The global warming and climate changes determined a considerable increase in the
frequency of floods and their related damages. Therefore, the high accuracy prediction of …

Land degradation and, subsequently, desertification processes are conditioned by
biophysical factors and human impacts. Nowadays, there is an increasing interest by social …

The main goal of this research was to conduct a biophysical, economic, social, and
perception-based approach to foresee the solutions that could be used to mitigate the soil …

Non-planned agricultural land abandonment is affecting natural hydrological processes.
This is especially relevant in vulnerable arid karstic watersheds, where water resources are …

Soil moisture is essential in runoff generation, chemical transport, vegetation growth, and
geological hazards like landslides in mountainous regions. However, due to its difficulty of …

[ES] La transformación del secano en regadío en el sector central de la Depresión del Ebro
ha representado un cambio espectacular en las condiciones de cultivo de un territorio de …

Predicting the effects of land-use (LU) changes and hydrological processes on a rapidly
urbanized catchment using the Markov chain and WetSpa models is the main objective of …

Soil erosion is recognized as a threat to humankind and to natural ecosystems when
sustainable limits are exceeded. Several researchers have used various tools, such as …

Factors involved in hillslope geometry and soil erosion are still under discussion by the
scientific community-and one of these factors is microtopography. In this research, the effect …

Soil water movement plays vital roles in hillslope runoff generation and groundwater and
surface water interaction. However, there are still knowledge gaps about the impacts of soil …