The Cassini-Huygens mission that explored the Saturn system during the period 2004–2017
revolutionized our understanding of Titan, the only known moon with a dense atmosphere …

Investigation of coupling mechanisms between the troposphere and the ionosphere requires
a multidisciplinary approach involving several branches of atmospheric sciences, from …

In this introductory chapter we describe general properties of the Earth–ionosphere cavity,
outline the relationship of the global electromagnetic resonance to other natural low …

Several quantities measured by the Cassini-Huygens mission provide insight into the
interior of Titan: the second-degree gravity field coefficients, the shape, the tidal Love …

This study presents an approximate model for the atypical Schumann resonance in Titan's
atmosphere that accounts for the observations of electromagnetic waves and the …

Using electric field measurements gathered on the C/NOFS satellite, we report, Schumann
resonance signatures detected in space, well beyond the upper boundary of the resonant …

This study illuminates scenarios whereby the heat produced by the dissipation of ocean
tides is significant in the heat budgets maintaining liquid oceans on icy satellites in the outer …

The historical development of terrestrial atmospheric electricity is described, from its
beginnings with the first observations of the potential gradient to the global electric circuit …

Among the lines of evidence for a buried ocean on Titan is the possible detection of
Schumann-like Resonances (SR), in 2005, by the Permittivity, Wave and Altimetry (PWA) …

This paper reviews the progress achieved in planetary atmospheric electricity, with focus on
lightning observations by present operational spacecraft, aiming to fill the hiatus from the …