Understanding the mechanical evolution of magmatic systems requires careful assessment
of their rheological characteristics, particularly in light of the growing evidence that magma …

The past decades have seen tremendous advances in analytical capabilities regarding the
sensitivity, spatial selectivity, and instrumental precision of U-Th-Pb zircon geochronology …

Forecasting eruption is the ultimate challenge for volcanology. While there has been some
success in forecasting eruptions hours to days beforehand, reliable forecasting on a longer …

Drainage divides are dynamic features of a landscape that migrate over time during the
development of river networks. In this study, we focused on the geomorphic response of a …

With the recognition of multiple crustal cross sections on our planet, the advent of high-
precision geochronology, and the ever-increasing application of geophysical imaging …

Transient topography represents an opportunity for extracting information on the combined
effect of tectonics, mantle-driven processes, lithology and climate across different temporal …

Caldera volcanoes undergo cycles of inflation and deflation on both long and short
timescales. This study uses the Distinct Element Method to model numerically a pressurized …

Volcano geodesy often involves the use of models to explain observed surface deformation.
A variety of forward models are used, from analytical point sources to numerical simulations …

Characterizing the physical properties and mechanical behavior of melt reservoirs is
essential for enhancing geophysical models that aim to understand the evolution of …

The role of volatile exsolution in triggering volcanic eruption is re-evaluated using numerical
simulations of a growing and solidifying magma chamber. The modelled magma chamber is …