Advancing our knowledge of caldera volcanoes enables better assessment of hazard and
more efficient harnessing of resources. In this paper we review developments in concepts of …

We review the numerous experimental studies dedicated to unravelling the physics and
dynamics of various parts of a volcanic plumbing system. Section 1 lists the model materials …

Calderas are topographic depressions formed by the collapse of a partly drained magma
reservoir. At volcanic edifices with calderas, eruptive fissures can circumscribe the outer …

We present results from a series of thermal stressing experiments that used three igneous
rocks of different composition, grain size, and origin and contemporaneously recorded …

Quantifying deformation is essential in modern laboratory models of geological systems.
This paper presents a new laboratory monitoring method through the implementation of the …

Abstract From May to September 2013, 21 seismic stations were deployed around the
Snæfellsjökull volcano, Iceland. We cross-correlate the five months of seismic noise and …

Caldera collapse represents severe volcanic hazards for the environment, climate, and
human society, but it can also be beneficial as it may contribute to the formation of ore …

The mechanics of magma emplacement in the Earth's crust corresponds to the flow of a
viscous fluid into a deforming solid. The Earth's crust through which magma is emplaced is …

We modeled water exsolution from a growing and crystalizing felsic magma body using a
conductive thermal model with simplified physical mechanisms of volatile transport. Magma …

Although it is widely accepted that shallow silicic magma reservoirs exist, and can feed
eruptions, their dynamics and longevity are a topic of debate. Here, we use field map** …