geophysics, seismology, crust and lithosphere
I have done two independent projects. For the first I examined stromatolite growth and distribution to determine paleoclimate of the area and for the second I imaged the depth of the Moho beneath Princeton.
A New Pacific Plate Paleomagnetic Pole from Skewness Analysis of Marine Magnetic Anomaly 26r (60.2 Ma):
Geochemical characterization of ash beds in the Cretaceous Eagle Ford Formation with interest in dissolved ash serving as a biological nutrient.
End Date: 1 March 2017 Research Summary:
My research combines radiogenic isotope and trace element geochemistry, volatile and sulfur isotope analyses in mineral-hosted melt inclusions, petrology, field work (i.e., marine expeditions) and simple geodynamic equations to investigate the geochemical cycles of the deep Earth. In particular, I examine the deep cycles of sulfur and water to investigate whether or not volatiles are lost during subduction or fluxed back from the mantle to the surface through magmatism and degassing. My research also focusses on the petrogenesis of subduction zone magmas, the composition of the fluids released during subduction processes and mantle heterogeneities.
I'm a fourth year undergraduate pursuing a BS in Earth Science, and a minor in Computational and Applied Math. My interests include the applications of information mapping and geospatial visualization to earth science.
Left Rice in Summer 2015 for Spain
Google Scholar Link
Geochemistry of Volatiles C-N-S-H & Chalcophile-Siderophile Elements; Planetary Magma Oceans; Geofluids; Ore Deposits
Post-Doctoral Research Associate
Room Number: 318
Senior Technology Support Specialist
Room Number: 230A
Antarctica, sedimentology, glacial dynamics, geomorphology
Former President of Rice Undergraduate Geosciences Society (RUGS)
Field and structural geology + numerical modeling applied to terrestrial and planetary science questions
Magmatism-tectonism-climate interaction, evolutions of continents
I am interested in the structures and evolutions of continental arcs and how the geological processes (e.g. magmatism, tectonism, erosion) contribute to the formation of continents and their impacts on global climate.
volcanism, Hawaii, two-phase flow, bubbles, solubility, numerical modeling, deformation
I'm interested in how magma is transported from depth to the surface. A great natural laboratory for this is Hawaii, where a long-lived eruption is ongoing (1983-present).
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Department of Earth, Environmental and Planetary Sciences
6100 Main Street
Houston, TX 77005 USA