Montagne Pelée is one of the most active volcanoes of the Lesser Antilles arc, with two to
three magmatic eruptions per millennium and an estimated magmatic production rate in the …

The first comprehensive global database of giant landslides on volcanic islands is outlined
in this report. This database comprises a total of one hundred and eighty-two entries: the …

Volcanic flank collapses, especially those in island settings, have generated some of the
most voluminous mass transport deposits on Earth and can trigger devastating tsunamis …

Volcanic archipelagos are a source of numerous on-and offshore geohazards, including
explosive eruptions and potentially tsunamigenic large-scale flank collapses. Fogo Island in …

This paper presents a combined onshore-offshore morpho-structural characterization of the
El Golfo giant landslide, island of El Hierro (Canary Archipelago, Spain). Offshore data from …

Abstract The stratovolcano Mt. Pelée, Martinique, exhibits eruptive styles ranging from dome
formation to sustained, highly violent explosive activity. Historical eruptions have produced …

We simulate here the emplacement of the debris avalanche generated by the last flank
collapse event of Montagne Pelée volcano (30–45 ka), Martinique, Lesser Antilles. Our …

Based on 2D seismic profiles, multibeam and seabed grab cores acquired during the
Garanti cruise in 2017, 1–5 km wide seabed giant polygons were identified in the Grenada …

Marine tephrochronology provides a good alternative to study the eruptive history of volcanic
islands and overcome the problem of poorly preserved on-land outcropping. Here, we …

The Rosario segment of the Early Cretaceous Alisitos oceanic arc exposes the transition
from upper-crustal volcanic and hypabyssal rocks to middle-crustal plutons, which formed in …