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From: Philipp P Ruprecht <pruprecht@xxxxxxx>
Subject: IAVCEI session VI.2: "New approaches to understanding magma and volatile evolution, sub-volcanic intrusions and porphyry ore mineralisation"
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Dear colleagues,
We invite those interested in volatile elements in magmatic systems to submit an abstract to session IV.5 The role of volatiles in volcanic systems of the Earth's lithosphere.
Magmatic volatiles play a key role in the generation, transport, differentiation and eruption of magmas in various tectonic settings. Fluids from the subducting slabs and rising plumes drive magma generation in the mantle and control magma differentiation pathways and the formation of silicic plutons and magma chambers, and the consequent construction of the Earth's crust. Volatiles contribute to the formation of ore deposits and feed with mass and enthalpy hydrothermal systems that can potentially be exploited as geothermal energy resources. Volatiles are essential ingredients stimulating and maintaining magmatic and hydrothermal processes in the Earth's interior. This session fosters our understanding on: (1) the global volatile cycle in the Earth's lithosphere, atmosphere and hydrosphere and its contribution to plate tectonics; and (2) the control of volatiles on the chemical and physical aspects of magmatic processes shaping the Earth's interior.
This session invites scientific contributions that investigate the role of volatiles on magma evolution using diverse techniques. We seek contributions from physical volcanological, and experimental studies; numerical and thermodynamic modeling; as well as work on the geochemistry of both volcanic and plutonic systems that address the generation and evolution of magmas and their tie to ore-deposit formation and geothermal reservoirs.
Abstract submission is now open, and the deadline for submission is 17th March 2017. Please submit your abstracts through the IAVCEI website: http://iavcei2017.org/
We are looking forward to seeing you in Portland.
We invite those interested in volatile elements in magmatic systems to submit an abstract to session IV.5 The role of volatiles in volcanic systems of the Earth's lithosphere.
Magmatic volatiles play a key role in the generation, transport, differentiation and eruption of magmas in various tectonic settings. Fluids from the subducting slabs and rising plumes drive magma generation in the mantle and control magma differentiation pathways and the formation of silicic plutons and magma chambers, and the consequent construction of the Earth's crust. Volatiles contribute to the formation of ore deposits and feed with mass and enthalpy hydrothermal systems that can potentially be exploited as geothermal energy resources. Volatiles are essential ingredients stimulating and maintaining magmatic and hydrothermal processes in the Earth's interior. This session fosters our understanding on: (1) the global volatile cycle in the Earth's lithosphere, atmosphere and hydrosphere and its contribution to plate tectonics; and (2) the control of volatiles on the chemical and physical aspects of magmatic processes shaping the Earth's interior.
This session invites scientific contributions that investigate the role of volatiles on magma evolution using diverse techniques. We seek contributions from physical volcanological, and experimental studies; numerical and thermodynamic modeling; as well as work on the geochemistry of both volcanic and plutonic systems that address the generation and evolution of magmas and their tie to ore-deposit formation and geothermal reservoirs.
Abstract submission is now open, and the deadline for submission is 17th March 2017. Please submit your abstracts through the IAVCEI website: http://iavcei2017.org
We are looking forward to seeing you in Portland.
Best wishes from the conveners,
M. Gavrilenko, Rutgers University; gavrilenko.maxim@wustl.edu
M. Gavrilenko, Rutgers University; gavrilenko.maxim@w
M. J. Krawczynski, Washington University in St. Louis; mikekraw@xxxxxxxxx
Andrea Parmigiani, ETHZ, Insitute of Geochemistry and Petrology, Switzerland; andrea.parmigiani@erdw.ethz.ch
Mattia Pistone, Smithsonian Institution, Washington DC; pistonem@xxxxxx
P. Ruprecht, University of Nevada, Reno; pruprecht@xxxxxxx
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