By far the most prescient insights into the interior structure of the planet have been provided
on the basis of elastic wave seismology. Analysis of the travel times of shear or compression …

We present a glacial record from the western Olympus Range, East Antarctica, that
documents a permanent shift in the thermal regime of local glaciers, from wet-to cold-based …

The geothermal heat flux is a critical thermal boundary condition that influences the melting,
flow, and mass balance of ice sheets, but measurements of this parameter are difficult to …

A review of the early Holocene paleoseismicity in areas covered by huge ice sheets in the
interior of Fennoscandia and North America shows that observational data and numerical …

Earth, Jupiter's moon Io and Saturn's tiny moon Enceladus are the only solid objects in the
Solar System to be sufficiently geologically active for their internal heat to be detected by …

Anelastic dissipation of tidal forces likely contributes to the thermal budget of several
satellites of giant planets and Earth‐like planets closely orbiting other stars. In order to …

This paper presents a method that modifies commercial engineering-oriented finite element
packages for the modelling of Glacial Isostatic Adjustment (GIA) on a self-gravitating …

Satellite and recent Earth-based observations of Io's surface reveal a specific spatial pattern
of persisting hotspots and sudden high-intensity events. Io's major heat producing …

Different methods are possible for estimating tidal deformations of Earth and telluric planets.
On the one hand, the code ALMA 3 solves analytically the governing equations in …

The majority of confirmed terrestrial exoplanets orbits close to their host stars and their
evolution was likely altered by tidal interaction. Nevertheless, due to their viscoelastic …