AGU Session V047 The role of fluids in evolving magmatic-hydrothermal systems
From: "Rowe, Michael Clifton" <mcrowe@xxxxxxx>
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Dear Colleagues:
We would like to draw your attention to the following session at AGU this year and hope you consider submitting an abstract.
V047 The role of fluids in evolving magmatic-hydrothermal systems
Aqueous fluids moderate the physical and chemical evolution of
magmatic-hydrothermal systems, including, but not limited to, affecting
magma viscosity, rates of crystallization, element diffusivities,
isotope fractionation, magma oxidation state and the stability
of redox sensitive minerals, the mechanics of magma mixing and
convection, the style of volcanic eruption, the development of magmatic
ore deposits, and ultimately the element cycling between the crust,
mantle and atmosphere. This session welcomes contributions
from researchers who use field, experiments, and/or theory to
quantitatively constrain the role of aqueous fluid(s) in
magmatic-hydrothermal systems
Submission deadline: August 8, 2012
Conveners: Adam Simon (UNLV) and Michael Rowe (Washington State Univesity)
Invited Speakers:
Craig Manning
Jake Lowenstern
Jim Webster
Christian Huber
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