This hands-on introduction to numerical geodynamic modelling provides a solid grounding
in the necessary mathematical theory and techniques, including continuum mechanics and …

The understanding of the dynamic processes in magmatic systems has grown and changed
markedly in the last decade. Old models for magmatic systems as vats of near-liquidus …

Volcán Popocatépetl has been the site of voluminous degassing accompanied by minor
eruptive activity from late 1994 until the time of writing (August 2002). This contribution …

Many active volcanoes around the world alternate episodes of unrest and mildly explosive
eruptions with quiescent periods dominated by abundant but passive gas emissions. These …

The loss of volatiles from a magma reservoir affects the magmatic overpressure responsible
for driving ground deformation and eruptions. Although the high‐temperature metamorphic …

We report on 4 years of airborne measurements of CO2, SO2, and H2S emission rates
during a quiescent period at White Island volcano, New Zealand, beginning in 2003. During …

We propose a model that describes the evolution of crystal sizes and crystal size
distributions (CSD) of igneous phenocrysts in a sequence of dissolution and crystallization …

This paper examines the role of the position and orientation of a regional fault in the roof of a
magma chamber on stress distribution, mechanical failure, and dyking using 2D finite …

Mafic enclaves in the 1991–1995 dacite of Unzen volcano show chemical and textural
variability, such as bulk SiO 2 contents ranging from 52 to 62 wt% and fine-to coarse-grained …

Measurements of 226Ra–210Pb disequilibria in eruptive products have the potential to track
the accumulation or loss of volatiles in magmatic systems on timescales of decades because …