Detailed knowledge of the pre-eruptive time scales associated with magma storage and
transport is vital to improve volcanic hazard forecasting in active volcanic regions. However …

The early eruptive phase of the 2010 eruption at the Fimmvörðuháls Pass, east of
Eyjafjallajökull volcano, produced poorly evolved basalts with mildly alkaline affinity, and …

The timescales of magmatic processes within a volcanic system may be variable over a
volcano's geological history. Crystals reflect environmental perturbations under which they …

Monogenetic basalts are spatially and temporally unpredictable and are commonly
interpreted to rise extremely rapidly and directly from their mantle source, increasing their …

Petrological constraints on the timescales of pre-eruptive crystal storage and magma
degassing provide an important framework for the interpretation of seismic, geodetic and …

A major challenge in volcanology is determining the factors that control the frequency and
magnitude of eruptions at hazardous caldera volcanoes. Understanding the critical …

Complex crystal cargo in basaltic eruptions has the potential to yield diverse insights on pre-
and syn-eruptive timescales of magma storage and transport. Research on eruption …

Mare basalts collected at the Apollo 15 landing site can be classified into two groups. Based
on differing whole-rock major element chemistry, these groups are the quartz-normative …

Understanding the timescales and processes through which magma bodies form and
develop in the crust prior to eruption is vital for volcanic monitoring and interpreting future …

Many are volcanoes are characterized by frequent eruptions of small (< 0.1 km3) volume. A
key question is do such small events represent discrete magma batches or do these …