The pre-and syn-eruptive magma decompression rate is recognized as a key parameter
modulating eruption dynamics, with explosive eruptions being generally associated with …

We investigate whether decompression rates derived from three often-disparate petrologic
techniques (microlites, bubbles, and melt embayments) can be reconciled or integrated for a …

Over the last decade, the melt embayment has proven its merit as a robust petrological tool
capable of recording magma decompression rates for explosive eruptions. However, the …

Crystal‐hosted melt embayments and melt inclusions partially record magmatic processes at
depth, but it is not always obvious how to interpret this record. One impediment is our …

Advancements in high-resolution in-situ analyses have led to the extensive use of mineral
diffusion zonings in determining petrologic and orogenic rates. The diffusion simulation …

Structural analysis is a valuable tool for organizing the stratigraphy of metamorphic terranes.
It allows the reconstruction of pre-to sin-orogenic geological scenarios by unraveling the …

A ce jour, alors que l'occurrence d'une éruption majeure n'est pas clairement déterminée,
une seconde question se pose concernant la puissance de celle-ci. La gestion de …

Magmatic volatile elements and compounds in magmas (ie, H 2 O, CO 2, S, F, and Cl) are
linked to the processes that control magma storage and decompression during an eruption …