Amanda’s principal areas of interest and expertise include detection and monitoring of near-surface environmental and engineering hazards by developing novel geophysical processing methods and designing specialized data acquisition surveys. She has deployed and been an operator for several large-scale seismic data acquisition surveys, including a semipermanent autonomous seismic array deployed to monitor the migration of injected CO2 through the subsurface.
Amanda holds an M.S. degree in Geology from the University of Kansas and a B.A. in Physics from Concordia College, Moorhead, Minnesota.
“My interest in geology was fostered by hiking with my mom in the North Dakota badlands and being exposed to all the mesmerizing outcrops,” explained Amanda, who is originally from Sidney, Montana. “Geophysics is an avenue that allows me to apply my love of physics and math to understanding subsurface geology and addressing environmental and engineering hazards.”
Amanda says that her work at the EERC gives her the opportunity to work on novel geophysics research projects and to implement new geophysical data collection and processing methods. She says she appreciates having access to a large variety of industry software packages through the EERC and the numerous projects that involve cutting-edge geophysics research.