The Eurasian subtropical westerly jet (ESWJ) is a major feature of the summertime
atmospheric circulation in the Northern Hemisphere. Here, we demonstrate a robust …

The summer Eurasian westerly jet is reported to become weaker and wavier, thus promoting
the frequent weather extremes. However, the primary driver of the changing jet stream …

Winter extreme weather events receive major public attention due to their serious impacts,
but the dominant factors regulating their interdecadal trends have not been clearly …

The Asian subtropical westerly jet (AWJ) exerts crucial influences on Eurasian continent
weather and climate. This paper analyzes the advantages and limitations of CRA-40, which …

Previous studies have suggested a poleward shift of the zonally averaged jet stream due to
rapid warming over continents. However, the regional characteristics of the change in the jet …

In this study, we found that the intensity of interannual variability in the summer upper-
tropospheric zonal wind has significantly weakened over Northeast Asia and the subtropical …

Anthropogenic aerosols (AA) can affect cloud and precipitation through aerosol–radiation
interaction (ARI) and aerosol–cloud interaction (ACI). Over the past few decades …

Abstract The impact of North American and European (NAEU) anthropogenic aerosol
emissions on Eurasian summer climate during the twentieth century is studied using …

Anthropogenic aerosols (AAs) induce global and regional tropospheric circulation
adjustments due to the radiative energy perturbations. The overall cooling effects of AA …

The tropospheric westerly jet is a key feature of Southern Hemisphere climate. In recent
decades the jet strengthened in austral summer (December–February [DJF]) and moved …