For over 30 years it has been recognized that atmospheric gravity waves (AGWs) in the 80–
110 km region significantly perturb the basic atmospheric state, perhaps causing instability …

We present the modern theory of small-amplitude acoustic-gravity waves (AGWs) in the
Earth's atmosphere. Main attention is paid to the propagation and radiation of AGWs by …

Observational analyses of gravity waves in the stratosphere have revealed various
climatological patterns in gravity wave activity. Seasonal, geographical, and vertical …

Alexander, MJ, and AW Grimsdell, 2013: Seasonal cycle of orographic gravity wave
occurrence above small islands in the Southern Hemisphere: Implications for effects on the …

A technique to analyze short-period (< 1 hour) gravity wave structure in all-sky images of the
airglow emissions is described. The technique involves spatial calibration, star removal …

Observations of wave-driven fluctuations in emissions from the OH Meinel (OHM) and O2
Atmospheric band were made with a narrow-band airglow imager located at Adelaide …

Analytic models are developed to describe gravity wave induced perturbations in the high ν
OH* Meinel Band emissions and in atomic Na density. The results are used to predict the …

A high‐performance, all‐sky imaging system has been used to obtain novel data on the
morphology and dynamics of short‐period (< 1 hour) gravity waves at equatorial latitudes …

A collaborative radar and imaging study of gravity waves over the Hawaiian Islands was
performed during October 1993 as part of the Airborne Lidar and Observations of Hawaiian …

A time‐dependent, nonlinear, fully compressible, axisymmetric, ƒ‐plane, numerical model is
used to simulate the generation of small‐scale gravity waves in the upper mesosphere and …