Sara Elliott

Sara Elliott is a Research Scientist Associate III at the Bureau of Economic Geology, part of the Jackson School of Geosciences at the University of Texas at Austin. She specializes in geological research with a focus on paleoecology and advanced rock analysis techniques.

Her educational background includes:

• B.S. in Geological Sciences & Biology, Provost Honors from the University of Miami (2010)
• M.S. in Geosciences from Pennsylvania State University (2012)

Elliott's research focuses on advanced microscopy applications in geology. She is particularly known for her expertise in Scanning Electron Microscopy, especially SEM-Cathodoluminescence. Her work encompasses diagenesis processes, deformation structures, fluid flow in geological formations, and detailed clastic and carbonate petrography. She conducts significant research on bedding-parallel fractures in shale and Holocene wetland and riparian paleoecology in the Northeastern United States. Her groundbreaking studies on pre-colonial forests have provided crucial historical ecological data that directly informs modern stream restoration projects.

Elliott has received notable recognition for her scholarly contributions:

• Early Career Development Publication Award from the Bureau of Economic Geology (2015)
• P.D. Krynine Scholarship from Pennsylvania State University (2011-2012)
• Geological Society of America Student Research Grant (2011)
• Bowman-Foster-Ashe Academic Tuition Scholarship from the University of Miami (2006-2010)
• Florida Bright Futures Academic Scholars Award (2006-2010)

As an active member of The Geological Society of America, The American Geophysical Union, and The Nature Conservancy, Elliott contributes to the broader scientific community. Her research has garnered significant media attention, featured in Scientific American, Discovery News, Science Daily, and other major outlets, highlighting the importance of her work on pre-colonial American forests and its practical applications for ecological restoration.

Elliott utilizes the Bureau of Economic Geology's specialized research facilities, particularly the SEM Labs, to conduct her geological analyses. Her work exemplifies how historical ecological research can bridge academic inquiry with practical environmental solutions, demonstrating the real-world impact of geological science on contemporary conservation efforts.