The progress in the study of ULF waves in the Earth's magnetosphere made between 1987
and 1989 is reviewed. Topics addressed in the review include satellite and ground-based …

In the present article, the results of theoretical investigation of the dynamics of generation
and propagation of planetary (with wavelength 103km and more) ultra-low frequency (ULF) …

The system of non-linear equations for electromagnetic Rossby–Khantadze waves in a
weakly ionized conductive ionospheric E-layer plasma with sheared zonal flow is given. Use …

Planetary‐scale waves and vortices in the weakly ionized ionospheric E layer are
dominated by the Hall conductivity that couples the Rossby and Alfvén dynamics giving rise …

It is shown that in the earth's conductive ionospheric E-region, large-scale ultra low-
frequency Rossby and Khantadze electromagnetic waves can propagate. Along with the …

Using an analogy method the frequencies of new modes of the electromagnetic planetary-
scale waves (with a wavelength of 10 3 km or more), having a weather forming nature, are …

A complete theory of low-frequency MHD oscillations of the Earth's weakly ionized
ionosphere is formulated. Peculiarities of excitation and propagation of electromagnetic …

Nonlinear dynamics of Rossby–Khantadze electromagnetic planetary waves in the weakly
ionized ionospheric E-layer is investigated. Along with the prevalent effect of Hall …

Taking into account the action of inhomogeneous zonal wind (shear flow), nonlinear
dynamic equations describing the propagation of planetary ULF magnetized Rossby waves …

It is shown that in the Earth's weakly ionized ionospheric E-layer with the dominant Hall
conductivity, a new type of coupled Rossby–Alfvén–Khantadze (CRAK) electromagnetic …