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 …

Hydration fronts penetrate 50− 135 μm into glassy rhyolite embayments hosted in quartz
crystals from the Mesa Falls Tuff in the Yellowstone Plateau volcanic field. The hydration …

Magma ascent and eruption are driven by a set of internally and externally generated
stresses that act upon the magma. We present microstructural maps around melt inclusions …

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 …

Environmental flows dynamically change the solid earth, form a key part of various
ecosystems, and deeply shape our society. Pursuing sustainability requires advancing our …

Caldera-forming eruptions are notoriously destructive, and caldera systems have a cyclic
nature that necessitate study of their post-caldera activity. On the other hand, monogenetic …