We present Thermobar, a new open-source Python3 package for calculating pressures,
temperatures, and melt compositions from mineral and mineral-melt equilibrium. Thermobar …

The deep roots of volcanic systems play a key role in the priming, initiation, and duration of
eruptions. Causative links between initial magmatic unrest at depth and eruption triggering …

Diffusion chronometry has produced petrological evidence that magma recharge in mafic to
intermediate systems can trigger volcanic eruptions within weeks to months. However, less …

Diffusion of elements that result in compositional zoning in minerals in volcanic rocks may
be used to determine the timescales of various volcanic processes (eg, residence times in …

Compositional zoning in plagioclase feldspar is an important archive of the temporal,
compositional and thermal evolution of magmatic systems. Modelling diffusion of Mg in …

Chemical diffusion in minerals has shown great potential to quantify timescales of geological
processes. The presence of chemical gradients, along with favorable temperature and time …

Abstract The 1975–1984 Krafla Fires in northeast Iceland was the first plate-boundary rifting
episode to be tracked using seismic and geodetic monitoring. Geophysical observations …

Abstract Eruptions from Mauna Loa's Southwest Rift Zone (SWRZ) pose a significant threat
to nearby communities due to high eruption rates and steep slopes resulting in little time for …

Abstract The 3930 BP Fall Stratified (FS) eruption at Mt. Etna is a rare example of a highly
explosive eruption of primitive (picritic) magma directly from the mantle. The eruption …

The residence timescales of antecrystic minerals contribute a key piece of information
regarding the petrologic evolution of transcrustal magmatic systems and may be inferred …