Adam Simon

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Associate Professor
  • Literature, Science, & Arts
    • Earth and Environmental Sciences

I combine field, laboratory, and experimental work to investigate the physical and chemical evolution of mineral resources, with a particular focus on those associated with volcanic environments. I am especially interested in the role that aqueous fluids play in moderating trace element mobility in environments ranging from subduction zones to porphyry-type ore deposits, which are an important source of copper, gold, molydenum, and silver. My research group is currently involved in projects ranging from the development of arc volcanoes and their relationship to melting and dehydration processes at the slab-mantle wedge interface, the physical and chemical nature of magma degassing and how this relates to the formation of metal ore deposits, the behavior of base and precious metals in water-saturated silicate magmas, and the physical and chemical connectivity of plutons and volcanoes. Current field locations include: Chile, South America; Kamchatka, Russia; Yosemite National Park, California, U.S.A.; Nevada, U.S.A.; and the Colorado River Extensional Corridor in southern Nevada, U.S.A.

UN Sustainable Development Goals (SDGs)

My work contributes directly toward solving the United Nations SDGs listed below. Learn more.

No PovertyZero HungerQuality EducationGender EqualityAffordable and Clean EnergyDecent Work and Economic GrowthIndustry, Innovation and InfrastructureReduced InequalitiesSustainable Cities and CommunitiesResponsible Consumption and ProductionClimate ActionLife Below WaterLife on LandPeace, Justice and Strong InstitutionsPartnerships for the Goals

Affiliations

The affiliations listed below show engagement with the Graham Sustainability Institute.

  • Emerging Opportunities
    • Event Participant