Understanding variations in eruptive style and defining the processes and controls on
different eruption styles is particularly important at arc volcanoes. This is due to the range of …

Volatiles are an essential aspect of subduction zones and constraining their cycling through
subduction zones is of prime importance to better understand the genesis, transport, storage …

The effects of sediment contribution to the Lesser Antilles island arc have been well
explored with whole-rock trace-element chemistry and isotopic studies. To better understand …

To understand the dynamics of magmatic systems, one must first seek to characterize the
time-dependent behavior of magma storage and ascent. Herein, we do this through a …

We report on the process of generating the first suite of integrated volcanic hazard zonation
maps for the islands of Dominica, Grenada (including Kick 'em Jenny and Ronde/Caille) …

Dominica, one of the most magmatically active islands of the Lesser Antilles through its four
active volcanoes, is likely host under its central part, below Morne Trois Pitons–Micotrin, to a …

Volatiles contribute to magma ascent through the sub-volcanic plumbing system. Here, we
investigate melt inclusion compositions in terms of major and trace elements, as well as …

Abstract Mount Pelée (Martinique) is one of the most active volcanoes in the Lesser Antilles
arc with more than 34 magmatic events in the last 24,000 years, including the deadliest …

The general question of the generation of large-volume silicic eruptions is here addressed
through the experimental determination of the storage conditions of the primary magmas that …

Dating of submarine volcanic systems is key to understand the history of tectonic and
volcanic interactions within the Lesser Antilles volcanic arc. In this study, we investigate the …