Seismological Research Letters
Double-pair information improves depth reloction precision and highlights detailed 3D fault geometry for induced seismicity in Alberta, Canada
Environmental Seismology and Natural Hazard
Modeling to Understand a Changing World.
I am currently a Postdoctoral Scholar in the Observational Seismology Group at UCDavis. I work on modeling debris flows from seismic signals using experimental data from the USGS Experimental Flume and observed data from Mt. Rainier and Mt. St. Helens.
Previously, I have worked on projects to understand seismic hazard and regional-scale fault systems in NW Canada, to model activated fault systems using induced seismicity data sets from Alberta, and to estimate real-time post-earthquake ground failure.
Publications
Canadian Journal of Earth Sciences
Crustal stress near the Yakutat microplate collision from probabilistic earthquake focal mechanisms
Tectonics
Regional active deformation on discrete shallow faults throughout Southeast Alaska and Southwest Yukon
Yukon Exploration and Geology
Seismicity near the eastern Denali fault from temporary and long-term seismic recordings
Communications Earth & Environment
Bayesian inference elucidates fault-system anatomy and resurgent earthquakes induced by continuing saltwater disposal
Yukon Exploration and Geology
Preliminary double-difference relocation earthquake catalogue for southwestern Yukon centred along the Denali fault zone
Yukon Exploration and Geology
Improvements in the regional earthquake focal mechanism catalogue for southwestern Yukon
USGS Data Series
An Open Repository of Earthquake-Triggered Ground-Failure Inventories
Get In Touch
I am always looking for collaboration opportunities.