Volcanic eruptions can represent major societal hazards. Placing tighter bounds on the
timescales of magmatic processes that precede eruptions is, therefore, important for volcano …

We present here a comprehensive petrological investigation of products emitted during the
December 2020–February 2022 paroxysmal sequence occurred at the South East Crater of …

Vanguard efforts in forecasting volcanic eruptions are turning to physics-based models,
which require quantitative estimates of magma conditions during pre-eruptive storage …

How and why magmatic systems reactivate and evolve is a critical question for monitoring
and hazard mitigation efforts during initial response and ongoing volcanic crisis …

Crystals formed prior to a volcanic event can provide evidence of processes leading to and
timing of eruptions. Clinopyroxene is common in basaltic to intermediate volcanoes …

The anatomy of the plumbing system of active volcanoes is fundamental to understand how
magma is stored and channeled to the surface. Reliable geothermobarometric estimates …

Isothermal and undercooling experiments were conducted on one of the most primitive
trachybasalts from Mt. Etna volcano in order to examine the crystallization mechanisms …

The thermal and therefore physical state of magma bodies within the crust controls the
processes and time scales required to mobilize magmas before eruptions, which in turn are …

A correct description and quantification of the geochemical behaviour of REE+ Y (rare earth
elements and Y) and HFSE (high field strength elements) is a key requirement for modeling …

Phosphorus zoning in olivine is receiving considerable attention for its capacity to preserve
key information about rates and mechanisms of crystal growth. Its concentration can vary …