Alumni Graduate Students

  • Marvourneen K. Dolor

    Department of Chemistry

    Advisor : George Helz (Chemistry) and William McDonough (Geology)

    Research : Oxidation reaction and Re-chemistry

  • Tom Ireland

    Department of Geology

    Advisor : Richard Walker

    Research : HSE and Os isotope systematics of Ocean Island Basalts (OIB)

  • Nick Geboy

    Department of Geology

    Advisor : Alan Jay Kaufman

    Research : Re-Os systematics of organic-rich sediments

  • Jenise Honesto

    Department of Geology

    Advisor : William McDonough

    Research : Siderophile and chalcophile geo-cosmochemistry

  • Adam Mansur

    Department of Geology

    Advisor : Roberta Rudnick

    Research : . Granulite-facies Xenoliths in Rift Basalts of Northern Tanzania

  • Katie Mathews

    Graduate Research Assistant

    Advisor : Andréa Grotolli

    Research : Trace elements in coral skeleton and sea water

  • Rachel Potter

    Department of Geology

    Advisor: Sarah Penniston-Dorland

    Research : Diffusion of oxygen and lithium isotopes between the Bushveld Complex and metasedimentary rock

  • Kate Scheiderich

    Department of Geology

    Advisor : Richard Walker

    Research : Investigating molybdenum isotopes in sedimentary systems

  • Ruth Schulte

    Department of Geology

    Advisor : Richard Walker

    Research : Re-Os isotope systematics of mafic and ultramafic rocks

  • Sean Timpa

    Department of Geology

    Advisor : Roberta Rudnick

    Research : Lower crest of East Africa

  • Fang-Zhen Teng

    Department of Geology

    Advisor : William McDonough and Roberta Rudnick

    Research : Lithium isotopic systematics of the continental crust

     

  • Ricardo Arevalo, Jr.

    Department of Geology

    Advisor : William McDonough

    Research : Understanding and quantifying the partitioning behavior of trace elements in the modern mantle

  • Jeremy Bellucci

    Department of Geology

    Advisor : William McDonough

    Research : Understanding micron scale isotopic systematics

     

  • John-Luke Henriquez

    Department of Geology

    Advisor : William McDonough

    Research : Developing micro-analytical techniques to measure trace element abundances in chondritic meteorites

  • Yu Huang

    Department of Geology

    Advisor : William McDonough

    Research : Geoneutrino flux modeling

     

  • Xiao-Ming Liu

    Department of Geology

    Advisor : Roberta Rudnick and William McDonough

    Research : Studying weathering profiles developed on Columbia River basalts

  • Lin Qiu

    Department of Geology

    Advisor : Roberta Rudnick and William McDonough

    Research : Lithium concentrations and isotopic compositions of low-grade metamorphic rocks

  • Brian Mumaw

    Department of Geology

    Advisor : William McDonough

    Research : Developing an in-situ method for the collection of uranium-bearing particles from the atmosphere

  • Miriam Galenas

    Department of Geology

    Advisor : Richard Walker

    Research : Application of isotopic systems to investigate planetary processes

  • Michael Mengason

    Department of Geology

    Advisor : Philip Candela and Philip Piccoli

    Research : Mechanisms that generate the chemical compositions found among arc magmas

  • Jingao Liu

    Department of Geology

    Advisor : Roberta Rudnick and Richard Walker

    Research : Lithospheric mantle evolution

  • Brian Tattitch

    Department of Geology

    Advisor : Philip Candela and Philip Piccoli

    Research : How copper and other ore metals behave in complex magmatic-hydrothermal ore deposits

  • Kang Chen

    Department of Geology

    Advisor : Igor Puchtel

    Research: Partial melting of the middle to lower continental crustal amphibolite- to granulite- facies metapelites

  • Ashita Stephen

    Department of Chemistry and Biochemistry

    Advisor : William McDonough

    Research: Biogeochemistry Analyses

  • Ming Tang

    Department of Geology

    Advisor : William McDonough and Roberta Rudnick

    Research: Mantle melting and generation of oceanic crust to constrain recycling of the materials