Most of our understanding of the Earth's interior has been derived from measurements from
global seismic networks, although no network has ever been truly “global” because some …

The propagation of seismic waves in the Earth's mantle can be significantly affected by
relaxation processes, causing attenuation and velocity dispersion (reduction). This paper …

Radiated energies from shallow earthquakes with magnitudes≥ 5.8 that occurred between
1986 and 1991 are used to examine global patterns of energy release and apparent stress …

SCARDEC method (Vallée et al., 2011) offers a natural access to the earthquakes source
time functions (STFs), together with the 1st order earthquake source parameters (seismic …

A set of 16 large intraplate earthquakes are considered on the basis of their tectonic settings,
compressive focal mechanisms, and shallow focal depths as possible analogs for large …

The July 8, 1986, North Palm Springs earthquake is used as a basis for comparison of
several different approaches to the solution for the rupture history of a finite fault. The …

Abstract On 6th February 2023 (UTC), two consecutive and catastrophic earthquakes with
moment magnitudes (Mw) 7.8 and 7.7 struck the Maras Triple Junction (MTJ) region in SE …

So far we have introduced seismic body and surface waves more from a physical and
phenomenological point of view. We have learned why these different wave types travel with …

We apply a linear, finite-fault waveform inversion scheme to the near-source strong-motion
records, the teleseismic body waves, and the long-period Rayleigh waves recorded for the 3 …

We revise the spectral technique for estimating radiated energy from recordings of large
earthquakes at regional distances (Δ< 200 km) by correcting for geometric spreading and for …