Recent observations have revealed large F‐region electron density perturbations (∼ 100%)
and total electron content (TEC) perturbations (∼ 30%) that appear to be correlated with …

A spectral full‐wave model is used to study the upward propagation of a gravity wave
disturbance and its effect on atmospheric nightglow emissions. Gravity waves are generated …

Using TIMED/SABER observations, we present global distribution of the semiannual
oscillation (SAO), annual oscillation (AO), and quasi‐biennial oscillation (QBO) in the OH …

All-sky imaging observations on the night of February 15, 2007, from Tirunelveli (8.7° N),
revealed a variety of short-period small-scale dynamical features comprising of atmospheric …

We investigate gravity wave‐induced airglow intensity variations of the OH (8, 3), O2 (0, 1)
atmospheric band, and O (1S) greenline emissions in the mesosphere/lower thermosphere …

Variations of airglow intensity, Volume Emission Rate (VER), and VER peak height induced
by the CO 2 increase, and by the F10. 7 solar cycle variation and geomagnetic activity were …

This study examines the relationship between the concentration of atmospheric sodium and
its Meteoric Input Function (MIF). We use the measurements from the Colorado State …

Airglow intensity-weighted temperature variations induced by the CO2 increase, solar cycle
variation (F10. 7 as a proxy) and geomagnetic activity (Ap index as a proxy) in the …

The gravity wave-induced secular variations and fluctuations of airglow intensity-weighted
temperatures for OH (8, 3) nightglow, O 2 (0, 1) atmospheric band, and O (1 S) greenline in …

The Sounding of the Atmosphere using Broadband Emission Radiometry (SABER)
temperature measurements at low latitudes from 89 km to 97 km were used to derive the …