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 …

Igneous sheet intrusions of various shapes, such as dikes and cone sheets, coexist as parts
of complex volcanic plumbing systems likely fed by common sources. How they form is …

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 …

The UN Guiding Principles on Business and Human Rights (GPs) expect businesses to
participate in operational-level, non-judicial mechanisms to address the grievances of …

Magmatic sheet intrusions (dykes) constitute the main form of magma transport in the Earth's
crust. The size distribution of dykes is a crucial parameter that controls volcanic surface …

Sills, saucer‐shaped sills, and cone sheets are fundamental magma conduits in many
sedimentary basins worldwide. Models of their emplacement usually approximate the host …

Sub-volcanic intrusive networks, of which cone sheets are recognised as a major
constituent, partially control volcano growth and eruption style. The accepted cone sheet …

Studies on hydrothermal fluids circulation and tectonic structures improve the geothermal
exploration and exploitation in Iceland. In this paper we present the results of an integrated …

Magma in the Earth's crust is commonly transported through dikes. Fractures and faults,
which are common in the shallow crust, form structural weaknesses that can act as energy …

Calderas represent morphological depressions several kilometers in diameter, and the
unloaded crustal stresses they produce can form rapidly (eg Pinatubo, 1990) or slowly (eg …