Spatial accurate mapping of land susceptibility to wind erosion is necessary to mitigate its
destructive consequences. In this research, for the first time, we developed a novel …

Modeling monthly rainfall erosivity is vital to the optimization of measures to control soil
erosion. Rain gauge data combined with satellite observations can aid in enhancing rainfall …

Rainfall erosivity maps for (near) real-time soil erosion predictions require the integration of
(combinations of) reanalysis products and satellite-retrievals of rainfall, and the overcoming …

In the black soil region of Northeast China, the issue of gully erosion persists as a significant
threat, resulting in extensive damage to farmland, severe degradation of the black soil, and …

Compound erosive forces lead to the deterioration of black soil structure and thus increase
soil erosion. However, the successive temporal characteristics of different erosive forces and …

Rainstorm events are becoming increasingly frequent due to the impacts of global warming,
which results in widespread erosion disasters and related tree destruction. However …

Water erosion has emerged as a significant global environmental challenge, particularly in
South Asia, recognized as one of the regions hardest to hit globally by climate change. This …

Soil loss due to crop harvesting (SLCH) is a globally occurring and underestimated process
that promotes soil degradation. Despite its negative effects on soil functionality and fertility …

Abstract Study region Upper Blue Nile Basin, the largest in Ethiopia in terms of annual water
runoff and soil loss. Study focus A new framework for identifying soil conservation priority …

This study evaluated the accuracy of two new generation satellite rainfall estimates (SREs):
Climate Hazards Group InfraRed Precipitation with Station data (CHIRPS) and Integrated …