems. In this work the …

Eco-hydrological models can be used to support effective land management and planning of
forest resources. These models require a Digital Elevation Model (DEM), in order to …

We need empirical evidence on the impacts of land‐use change on hydrological processes
to guide policies and land management decisions. Based on a global meta‐analysis of 287 …

Societal demand for vitally important hydrological and other forest ecosystem services (FES)
has been rapidly increasing due to accelerating socioeconomic development and global …