A systematic view of the vast nomenclature used to describe the structures of shallow-level intrusions is presented here. Structures are organised in four main groups, according to logical breaks in the timing of magma emplacement, independent of the scales of features: (1) Intrusion-related structures, formed as the magma is making space and then develops into its intrusion shape; (2) Magmatic flow-related structures, developed as magma moves with suspended crystals that are free to rotate; (3) Solid-state, flow-related structures that formed in portions of the intrusions affected by continuing flow of nearby magma, therefore considered to have a syn-magmatic, non-tectonic origin; (4) Thermal and fragmental structures, related to creation ...
We have come a long way from simple straw and balloon models of magma plumbing systems to a more det...
Understanding the emplacement and growth of intrusive bodies in terms of mechanism, duration, ther¬m...
Rift-related magmatism resulting in widespread igneous intrusions has been documented in various bas...
The geometry and distribution of planar igneous bodies (i.e. sheet intrusions), such as dykes, sills...
Magmatic sheet intrusions contribute significantly to the upper crustal magma transport network. The...
Most studies of magmatic intrusions concentrate on geometry and internal architecture: only a few pa...
Deformation structures in the wall rocks of igneous intrusions emplaced at shallow crustal depths pr...
AbstractDeformation structures in the wall rocks of igneous intrusions emplaced at shallow crustal d...
Magma is transported in the crust by blade-like intrusions such as dykes, sills, saucers, and also c...
ABSTRACT: This paper describes three mid-Tertiary intrusions from the Henry Mountains (Utah, USA) th...
Nick Schofield, Craig Magee, Simon Holford, and Christopher Jacksonhttp://www.egu2013.eu
Felsic magma intrudes earth’s upper crust through a variety of mechanisms. Magma intrusion growth an...
Mafic sill complexes are increasingly being shown to play a major role in the movement of magma arou...
International audienceTo understand the dynamics of shallow magmatic intrusions, I propose a theoret...
We have come a long way from simple straw and balloon models of magma plumbing systems to a more det...
Understanding the emplacement and growth of intrusive bodies in terms of mechanism, duration, ther¬m...
Rift-related magmatism resulting in widespread igneous intrusions has been documented in various bas...
The geometry and distribution of planar igneous bodies (i.e. sheet intrusions), such as dykes, sills...
Magmatic sheet intrusions contribute significantly to the upper crustal magma transport network. The...
Most studies of magmatic intrusions concentrate on geometry and internal architecture: only a few pa...
Deformation structures in the wall rocks of igneous intrusions emplaced at shallow crustal depths pr...
AbstractDeformation structures in the wall rocks of igneous intrusions emplaced at shallow crustal d...
Magma is transported in the crust by blade-like intrusions such as dykes, sills, saucers, and also c...
ABSTRACT: This paper describes three mid-Tertiary intrusions from the Henry Mountains (Utah, USA) th...
Nick Schofield, Craig Magee, Simon Holford, and Christopher Jacksonhttp://www.egu2013.eu
Felsic magma intrudes earth’s upper crust through a variety of mechanisms. Magma intrusion growth an...
Mafic sill complexes are increasingly being shown to play a major role in the movement of magma arou...
International audienceTo understand the dynamics of shallow magmatic intrusions, I propose a theoret...
We have come a long way from simple straw and balloon models of magma plumbing systems to a more det...
Understanding the emplacement and growth of intrusive bodies in terms of mechanism, duration, ther¬m...
Rift-related magmatism resulting in widespread igneous intrusions has been documented in various bas...