Heat flow in vapor dominated areas of the Yellowstone Plateau Volcanic Field: Implications for the thermal budget of the Yellowstone Caldera

Heat flow in vapor dominated areas of the Yellowstone Plateau Volcanic Field: Implications for the thermal budget of the Yellowstone Caldera

Source :

• Journal of Geophysical Research: Solid Earth [ 0148-0227 ] ; 2012-10.

English descriptors

• KwdEn :
  • Advective, Advective heat flux, Advective heat output, Aerial photos, Auxiliary material, Average heat flux, Bottom hole temperatures, Brantley, Bromley, Caldera, Chiodini, Chloride flux, Chloride inventory method, Conductive, Conductive heat flux, Conductive heat output, Conductivity, Core samples, Desiccant, Desiccant container, Diffusivity, Diurnal temperature variations, Fournier, Fumaroles, Future studies, Geol, Geological survey, Geophys, Geotherm, Geothermal, Ground surface, Heasler, Heat flow, Heat flux, Heat flux estimates, Heat output, Heat output estimates, Heat transport, High concentrations, High heat flux, Hochstein, Hurwitz, Hydrothermal, Jaworowski, July, June, Liquid water, Lowenstern, Magmatic, Magmatic system, Menlo park, Obsidian, Obsidian pool, Opta, Overnight experiments, Parent fluid, Permeability, Permeability layer, Pitt, Plateau, Pure water, Qcond, Solfatara, Solfatara plateau, Solfatara volcano, Spring basin, Spta, Standard deviation, Subsurface, Temperature gradient, Temperature gradients, Temperature measurements, Temperature variations, Temperaturedepth measurements, Thermal activity, Thermal area, Thermal areas, Thermal budget, Thermal conductivity, Thermal diffusivity, Thermal features, Thermal pools, Thermal structure, Total heat output, Vapor, Vapor temperature, Volcano, Volcanol, Water saturation, Water surface, Water vapor, Weather station, Wind speed, Yellowstone, Yellowstone caldera, Yellowstone lake, Yellowstone plateau, Ypvf.
• Teeft :
  • Advective, Advective heat flux, Advective heat output, Aerial photos, Auxiliary material, Average heat flux, Bottom hole temperatures, Brantley, Bromley, Caldera, Chiodini, Chloride flux, Chloride inventory method, Conductive, Conductive heat flux, Conductive heat output, Conductivity, Core samples, Desiccant, Desiccant container, Diffusivity, Diurnal temperature variations, Fournier, Fumaroles, Future studies, Geol, Geological survey, Geophys, Geotherm, Geothermal, Ground surface, Heasler, Heat flow, Heat flux, Heat flux estimates, Heat output, Heat output estimates, Heat transport, High concentrations, High heat flux, Hochstein, Hurwitz, Hydrothermal, Jaworowski, July, June, Liquid water, Lowenstern, Magmatic, Magmatic system, Menlo park, Obsidian, Obsidian pool, Opta, Overnight experiments, Parent fluid, Permeability, Permeability layer, Pitt, Plateau, Pure water, Qcond, Solfatara, Solfatara plateau, Solfatara volcano, Spring basin, Spta, Standard deviation, Subsurface, Temperature gradient, Temperature gradients, Temperature measurements, Temperature variations, Temperaturedepth measurements, Thermal activity, Thermal area, Thermal areas, Thermal budget, Thermal conductivity, Thermal diffusivity, Thermal features, Thermal pools, Thermal structure, Total heat output, Vapor, Vapor temperature, Volcano, Volcanol, Water saturation, Water surface, Water vapor, Weather station, Wind speed, Yellowstone, Yellowstone caldera, Yellowstone lake, Yellowstone plateau, Ypvf.

Abstract

• https://api.istex.fr/document/8877F6C700ADD276962A1D7F861F95535BEC8023/fulltext/pdf

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