Marine sediments are the world's largest known reservoir of methane. In many coastal
regions, methane is trapped in sediments buried at depths ranging from centimeters to …

As one of the most serious offshore hazards, wave-induced seabed liquefaction can trigger
massive landslides on the ocean floor and pose a great threat to submarine structures (eg …

We apply a new tsunami vulnerability assessment method to two coastal villages in the Gulf
of Corinth, Greece using the 7th February 1963 tsunami as a worse case scenario. In Akoli …

Volcanic ocean islands are prone to structural failure of the edifice that result in landslides
that can generate destructive tsunamis. These island landslides range enormously in size …

No comprehensive scheme yet exists to describe the depositional products of submarine
sediment failures at the scale of piston cores, resulting in misinterpretation of failure deposits …

A multichannel seismic and bathymetry survey of the central and eastern Gulf of Corinth
(GoC), Greece, reveals the offshore fault geometry, seismic stratigraphy and basin evolution …

The Gulf of Corinth in central Greece is an active normal fault zone with particularly clear
evidence of isostatic footwall uplift, constrained by Quaternary marine terraces, and hanging …

The study aims to present quantitative-based landslide susceptibility mapping through
different procedures. Medium-to small-scale analysis was performed applying the most …

In this study, historical and seismotectonic data from the broader Aegean region, which are
relevant to liquefaction phenomena, have been collected in order to investigate the …

The Gulf of Corinth is a graben, which has undergone extension during the Late Quaternary.
The subsidence rate is rapid in the currently marine part whereas uplift now affects a large …