Measurements of hydroxyl (OH*) airglow intensity are a straightforward and cost-efficient
method which allows information to be derived about the climate and dynamics of the upper …

We review measurements of nighttime atmospheric/ionospheric waves in the upper
atmosphere in Japan, Indonesia, and Australia, using all-sky airglow imagers of optical …

We use theory and global ray modeling to investigate how the potential of gravity waves to
transport momentum flux globally from the lower atmosphere into the mesosphere and lower …

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 present the first reported gravity wave patterns in the mesopause region caused by a
typhoon in the troposphere. On 10 December 2002, concentric rings of gravity waves in OH …

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 …

This work offers the first in‐depth study of the global characteristics of wave perturbations in
temperature profiles at 20–140 km altitudes derived from the Imaging Ultraviolet …

Lab-based experimental and computational methods were used to study the atmospheric
degradation of two promising “green” solvents: pinacolone,(CH 3) 3 CC (O) CH 3, and …

The Middle Atmosphere Alomar Radar System (MAARSY) on the island Andøya in Northern
Norway (69.3° N, 16.0° E) observes polar mesospheric summer echoes (PMSE). These …

An all-sky airglow imager (ASAI) was installed at Xinglong, in northern China (40.2° N,
117.4° E) in November 2009 to study the morphology of atmospheric gravity waves (AGWs) …