To understand why a large‐scale monsoon does not exist in North America, we performed a
series of sensitivity simulations to investigate orographic effects of the Rocky Mountains …

The amount of rainfall during June and July along the mei-yu front contributes about 45% to
the total summer precipitation over the Yangtze River valley. How it will change under global …

Abstract The South Asian and East Asian summer monsoons are globally significant
meteorological features, creating a strongly seasonal pattern of precipitation, with the …

Orbital-scale Asian climate evolution is one of the hot topics of paleoclimate researches, and
its changing processes and mechanisms have significant value for understanding the Asian …

In the context of widely reported climate change over the mountainous region, the present
work addresses the notable changes in the seasonal precipitation dynamics over the NWH …

By using the multi-taper method (MTM) of singular value decomposition (SVD), this study
investigates the interdecadal evolution (10-to 30-year cycle) of precipitation over eastern …

This study investigates inter‐model spreading of changes in East Asian winter monsoon
circulation and the underlying reasons under 1.5 and 2.0° C global warming for …

Abstract By using the Weather Research and Forecasting (denoted as WRF) model driven
by two super-high-resolution global models, High Resolution Atmospheric Model (denoted …

In this study, future change of El Niño-related East Asian (EA) rainfall and the diversity of this
relationship are investigated on the basis of the historical and representative concentration …

The differences between the two global warming targets of the Paris Agreement, 1.5° C and
2° C above pre-industrial levels, have drawn much attention from the scientific community …