Study region The downstream part of the Essaouira basin, Morocco, Northwestern Africa.
Study focus This study combines multivariate statistical analyses, stable isotopes …

Climate change particularly threatens the xeric limits of temperate-continental forests. In
Hungary, annual temperatures have increased by 1.2° C–1.8° C in the last 30 years and the …

Data limitations on groundwater (GW) recharge over large areas are still a challenge for
efficient water resource management, especially in semi-arid regions. Thus, this study seeks …

The debate on ecological and climatic benefits of planted forests at the sensitive dry edge of
the closed forest belt (ie at the'xeric limits') is still unresolved. Forests sequester atmospheric …

In many Italian regions, and particularly in southern Italy, karst aquifers are the main sources
of drinking water and play a crucial role in the socio-economic development of the territory …

Using a water balance to estimate groundwater recharge through the use of remotely
sensed evapotranspiration offers a spatial and temporal density of data that other …

The decline in groundwater levels is a cause of concern in many regions of the world,
including the Sand Ridge of Hungary. The causes of the regional depletion range from rising …

Groundwater levels have declined significantly in the last decades in many parts of the
world, due to anthropogenic activities and climate change. The study focuses on the long …

In semi-arid, groundwater-dependent regions of South Africa, allocation of additional water
resources can become problematic in the absence of quantified regional groundwater …

Because groundwater is Earth's largest pool of freshwater, understanding the sensitivity of
deep drainage to climate, soils, and land cover is critical in managing water resources. To …