I conducted my undergraduate studies at Texas A&M University (TAMU) and earned a Bachelor of Science degree in Environmental Geoscience and a minor in Geographic Information Science & Technology (GIST). I am currently a graduate student at TAMU, pursuing a Master of Science degree in Geography. My current research investigates the changing morphodynamics of Arctic rivers as it relates to changes in hydrology and permafrost thaw. Additionally, for the last three years I have a been a member of the Fluvial Landscapes and Dynamics Research Group at TAMU, performing geomorphology and GIST related research on Texas rivers.

I am interested in the Mosaics in Science program because it exposes interns to critical research and work that has direct impacts on some of America’s greatest landscapes and parks. Having a passion for research, the outdoors, and the nexus between the two, I am excited for the opportunity to apply my passion to the maintenance, preservation, and the building of the scientific knowledge of this nation’s parks and monuments. More specifically, I look forward to working on the continued implementation of the Unstable Slope Management Program at the three Southeast Arizona Group NPS units.  

After the completion of my M.S. in Geography, I plan to join the workforce as an environmental scientist performing field-based research or consulting. Down the road, I would like to pursue a PhD in an environmental science related sub-field (i.e. geomorphology, hydrology, or geology). I believe that the Mosaics in Science program supports both my long-term educational and professional career goals by 1) affording me the opportunity to gain experience working in a professional scientific setting and, 2) allowing me to grow my foundational knowledge and skill set through hands on learning and working alongside National Park Service scientist and staff.

Collecting geometry and flow measurements of the Brazos River using an Acoustic Doppler Current Profiler
Dr. Cesar Castillo and I performing geometry and flow measurements of the Brazos River using an Acoustic Doppler Current Profiler. Photo courtesy of the Fluvial Landscapes and Dynamics Research Group

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