Gravity waves in the mesopause region (80–105 km) may induce perturbations in OH
Meinal Band emissions at∼ 87 km. These perturbations can be observed by ground‐based …

Using a convective plume model and a ray trace model, we investigate the effects of winds
on concentric rings of gravity waves (GWs) excited from a convective plume on 11 May …

The first no‐gap OH airglow all‐sky imager network was established in northern China in
February 2012. The network is composed of six all‐sky airglow imagers that make …

We report the first joint observations of convectively generated gravity waves (GWs) using an
OH airglow imager in Colorado and the Atmospheric Infrared Sounder (AIRS) onboard the …

A very high spatial resolution (∼ 25 m pixel at 90 km altitude) OH airglow imager was
installed at the Andes Lidar Observatory on Cerro Pachón, Chile, in February 2016. This …

Six medium-scale gravity waves (GWs) with horizontal wavelengths of λ H= 60–160 km were
detected on four nights by Taylor et al.(2009) in the OH airglow layer near Brasilia, at 15° S …

A mountain wave with a significant brightness temperature amplitude and~ 500 km
horizontal wavelength was observed over the Andes on 24–25 July 2017 in Atmospheric …

We report on six continuous hours of OH airglow imager observations (at z∼ 87 km) of
convectively generated gravity waves (GWs) near Fort Collins, Colorado, on the evening of …

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 …

Abstract An Advanced Mesosphere Temperature Mapper and other instruments at the Arctic
Lidar Observatory for Middle Atmosphere Research in Norway (69.3° N) and at Logan and …