To better understand the physical mechanisms of slow slip events (SSE s) detected
worldwide, we explore the scaling relationships of various source parameters and compare …

We use small and moderate aftershocks of the 24 February 2004 Al Hoceima earthquake as
empirical Greens' functions (EGFs) to retrieve the rupture history of the main event. The …

The maximum slip, observed or inferred, for a small patch within the larger fault zone of an
earthquake is a remarkably well-constrained function of the seismic moment. A large set of …

In September 1999, a moderate (Mw= 5.9) earthquake struck the Attica plain, causing
unexpected and extensive damage to Athens and its population. In this work, we exploit the …

Complex rupture processes are occasionally resolved for weak earthquakes and can reveal
a dominant direction of the rupture propagation and the presence and geometry of main slip …

The stochastic method for finite faults is applied to simulate strong ground motion from the 7
September 1999, moment magnitude M 5.9 Athens earthquake. The method includes …

The existence of active faults near large cities poses significant risk to the life and property of
its inhabitants as well as to its public infrastructure. Here, we investigate the interplay …

We employ a realistic finite-extent “k-2” stochastic source model with k-dependent rise time,
introduced by Bernard et al.(1996) and extended by Gallovič and Brokešová (2004), to …

The wider Athens metropolitan area serves as an interesting setting for conducting geodetic
studies. On the one hand, it has a complex regional geotectonic characteristic with several …

Slip distributions of the moderate magnitude (Mw 5.9), 1999 Athens earthquake, inverted
from surface waves and interferometric Synthetic Aperture Radar (SAR) images, show very …