This page updated October 2024
Expected graduation Spring 2026
Katie will work on an EDMAP grant to map the northern McLeansville Quadrangle in the central NC Piedmont in order to reevaluate the currently mapped contact between the Carolina terrane and Charlotte terrane. The project will document lithotectonic and structural trends. Project will involve structural geology, geochemistry, and geochronology.
Expected graduation Spring 2025
My interest lies in using GIS and field work to map and interpret bedrock geology within North Carolina's Piedmont region. This mapping helps to piece together the complex history of metamorphism and igneous intrusive events stemming from the ca. 325 Ma Alleghanian Orogeny. Maps such as this are important for conveying geologic data to audiences across academia, private industry, government agencies, and the general public.
Expected graduation Spring 2025
My project revolves around building a concise thermal history of Alleghanian tectonism within the central Appalachian Basin using a multitude of modern techniques in thermochronology. The collection of this data will allow us to better understand the timing of both the burial and exhumation of Paleozoic strata in the fold-thrust belt of central West Virginia. Ultimately we will use our thermal data as a basis to construct a large-scale structural restoration of the Alleghanian fold-thrust belt and assess the maturity of hydrocarbon source rock in the central Appalchians.
I work at the intersection of numerical modeling and geology, with broad interests ranging from volcanology, extrasolar planets, subsurface energy resources, and more. For my PhD project, I am constructing a 3D flexural and thermal modeling framework to characterize polyphase tectonic basins. We seek to disentangle multiple overlapping (spatially and temporally) tectonic processes that commonly have led to sedimentary basin subsidence through geologic time, with particular application to the North Slope of Alaska.
Graduated Summer 2024
My research interests span the relationship between geomorphology and tectonics. My master’s research involves using field observations, topographic analysis, and erosional modeling to investigate the history of the lower Colorado River’s drainage basin in southeastern Nevada and how the relict landscape may have responded to the development of the Colorado River.