This paper presents for the first time results on winds, tides, gradients of horizontal winds,
and momentum fluxes at mesosphere and lower thermosphere altitudes over southern …

By using the WHU‐YC meteor radar observations (2019.11–2021.10) in Yinchuan (38.8° N,
106.8° E), we studied the winds, tides, and gravity waves (GWs) in the Mesosphere and …

Abstract The Southern Argentina Agile MEteor Radar (SAAMER), located at Tierra del
Fuego (53.7° S, 67.7° W), has been providing near‐continuous high‐resolution …

This paper assesses the ability of a recently installed 55 MHz multistatic meteor radar to
measure gravity-wave-driven momentum fluxes around the mesopause and applies it in a …

Multiyear high‐frequency gravity wave (GW) momentum fluxes and variances in the
mesosphere and lower thermosphere region are revealed using four meteor radars along …

Specular meteor radars (SMRs) have significantly contributed to the understanding of wind
dynamics in the mesosphere and lower thermosphere (MLT). We present a method to …

Zonal winds in the stratosphere and mesosphere play important roles in atmospheric
dynamics and aeronomy. However, the direct measurement of winds in this height range is …

Atmospheric gravity waves (GWs) can strongly modulate middle atmospheric circulation and
can be a significant factor for the coupling between the lower atmosphere and the middle …

Using the meteor radar data at the Mohe (53.5° N, 122.3° E) and Wuhan (30.5° N, 114.2° E)
regions over China, this paper conducts a study on the diurnal and seasonal variation of …

In this study, a composite day extension of the Hocking (2005) analysis technique was used
to study diurnal and seasonal variations in atmospheric short-period (less than 2 h) gravity …