Current climate models often have significant wet biases in the Tibetan Plateau and
encounter particular difficulties in representing the climatic effect of the Central Himalaya …

The ratio of snowfall to total precipitation (S/P ratio) is an important metric that is widely used
to detect and monitor hydrologic responses to climate change over mountainous areas …

Reliable precipitation simulation over the Tibetan Plateau (TP) remains a challenge,
manifested by a prominent systematic wet bias in the warm season. Previous studies have …

There is research evidence that due to global warming, global precipitation and monsoon
area have shown a shift which needs to be analyzed at regional scale. This study analyses …

In comparison with the number of studies into the impact on precipitation in China of tropical
cyclones (TCs) over the western North Pacific, investigation of the effect of TCs in the Bay of …

Monsoon low pressure systems (MLPSs) are among the most important synoptic-scale
disturbances of the South Asian summer monsoon. Potential changes in their characteristics …

Abstract The Tibetan Plateau is known as the" Asian Water Tower". In the past 50 years,
global warming has accelerated the water cycle over the Asian Water Tower. The current …

Using abundant rainfall gauge measurements and Global Precipitation Mission (GPM) data,
spatial patterns of rainfall diurnal cycles and their seasonality over high mountain Asia …

The structure of mesoscale precipitation within monsoon depressions is still not as well‐
known as the synoptic‐scale composite cloud and precipitation structure. Here, using …

As two prominent natural hazards, tropical cyclone (TC) and heat compound events seem
irrelevant on most occasions. TC generally leads to cooling, but could induce extreme heat …