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

Volcano deformation studies traditionally consider melt-dominated magma reservoirs, often
overlooking the significant role of poroelastic mush in modifying surface deformation. Here …

Volcanoes undergoing unrest often produce displacements at the ground surface, providing
an important window to interpret the dynamics of the underlying magmatic system. The …

Volcano deformation models contribute to hazard assessment by simulating magma system
dynamics. Traditional magma reservoir pressure source shape assumptions often fail to …

Volcano GPS networks can capture vital information during volcanic unrest to aid with
hazard assessment and eruption forecasting, but can be hindered by their discrete point …

Spatial viscosity variations in the crust can be inferred from geophysical imaging and may be
essential for interpreting volcano deformations that show more complex behaviours than …

The mechanism of volcanic eruptions has been studied by multidisciplinary approaches to
interpreting complex and various physical processes of volcanic phenomena such as …