Based on daily precipitation from 12 meteorological stations over hinterland of the Tibetan
Plateau observed by the China Meteorological Administration in 1960–2012, changes in ten …

Based on daily precipitation records at five meteorological stations during 1978–2013
periods, the spatial and temporal characteristics of twelve indices of extreme precipitation in …

The Tibetan Plateau is one of the most vulnerable areas to extreme precipitation. In recent
decades, water cycles have accelerated, and the temporal and spatial characteristics of …

Based on daily precipitation data from 115 climate stations, seasonal and annual
precipitation and their extremes over the Tibetan Plateau and its surroundings (TPS) in 1963 …

Climate extremes in the Tibetan Plateau may cause serious regional and global
consequences, but observation-based research over the western Tibetan Plateau is scarce …

Using the daily precipitation data of the long-term series of meteorological stations on the
Qinghai-Tibet Plateau, the percentile threshold method is used to determine the extreme …

Although precipitation extremes exert a major influence on populations and the
environment, trend analysis for the entire Qinghai-Tibetan plateau (QTP) has not previously …

The Tibetan Plateau (TP) are regions that are most sensitive to climate change, especially
extreme precipitation changes with elevation, may increase the risk of natural disasters and …

Global warming is expected to have profound socio-economic and environmental
consequences, and one of the key concerns is extreme precipitation. The classic theory …

Using the monthly precipitation data at 14 stations from 1961 to 2012, the precipitation
trends at the seasonal and annual scales are analyzed using the Mann–Kendall test in the …