Spatio-temporal variation in rainfall-runoff erosivity resulting from changes in rainfall
characteristics due to climate change has implications for soil and water conservation in …

Rainfall erosivity is one of the main factors of soil erosion that is expected to change as
climate variables alter and impact soil conservation policies significantly. It is important to …

Temporal change in rainfall erosivity varies due to the rainfall characteristic (amount,
intensity, frequency, duration), which affects the conservation of soil and water. This study …

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 …

Soil erosion by water is one of the main environmental concerns in the drought‐prone
Eastern Africa region. Understanding factors such as rainfall and erosivity is therefore of …

Soil erosion is recognized as one main reason for soil degradation in West Africa. However,
predictions on the impact of climate change on soil erosion are rare for most West African …

A systematic method, incorporating the revised universal soil loss equation model (RUSLE),
remote sensing, and the geographic information system (GIS), was used to estimate soil …

East Africa is highly reliant on agriculture and has high rates of soil erosion which negatively
impact agricultural yields. Climate projections suggest that rainfall intensity will increase in …

Climate change-induced precipitation variability is the leading cause of rainfall erosivity that
leads to excessive soil losses in most countries of the world. In this paper, four global climate …

A decreasing trend of rainfall has been observed in West Africa, where rainfall erosivity is
also considered to be high. Therefore, this study was carried out to evaluate the variability of …