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 …

The margins of the Caribbean and associated hazards and resources have been shaped by
a poorly understood history of subduction. Using new data, we improve teleseismic P-wave …

Volatiles expelled from subducted plates promote melting of the overlying warm mantle,
feeding arc volcanism. However, debates continue over the factors controlling melt …

Subducting slabs carry water into the mantle and are a major gateway in the global
geochemical water cycle. Fluid transport and release can be constrained with seismological …

Microseismicity, induced by the sliding of a glacier over its bed, can be used to characterize
frictional properties of the ice‐bed interface, which are a key parameter controlling ice …

Abstract The Lesser Antilles arc is only one of two subduction zones where slow‐spreading
Atlantic lithosphere is consumed. Slow‐spreading may result in the Atlantic lithosphere …

The link between surface tectonic plates and mantle slabs is fundamental for paleo-tectonic
reconstructions and for our understanding of mantle dynamics. Many seismic tomography …

Mid-plate upward mantle flow is a key component of global mantle convection, but its
patterns are poorly constrained. Seismic anisotropy is the most direct way to infer mantle …

Abstract The Lesser Antilles subduction zone is a challenging region when it comes to
unraveling its seismogenic behavior. Over the last century, the subduction megathrust has …

Oceanic arcs can provide insight into the processes of crustal growth and crustal structure. In
this work, changes in crustal thickness and composition along the Lesser Antilles Arc (LAA) …