The interannual meridional displacement of the upper-tropospheric westerly jet over the
eastern portion of East Asia in summer has been well documented. This study, however …

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 …

Previous studies have shown that meridional displacement of the East Asian upper-
tropospheric jet stream (EAJS) dominates interannual variability of the EAJS in the summer …

The interannual variability of the east asian upper-tropospheric westerly jet (EAJ) in summer
is characterized by the meridional displacement of its axis, or a seesaw pattern of zonal wind …

The meridional displacements of the upper-tropospheric westerly jet streams over both West
Asia and East Asia (WJMD and EJMD, respectively) in summer manifest as the leading …

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 …

On the interannual timescale, the meridional displacement of the East Asian upper-
tropospheric jet stream (EAJS) is significantly associated with the rainfall anomalies in East …

Abstract The variability of East Asian upper level westerly jets in winter is studied with regard
to the concurrent existence of subtropical jet (East Asian subtropical jet (EASJ)) and polar …

The meridional displacement of East Asia jet (EAJ) is characterized by the leading mode of
upper tropospheric zonal wind variability over East Asia in boreal summer, and is closely …

As the first leading mode of upper-tropospheric circulation in observations, the meridional
displacement of the East Asian westerly jet (EAJ) varies closely with the East Asian rainfall in …