Study of Atmospheric Forcing and Responses (SAFAR) is a five year (2009–2014) research
programme specifically to address the responses of the earth's atmosphere to both natural …

A combined lidar system on the basis of conventional Rayleigh lidar has been extended by
two rotational Raman (RR) channels for nocturnal atmospheric temperature measurements …

Measurements of dynamic parameters of atmospheric gravity waves, mainly the vertical
wavelength, the momentum flux and the momentum flux divergence, are affected by large …

Simultaneous monitoring of mesospheric and thermospheric airglow emissions over low
latitudes in the Pacific sector is utilized to study the signatures of mesospheric waves during …

We report first simultaneous airglow, lidar, and total electron content measurements in the
mesosphere‐thermosphere‐ionosphere system behavior from Gadanki (13.5° N, 79.2° E) …

Mesospheric airglow measurements of two or three layers were used to characterize both
vertical and horizontal parameters of gravity waves. The data set was acquired …

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 …

Simultaneous photometric measurements of the OI 557.7 nm and OH (7, 2) band from a low
latitude station, Kolhapur (16.8° N, 74.2° E) during the period 2004–2007 are analyzed to …

A novel measurement of seasonal variability of the middle atmospheric thermal structure has
been carried out by comparing ground‐based lidar and space‐based TIMED/SABER …

From nocturnal variations of the airglow O 2 (0-1) and OH Meinel (6-2) band emission
intensity and the rotational temperature, gravity waves and the damping effect in the MLT …