The catalogue by Grünthal et al.(J Seismol 13: 517–541, 2009a) of earthquakes in central,
northern, and north-western Europe with M w≥ 3.5 (CENEC) has been expanded to cover …

We use improved focal mechanisms and centroid depth estimates of earthquakes, combined
with GPS velocities, to examine the tectonics of the Hellenic subduction zone, and in …

Detailed review and integrated reinterpretation of geological, seismological, and geodetic
data indicate a major change in the style of deformation of the Aegean microplate since the …

We studied source mechanism parameters and slip distributions of earthquakes with Mw≥
5.0 occurred during 2000–2008 along the Hellenic subduction zone by using teleseismic P …

We calculated the impact on Southern Italy of a large set of tsunamis resulting from
earthquakes generated by major fault zones of the Mediterranean Sea. Our approach …

A massive dataset of over 1900 focal mechanisms of crustal earthquakes with M≥ 3.5 in the
Greek region was employed to resolve the contemporary stress-field using a damped least …

This study revisits subduction processes at the Hellenic Subduction Zone (HSZ) including
tearing, segmentation, and backstepping, by refining the geometry of the Nubian slab down …

The Hellenic Arc of Greece is the most seismically active part of Europe, but little is know
about its mechanics. We modeled deformation along the arc using a finite element model …

Abstract The Hellenic and Cyprus Arcs, that mark the convergent boundary of the African
and Aegean–Anatolian plates, are offset along a subduction transform edge propagator …

We present a description of the characteristics of the seismic deformation occurring in the
Alpine Mediterranean Belt, and outline its association with tectonic and geologic features …