Recent investigations of the seasonal variation of the activity of gravity waves in the
mesosphere/lower thermosphere (MLT) at middle and high latitudes suggest a semiannual …

Wind measurements from continuous meteor radar observations during June 2004–May
2007 are used to estimate the gravity wave momentum fluxes in the Mesosphere Lower …

Annual cycles of horizontal winds and gravity wave (GW) momentum fluxes in the
mesosphere/lower thermosphere (MLT) are presented for the medium frequency Doppler …

Morphological observations (terrestrial laser scanning) and sediment analysis are used to
study beach cusp morphodynamics at Melbourne Beach (Florida, USA), a moderately …

A new generation all-sky SKiYMET meteor radar, optimized to measure high-frequency
gravity wave momentum flux, was installed in Trondheim, Norway (63.4° N, 10.5° E), and …

The ability of all‐sky interferometric meteor radars to measure mean wind and high‐
frequency gravity wave wind perturbations from meteor radial velocities is assessed. A …

High‐frequency gravity waves generated by tropical deep convection play a major role in
shaping the general circulation of the middle atmosphere. Special experiments were …

To investigate gravity wave dynamics in the mesosphere and lower thermosphere (MLT)
region, we conducted coordinated observations of mesospheric gravity waves over Japan …

In this study, we present the statistical features of gravity wave (GW) and sporadic E layer
(ES) by using the Sounding of the Atmosphere using Broadband Emission Radiometry …

In the present work, the momentum fluxes of gravity wave (GW) around the mesopause are
estimated, using the decadal continuous observations by meteor radar at Mohe (53.5° N …