An integrated treatment of observations and models of the undisturbed equatorial electrojet
is presented. Previous reviews have concentrated on particular aspects of the electrojet …

Advances in the theory of atmospheric tides since the monograph by Chapman and Lindzen
(1970) are comprehensively reviewed. Major developments include investigations of the …

It has been suggested (Lindzen, 1967, 1968a, b; Lindzen and Blake, 1971; Hodges, 1969)
that turbulence in the upper mesosphere arises from the unstable breakdown of tides and …

This is a graduate student level tutorial on'atmospheric tdal and planetary waves for non-
dynamicists. The intent is to provide a basic understanding of the physics, mathematics, and …

The equations and boundary conditions governing tidal oscillations in a viscous, rotating,
spherical atmosphere from the surface to 400 km are formulated, including model …

Solar and lunar semidiurnal wind and temperature oscillations from the surface to 400 km
are simulated for average solar activity conditions utilizing the numerical tidal model …

The SABER instrument on the TIMED satellite provides unprecedented geographical
coverage for the determination and study of atmospheric tides. However, the slow local time …

Coupling between the troposphere and lower thermosphere due to upward propagating
tides is investigated using temperatures measured from the SABER instrument on the …

Wind measurements from the Michelson Interferometer for Global High‐resolution
Thermospheric Imaging (MIGHTI) instrument on the Ionospheric CONnections (ICON) …

The recent discovery of large ionospheric disturbances associated with sudden
stratospheric warmings (SSW) has challenged the current understanding of mechanisms …