Exploring and Modeling the Magma-Hydrothermal Regime 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>la soufrière||guadeloupe||volcanic gas||volcanic unrest||hydrothermal gas||multigas||extensometry||Krafla volcano||geothermal systems||conceptual models||volcanology||magma||hydrothermal||fracking||volcanoes||Kamchatka||igneous petrology||tectonics||heat flow||glaciation||climate||incremental pluton emplacement||contact metamorphism||petrochronology||titanite||zircon||U-Pb dating||thermometry||hydrothermal fluids||incremental intrusion||hydrothermal fluid||microstructure||dissolution||precipitation||textural coarsening||alteration||porosity||eruption||fracture||permeability||dome emplacement||hydrothermal system||RSAM||tremor||gliding spectral lines||White Island||phreatic eruptions||geyser||Uzon||CO2||TOUGH2||modeling||Kirishima volcano group||Ebinokogen Ioyama volcano||geothermal activity||multiple hydrothermal system||magmatic hydrothermal eruption||kick upwelling||Erdenet Cu–Mo deposit||cathodoluminescence||supercritical fluid||transient fluid pressure||magmatic-hydrothermal system||fluid inclusion||magma energy||magma convection||heat flux||geothermal energy||magma–hydrothermal||heat transport||gas and fluid geochemistry||phreatic eruption||volcano monitoring||geophysical imaging||drilling