… Plain Language Summary In this study, we find that bifurcation of the wave train over
Eurasia is related to the Rossby wave source near the Mediterranean. The wave train tends to …

… in North China. To better understand the heavy train-induced vibration of railways and their
environments, the present study selected the Daqin Railway in the North China Plain loess …

… Previous studies over the North China Plain (NCP) mainly … downstream propagating
atmospheric wave trains. Additionally, … eastwards propagating atmospheric wave trains. This study …

… wave trains contribute to generation of the meridional wind anomalies over East China via
… By contrast, after the mid-1990s, the atmospheric wave train along the Asian subtropical jet …

… caused by the two Rossby wave trains, in conjunction with the … over southern China, moves
north into northern China near … China is an obvious Rossby wave source, supporting waves …

… climate of this wave train during 1948–2018. This atmospheric wave train has a barotropic
… This spring wave train can efficiently extract available potential energy from the basic mean …

… a downstream Rossby wave train, resulting in anomalous circulations over the NCP, which
are favorable for haze over central and southern China (Feng et al., 2019; Wang et al., 2019). …

… haze pollution (HP) over the North China Plain (NC) experienced a significant … wave train
over mid-high latitudes of Eurasia. This zonally propagated Eurasian atmospheric wave train, …

… To examine the possible sources of the atmospheric wave trains over Eurasia, we also
present the wave activity fluxes in Fig. 8, which describe propagation directions of the …

… The EA/WR Rossby wave train was the prominent circulation contributing to WHDNCP in
2013, with a source located over the central North Atlantic. We speculate that the air–sea …