Laurier was successful in partnering with the University of Saskatchewan, the University of Waterloo and McMaster University in accessing $78 million over the next seven years to support Global Water Futures (GWF) through Canada’s First Research Excellence Fund. Intended to cement Canada’s leadership in cold regions water science, GWF is the largest university-led water research program funded worldwide and is one of the largest water science collaborations in the world. The goal of the program is to deliver risk-management solutions to manage water resources throughout Canada where global warming is changing landscapes, ecosystems, and the water environment.
With an exclusive focus on environmental issues facing Canada’s North, the Laurier-led Northern Water Futures is one of 11 projects funded under the inaugural funding call of the GWF program.
Through GWF, Laurier has secured funding for personnel dedicated to advancing our strategic priorities in cold regions and water science. The core Laurier team includes five technical staff who will work on field sites throughout the Northwest Territories (NWT) and support analytical and instrument libraries, a data management technician, and a knowledge mobilization research specialist.
Based out of the Yellowknife research office, Ryan Connon works within a GWF team examining the changing hydrometeorology in the Northwest Territories. He also provides leadership at Laurier’s Yellowknife research office.
Connon recently completed his PhD working with William Quinton, associate professor of Geography and Environmental Studies and director of the Cold Regions Research Centre at Laurier. Connon was born in the NWT. His PhD research focused on understanding the ways in which runoff pathways are expected to change as a result of thawing permafrost in northwestern Canada.
At Laurier's Yellowknife research office, Connon will work with faculty members and graduate students to coordinate field research programs in the territory. His work will include advancing our understanding of the interactions between hydrology and permafrost, and how these interactions are predicted to change in a warming climate.
Contact: email@example.com or 867.688.7544.
Working with GWF researchers, Heather Dixon’s work focuses on the biomonitoring of ecosystem health in the NWT.
Dixon received her PhD from the University of Waterloo, where she investigated Atlantic salmon marine feeding using stable isotopes and gut contents analyses. Prior to joining Laurier, she worked at the Atlantic Salmon Federation, researching Atlantic salmon survival during their migration to the ocean using acoustic telemetry. As the research associate, biomonitoring, Dixon’s work will focus on the biomonitoring of ecosystem health in the NWT involving investigations of the responses of diverse biota to environmental changes and resource development.
Contact: firstname.lastname@example.org or 519.884.0710 x4548.
Based out of the Yellowknife research office, Jennifer Hickman supports researchers studying the impact of environmental changes and resource development on water quality in the NWT.
Ashley Rudy supports a research team focused on monitoring changing permafrost in the NWT.
Contact: email@example.com or 519.884.0710 x4560.
Contact: firstname.lastname@example.org or 519-884-0710 x4511.
Andrew Spring liaises between researchers, northern communities and organizations to support and foster knowledge translation and transfer.
This position will support all aspects of data management, access and archiving.
We see you are accessing our website on IE8. We recommend you view in Chrome, Safari, Firefox or IE9+ instead.×