Extreme rainfall erosivity, the capacity of intense rainfall to induce soil erosion, is vital for
anticipating future impacts on soil conservation. Despite extensive research, significant …

Global Climate change and local human activities have profoundly affected the regional
hydrological cycle and water resources. It is imperative to explore the potential changes in …

The rainfall erosivity index or R-factor is a climate-driven parameter affecting soil erosion.
We studied the spatial distribution of rainfall erosivity over India for the historical (1951 …

Water resources in Northern Thailand have been less explored with regard to the impact on
hydrology that the future climate would have. For this study, three regional climate models …

Rainfall is one of the active drivers of soil loss that detaches and displaces soil particles. It is
difficult to assess precisely the distribution, the size, and the terminal velocity of raindrops in …

Climate change has some important implications for soil resource and sediment loads of
rivers which may affect sustainable food production and use of river for water supply. The …

The earth observation data and CMIP6 models were used to predict plausible soil loss from
the Ghaghara river basin. The decadal prediction of soil loss (28.64 ton/ha/year) was found …

Global climate change can potentially threaten agricultural production due to endangered
natural resources, such as rainfall patterns. Thus, extreme rainfall events can cause greater …

Abstract Huai Luang Watershed is mostly covered by agriculture area and the most
population work on farm. The water is an essential factor to support communities in the …

The estimation of rainfall erosivity in the Revised Universal Soil Loss Equation (RUSLE)
requires long series of sub-hourly rainfall observations. Due to the endemic unavailability of …