China's Loess Plateau is both the largest and deepest loess deposit in the world, and it has
long been one of the most severely eroded areas on Earth. Since the 1970s, numerous soil …

This review summarizes the effects of vegetation on runoff and soil loss in three dimensions:
vertical vegetation structures (aboveground vegetation cover, surface litter layer and …

Soil erosion is simultaneously driven by multiple factors. Identifying the dominant controlling
factors and quantifying the contribution of each factor would be helpful to sustain water and …

Central Vietnam is very susceptible to soil erosion due to its complicated terrain and heavy
rainfall. The objective of this study was to quantify soil erosion in the A Sap river basin, A …

The discharge of pollutants into the Yellow River has been strictly controlled since 2013 due
to the severe pollution. Thus, the overall water quality of the Yellow River has been …

Soil erosion in terrestrial ecosystems, as an important global environmental problem,
significantly impacts on environmental quality and social economy. By protecting soil from …

Surface runoff and soil loss from 2007 to 2010 related to land use and rainfall regimes in
karst hill slopes in Guizhou Province, southwest China, were analyzed. Using the …

Understanding how changes in individual land use types influence the dynamics of
streamflow and sediment yield would greatly improve the predictability of the hydrological …

In this research, a long-term (2014–2020) approach to quantify surface runoff and soil loss
generated by different land use and precipitation regimes on Pisha sandstone hillslopes …

As one of the most sensitive areas responding to global environmental change, especially
global climate change, Qinghai–Tibet Plateau has been recognized as a hotspot for coupled …