… ) and another, further south, located at ∼12 km (the subtropical jet). These jet streams are
… This study considers trends in the wintertime waviness of the two jets as portrayed in three …

Interannual variability of the Southern Hemisphere subtropical jet (STJ) is assessed using
atmospheric reanalyses during 1979–2018. The focus is on the austral winter season when …

… wintertime (December–February) jets in the NH because longitudinal asymmetries are much
greater in the NH and the jets … intensity of the NH wintertime jet streams. Tropical convective …

… decoupling between the Hadley cell edge and the latitudinal position of the subtropical jet. …
over the eastern United States; these jets are part of the large-scale Northern Hemisphere …

… forcing during 6 h (10 9 m 2 s −1 ), (c) the height (hPa), (d) the latitude, (e) PV (PVU), and
(f) zonal wind speed (ms −1 ) averaged over all trajectories started from the subtropical jet in …

… when a single strong jet exists, “… subtropical jet or a polar jet is downstream of a subtropical
jet, and more “symmetric” wave breaking when a polar jet is upstream of a subtropical jet. …

… and the waviness of each jet evolves quite independently of … Hemisphere equivalent, the
Southern Hemisphere polar jet … its Northern Hemisphere counterpart, the austral subtropical jet …

… To examine the large-scale circulation anomalies in the Northern Hemisphere in connection
with the wintertime EAPJ anomalies, the principal components in Fig. 4 are used to select …

… Hemisphere winter. The warm pool size bias in phase 6 of the Coupled Model Intercomparison
Project models is related to the subtropical jet … the future subtropical jet response over …

… of the wintertime, Northern Hemisphere polar and subtropical jets is developed and … the
waviness of the wintertime, Northern Hemisphere polar and 37 subtropical jets is developed and …