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My research interests span a broad spectrum of crustal deformation and geohazards. As a geoscientist, I am interested in addressing how and why the Earth’s surface deforms. I integrate Synthetic Aperture Radar Interferometry (InSAR), Global Positioning System (GPS), Geographic Information Systems (GIS), and optical and thermal remote sensing techniques, as well as geomechanical and numerical modeling to monitor and model the Earth's surface deformation and assess the associated potential hazards. The main focus of my research is the study of crustal deformation associated with volcanic and tectonic activity to better understand the processes that lead to volcanic eruptions and earthquakes. In addition, I am interested in addressing land subsidence, landslides, and coastal erosion to advance the scientific understanding of the underlying processes coupled with these natural hazards. More details about my research are available here. Funding Opportunities: Highly motivated post-doctoral researchers and distinguished graduate and undergraduate students interested in pursuing research in any of the aforementioned areas are encouraged to contact me.

Net change of Yellowstone deformation from 1992 to 2009 calculated from InSAR observations. The solid white lines indicate locations of the Quaternary faults.