The last decade has seen rapid progress in understanding of mechanisms coupling the
upper atmosphere (thermosphere and ionosphere) with the atmospheric layers below it …

The advent of new satellite missions, ground-based instrumentation networks, and the
development of whole atmosphere models over the past decade resulted in a paradigm shift …

Abstract Global‐scale Observations of Limb and Disk (GOLD) disk measurements of far
ultraviolet molecular nitrogen band emissions are used to retrieve temperatures (), which are …

This study presents an analysis of the long‐term variations of four propagating quasi 16‐day
waves with Wavenumbers 1 and 2 and investigates their association with sudden …

Although sudden stratospheric warming (SSW) is mainly a northern high‐latitude
phenomena, there are several reports of a concomitant global dynamical response …

Ionospheric responses to sudden stratospheric warming (SSW) are not well understood,
particularly in the midlatitudes and under high solar conditions. During the 2013 SSW …

This study investigates the response of the Asian‐Australian low‐latitude ionosphere to the
2013 Sudden Stratospheric Warming (SSW) event. The equatorial ionization anomaly …

During geomagnetically quiet and solar minimum conditions, spatial variations of the early
morning thermosphere‐ionosphere (TI) system are expected to be mainly governed by wave …

Oxygen dayglow emissions at multiple wavelengths that emanate from different heights
(from around 130 km to peak altitude of the ionospheric F region) over a low‐latitude …

The Sun is a variable active-dynamo star, emitting radiation in all wavelengths and solar-
wind plasma to the interplanetary space. The Earth is immersed in this radiation and solar …