Horizontal winds from four low‐latitude (±15°) specular meteor radars (SMRs) and the
Michelson Interferometer for Global High‐resolution Thermospheric Imaging (MIGHTI) …

F‐region ionospheric oscillations at planetary‐wave (PW) periods (2–20 days) are
investigated, with primary focus on those oscillations transmitted to the ionosphere by PW …

Abstract Coincident Ionospheric Connections Explorer (ICON) measurements of neutral
winds, plasma drifts and total ion densities (:= Ne, electron density) are analyzed during …

We report for the first time the day‐to‐day variation of the longitudinal structure in height of
the F2 layer (hmF2) in the equatorial ionosphere using multi‐satellite observations of …

The influence of atmospheric planetary waves on the occurrence of irregularities in the low
latitude ionosphere is investigated using Whole Atmosphere Community Climate Model with …

The low‐latitude ionosphere is one of the most dynamic regions of the Earth's upper
atmosphere. The morphology of this region is controlled by radiative and coupled chemical …

This chapter is a review of mechanisms, modeling, and observations pertinent to the topic of
atmosphere‐ionosphere (A‐I) coupling by solar and lunar tides. Primary emphasis is on the …

Abstract The National Center for Atmospheric Research thermosphere‐ionosphere‐
electrodynamics general circulation model (TIE‐GCM) is used to conduct numerical …

Abstract A quasi‐2‐day wave (Q2DW) event during January‐February, 2020, is investigated
in terms of its propagation from 96 to 250 km as a function of latitude (10° S to 30° N), its …

We present for the first time the global climatology of two‐, three‐, and six‐day planetary
waves in the upper atmosphere using nearly 17 years of temperature observations by …