Headshot of R.O. Swinscoe at Moraine Lake

Rebecca O. Swinscoe (Salvage)

Ph.D., MSci

Affiliations

Contact information

Location

Geological Survey of Canada Calgary: 2203

Background

Educational Background

Ph.D. Geophysics (Volcano-Seismology), University of Leeds, UK, 2015

MSci Geology with Study in North America, University of Bristol, UK, 2011

Biography

Dr. Rebecca O. Swinscoe (Salvage) is a Research Scientist at the Geological Survey of Canada/Natural Resources Canada within the Critical Minerals Geoscience and Data program. Her research focuses on using geophysics (seismic, fiber optic technology) to identify structural controls for critical minerals in Canada, as well as using remote sensing satellite techniques to identify mineral systems. From 2018 to 2023, she was a Research Associate at the University of Calgary, with research focused in fault and fracture activation and propagation over different time and spatial scales, in particular in relation to resource development projects. From 2016-2018 she was a Profesor Visitante at the Observatorio Vulcanologico y Sismologico de Costa Rica, undertaking real-time monitoring, processing and analysis of tectonic and volcano seismicity in Costa Rica and Central America. She obtained her Ph.D. in Geophysics (Volcano Seismology) from the University of Leeds, UK in December 2015 and holds a Master’s degree in Geology from the University of Bristol, UK (2011).

Research

Areas of Research

Using geophysics to identify structural controls for critical minerals in Canada

Mineral deposits are commonly found along local and regional discontinuities which form geological and structural traps for migrating fluids in the subsurface. Using innovative geophysical techniques (e.g. fiber optic sensing), as well as more traditional techniques (e.g. geophones), I am interested in characterizing and imaging potential mineral fluid pathways (faults, fractures, zones of alteration) in the subsurface, in areas with high potential for critical mineral content. 

Causes and consequences of natural and induced seismicity in Canada

Natural and induced seismicity are widespread across Canada, although most seismic events are too small in magnitude to be felt at the surface. Current research interests include understanding and characterizing aftershock patterns, assessing potential seismicity associated with new energy initiatives (e.g. CCUS, geothermal), as well as distinguishing between natural and induced seismic events in Canada in a timely manner. 

Courses

Course number Course title Semester
GLGY 301 Guest Lecturer: Geology of the Mountain Regions of Western Canada Winter 2022
GOPH 667 Guest Lecture: Introduction to Passive Seismic Monitoring Fall 2021, Fall 2020
GOPH 375 Guest Lectures x 4: Natural Disasters and Critical Earth Phenomena Winter 2020
GOPH 375 Natural Disasters and Critical Earth Phenomena Spring 2022

Publications