Abstract The Tibetan Plateau (TP) in China has been experiencing severe water erosion
because of climate warming. The rapid development of weather station network provides an …

As a typical fragile ecological plateau area, the risk of water erosion on the Tibetan Plateau
(TP) in China continues to increase with climate change. Rainfall erosivity is one of the most …

The risk of water erosion on the Tibetan Plateau (TP), a typical fragile ecological area, is
increasing with climate change. Rainfall erosivity maps are useful for understanding the …

High-precision rainfall erosivity mapping is crucial for accurately evaluating regional soil
erosion on the Tibetan Plateau (TP) under the backdrop of climate warming and …

The Tibetan Plateau is influenced by global climate change which results in frequent melting
of glaciers and snow, and in heavy rainfalls. These conditions may increase the risk of soil …

Rainfall erosivity in Tibet from 2000 to 2010 was estimated based on simplified erosion
prediction model using daily rainfall data derived from the Tropical Rainfall Measurement …

Many models have been developed internationally to estimate rainfall erosivity. However,
the effectiveness of these pre-existing models has not been verified for the Tibetan Plateau …

Low-density weather station and high topographic variance limited rainfall erosivity (RE)
calculation for Tibetan Plateau (TP). The accuracy of RE prediction from three data sources …

Soil erosion is a serious ecological problem in the fragile ecological environment of the
Tibetan Plateau (TP). Rainfall erosivity is one of the most important factors controlling soil …

Determining the characteristics of rainfall erosivity at different times and locations is
significant for global and regional soil erosion prevention and control. However, accurate …