Current Research Areas:
Ultra-High-Pressure Metamorphism, Metamorphic fluids, and Subduction Tectonics-
A thorough understanding of the chronological relationship between metamorphism and fluid infiltration is critical to deciphering the history of metamorphic terrains and mountain belts around the world. It is the intention of my PhD to identify the influence of metamorphic fluids on the growth of zircons and thus bridge the gap between geochemical and geochronological interpretations of zircon ages in Ultra-High metamorphic rocks. I also intend to greatly extend upon our understanding of the role of metamorphic fluids in deep subduction zones by identifying geochemical trends in zircons grown experimentally at known pressures and temperatures, and also to relate this information to aid in geochronological interpretations of zircon dates extracted from eclogites from the Dabie-Shan metamorphic terrane, China.
Rift Volcanism, Basalts, and Mantle Processes-
My research involves a trace element (Rare Earth Elements, Lanthanides) and isotope (Strontium-Rubidium, Samarium-Neodymium, Uranium-Thorium) analysis of volcanic rocks in the Rio Grande Rift, New Mexico, US, to understand mantle processes and identify the origin of mafic melts (Hawaiian-type lava) relating to lithospheric extension.
Highly evolved volcanic magmas: Plutonic and Volcanic perspectives-
