The low latitude ionosphere is strongly affected by several highly variable electrodynamic
processes. Over the last two decades ground-based and satellite measurements and global …

Solar thermal tides are planetary-scale waves in the neutral atmosphere with periods that
are harmonics of 24 hours. In the thermosphere, they can achieve significant amplitude and …

Recent observations and model simulations demonstrate unequivocally that non‐Sun‐
synchronous (nonmigrating) tides due to deep tropical convection produce large …

This paper introduces a new Earth's atmosphere‐ionosphere coupled model that treats
seamlessly the neutral atmospheric region from the troposphere to the thermosphere as well …

Numerous observations and model studies made during the past 5 years have
unequivocally revealed that the ionosphere and thermosphere owe a considerable amount …

The occurrence statistics of equatorial plasma bubbles (EPBs) obtained from low‐inclination
orbit satellites are significantly affected by the way the data are sampled and the way that the …

Using an extremely valuable global data set from Formosa Satellite (FORMOSAT‐
3)/Constellation Observing System for Meteorology, Ionosphere, and Climate (COSMIC) …

A number of recent studies have highlighted the observational evidence for a coupling
between atmospheric tides in the thermosphere and the electron density structure of the …

Ionospheric day‐to‐day variability is a ubiquitous feature, even in the absence of
appreciable geomagnetic activities. Although meteorological perturbations have been …

In this study, the ionospheric electron density profiles retrieved from radio occultation
measurements of the Constellation Observing System for Meteorology, Ionosphere and …