Item talk:Q54838

ORCID:

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     name: "Heat Flux From a Vapor\u2010Dominated Hydrothermal Field Beneath Yellowstone\
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     name: Origin and Properties of Hydrothermal Tremor at Lone Star Geyser, Yellowstone
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     name: "Heat and Mass Transport in a Vapor\u2010Dominated Hydrothermal Area in\
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       \ Subsurface Temperature, and Diffuse CO\n            2\n            Flux\
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     name: 'Heat flow in vapor dominated areas of the Yellowstone Plateau Volcanic
       Field: Implications for the thermal budget of the Yellowstone Caldera'
 '@type': Person
 affiliation:
   '@type': Organization
   identifier:
     '@type': PropertyValue
     propertyID: RINGGOLD
     value: '2928'
   name: US Geological Survey
 familyName: Hurwitz
 givenName: Shaul
 mainEntityOfPage: https://orcid.org/0000-0001-5142-6886

OpenAlex:

 created_date: '2023-07-21'
 display_name: Shaul Hurwitz
 display_name_alternatives:
 - S. A. Hurwitz
 - S. Hurwitz
 - Siena Hurwitz
 - Shaul Hurwitz
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 - count: 24
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 - count: 23
   display_name: Machine Learning for Mineral Prospectivity Mapping
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 - count: 17
   display_name: High-Resolution Seismic Noise Tomography
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   display_name: Carbon Dioxide Sequestration in Geological Formations
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 - count: 13
   display_name: Anaerobic Methane Oxidation and Gas Hydrates
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 - count: 12
   display_name: Machine Learning for Earthquake Early Warning Systems
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 - count: 11
   display_name: Geothermal Energy Technology and Applications
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   display_name: Global Methane Emissions and Impacts
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 - count: 10
   display_name: Geophysical Exploration and Monitoring Techniques
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   id: https://openalex.org/T10572
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 - count: 8
   display_name: Application of Stable Isotopes in Trophic Ecology
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   display_name: Water Quality and Hydrogeology Research
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 - count: 6
   display_name: Mantle Dynamics and Earth's Structure
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 - count: 5
   display_name: Impacts of Climate Change on Glaciers and Water Availability
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 - count: 5
   display_name: Hydraulic Fracturing in Shale Gas Reservoirs
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   field:
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   subfield:
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 - count: 4
   display_name: Geochemistry of Manganese Oxides in Sedimentary Environments
   domain:
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     id: https://openalex.org/domains/3
   field:
     display_name: Earth and Planetary Sciences
     id: https://openalex.org/fields/19
   id: https://openalex.org/T11740
   subfield:
     display_name: Geochemistry and Petrology
     id: https://openalex.org/subfields/1906
 - count: 4
   display_name: Applications of Ground-Penetrating Radar in Geoscience and Engineering
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   field:
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 updated_date: '2024-05-22T05:02:51.838797'

USGS Staff Profile:

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 '@type': Person
 affiliation: []
 description:
 - '@type': TextObject
   abstract: Research Hydrologist with the California Volcano Observatory
   additionalType: short description
 - '@type': TextObject
   abstract: I am a research hydrologist with the USGS Volcano Science Center. My
     goals are to characterize and quantify the myriad processes occurring in volcano-hydrothermal
     systems that take place at spatial and temporal scales that span many orders
     of magnitude.
   additionalType: staff profile page introductory statement
 - '@type': TextObject
   abstract: "My research is focused on quantifying processes in continental hydrothermal\
     \ systems by integrating hydrologic, geochemical, and geophysical data with\
     \ models of groundwater flow, heat transport, thermodynamics, and statistics.\
     \ An improved understanding of hydrothermal systems is important because: 1)\
     \ pressure, temperature and chemical changes within these systems can provide\
     \ early warnings of volcanic unrest, 2) many of the geochemical, geodetic, and\
     \ seismic signals measured at the volcano\u2019s surface have their origins,\
     \ or are modulated by hydrothermal processes, 3) hydrothermal fluids constitute\
     \ a major source of hazard as a propellant in steam-driven explosions, lubricant\
     \ in mudflows, and transport agent for toxins, 4) fluids in these systems are\
     \ a source of geothermal energy and an agent in the formation of mineral deposits,\
     \ and 5) hot springs and their deposits provide insights on the origin and environmental\
     \ limits of life on Earth and elsewhere in the solar system. Insights gleaned\
     \ from these studies have implications for many science disciplines and are\
     \ mostly summarized in co-authored review papers. This research supports of\
     \ the USGS Volcano Hazards Program mission to \u201Cenhance public safety and\
     \ minimize social and economic disruption from eruptions\u201D and the Geothermal\
     \ Research Investigation Project\u2019s (GRIP) goals of assessing geothermal\
     \ energy resources and the environmental impacts of energy production.Research\
     \ topics:Water-gas-rock interaction in volcano-hydrothermal systems using field\
     \ observations, chemical and isotopic data, controlled laboratory experiments.\
     \ and thermodynamic modelsNumerical simulations of volcano-hydrothermal systemsModulation\
     \ of volcanic and geyser activity by cyclic hydrological and climatic forcers\
     \ and by large earthquakesPost-glacial hydrothermal activity at YellowstoneHeat\
     \ transport in volcanic systemsDynamics and chemistry of volcanic lakesGeyser\
     \ dynamicsThe impact of geothermal energy production on groundwater quality"
   additionalType: personal statement
 email: shaulh@usgs.gov
 hasCredential:
 - '@type': EducationalOccupationalCredential
   name: PhD (1999), The Hebrew University of Jerusalem
 hasOccupation:
 - '@type': OrganizationalRole
   affiliatedOrganization:
     '@type': Organization
     name: California Volcano Observatory
     url: https://www.usgs.gov/observatories/calvo
   roleName: Research Hydrologist
   startDate: '2024-05-12T16:16:07.589512'
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 - '@type': PropertyValue
   propertyID: ORCID
   value: 0000-0001-5142-6886
 jobTitle: Research Hydrologist
 knowsAbout:
 - '@type': Thing
   additionalType: self-claimed expertise
   name: Volcano hydrothermal systems
 - '@type': Thing
   additionalType: self-claimed expertise
   name: Water-rock interaction
 - '@type': Thing
   additionalType: self-claimed expertise
   name: Numerical simulations
 - '@type': Thing
   additionalType: self-claimed expertise
   name: Hydrothermal geochemistry
 - '@type': Thing
   additionalType: self-claimed expertise
   name: Geysers
 - '@type': Thing
   additionalType: self-claimed expertise
   name: Volcanic lakes
 - '@type': Thing
   additionalType: self-claimed expertise
   name: Geothermal energy
 - '@type': Thing
   additionalType: self-claimed expertise
   name: Groundwater flow
 memberOf:
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   member:
     '@type': Organization
     name: U.S. Geological Survey
   name: staff member
   startDate: '2024-05-12T16:16:07.586715'
 name: Shaul Hurwitz
 url: https://www.usgs.gov/staff-profiles/shaul-hurwitz