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 …

We processed data from~ 100 continuous GPS stations to provide new insights into the
crustal motion and deformation of central and western Greece. We used the derived velocity …

SUMMARY The Eastern Mediterranean is the most seismically active region in Europe due
to the complex interactions of the Arabian, African, and Eurasian tectonic plates …

Earthquake early warning (EEW) is currently deemed a credible approach to seismic
resilience enhancement in modern societies, especially if part of a more holistic earthquake …

With different styles of faulting, the eastern Ionian Sea is an ideal natural laboratory to
investigate interactions between adjacent faults during strong earthquakes. The 2018 M w …

In this study we utilize regional and teleseismic earthquake moment tensor solutions in order
to infer the contemporary crustal stress in the Greek region. We focus on crustal earthquakes …

Transition from subduction to collision occurs in Western Greece and is accommodated
along the downgoing plate by the Kefalonia right-lateral fault that transfers the Hellenic …

An early detection of the presence of rupture directivity plays a major role in the correct
estimation of ground motions and risks associated to the earthquake occurrence. We …

A dataset of moment magnitudes and rupture areas is compiled for 53 earthquakes that
occurred in the Mediterranean region during the period 1976–2013. Moment magnitudes of …

Observations at Mycenaean archaeological sites of tilted and curved walls, broken pottery,
and human skeletons led to the hypothesis that these sites in the Argolid, Peloponnese …