Exploring processes that shape the Earth
Our multidisciplinary and dynamic research team focuses on Earth’s long-term evolution. We combine expertise from structural geology, igneous and metamorphic petrology, geochemistry, and geochronology to understand ancient tectonic processes and implications for the localization of precious metals and critical minerals. We reconstruct the history of Earth’s atmosphere, hydrosphere, and lithosphere using novel isotope systems, detailed sample characterization, and field-oriented approaches. Our research spans from the microscale using leading-edge microscopy techniques to the macroscale through regional geological mapping. We aim to understand the birth and destruction of ancient mountain belts around the world and how long-term geological and chemical processes continue to shape Earth’s surface and subsurface.
World-class research
Work with leaders in the field and conduct research in our state-of-the-art facilities. What could you do at Waterloo?
Research in 60
Take a minute to learn more about what our researchers are up to.
Meet our researchers
Shoufa Lin, Professor
Associate Chair of Graduate Studies and Post-doctoral Affairs
Dr. Shoufa Lin's research focuses on the structural and tectonic evolution of orogenic belts, the kinematic and tectonic significance of shear zones, Archean tectonics and the structural control and modification of mineral deposits. A defining aspect of Dr. Lin’s work is his contribution to Archean tectonics, particularly the question of when and how plate tectonics began on Earth, and its implications for mineralization.
Brian Kendall, Professor
Interim Chair, Earth and Environmental Sciences
Canada Research Chair in Redox-Sensitive Metal Isotope Geochemistry
Dr. Brian Kendall uses geochemistry to develop innovative geochemical methods that can serve as process tracers for petroleum systems, ore mineralization, and biogeochemical cycles; learn more about how mineral and petroleum deposits form and improve exploration strategies for these important resources; reconstruct the history of atmosphere and ocean oxygenation through time and its relationship to biological evolution, seawater chemistry and natural resource deposits.
Chris Yakymchuk, Associate Professor
Dr. Chris Yakymchuk studies how mountain chains form through the process of plate tectonics. His research features thermodynamic modelling that highlight processes operating at the micro scale, such as melting. These processes can have a major impact on large scale tectonics in the continental crust.
Want to study or partner with us?
Helping to shape and encourage the next generations of scientists is at the core of what we do. Prospective graduate students interested in studying with one of our faculty are welcome to reach out to them directly. You can also check out current student research opportunities in Earth.
Research is made better through strong collaboration. If you’re an industry leader looking to partner with us, we would love to hear from you.