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Graduate Student
Earth and Environmental Sciences
Marine Geology and Geophysics
208A Oceanography
61 Route 9W - PO Box 1000
(845) 365-8156


Fields of interest: 
Geodynamics modeling; Tectonics and magmatism at Large Igneous Provinces and Divergent Plate Boundaries

        I have intrinsic motivation in studying geodynamic processes that create the topography of a planet and geohazards that have tremendous societal impacts. I can stare at a topographic map for hours and being amazed by how various features can be explained by the plate tectonics theory. I also feel deeply sad when large earthquakes or volcano eruptions killed hundred or even hundred thousand of people and hope to contribute to the mitigation of those geohazards by studying the physical mechanisms underpinning those phenomena.

        My graduate research has been focused on the solid Earth processes that are controlled by magmatism and tectonics. Specifically, from a geodynamic perspective, I formulate theoretical and numerical models trying to capture the key mechanisms that are responsible for phenomena observed at Large Igneous Provinces (LIPs) and divergent plate boundaries.