Trent Expertise Key in Freshwater Ecosystems Research Project
Dr. Maggie Xenopoulos predicts benefits for students involved in $15.5 million multi-university undertaking
Trent’s reputation as a leader in environmental studies, particularly aquatic science and water quality monitoring, has placed the University front-and-centre as part of a collaborative research project that will provide infrastructure and data management for scientists studying freshwater ecosytems.
The $15.5 million Real-Time Aquatic Ecosystem Observation Network (RAEON), led by University of Windsor researcher Dr. Aaron Fisk, has been jointly funded by the Canadian Foundation for Innovation and two provincial ministries.
Taking the lead on behalf of Trent, one of several university partners involved, is Dr. Maggie Xenopoulos. The Biology professor says Trent’s role in the project involves responsibility for an underwater vehicle, and measuring sensors that monitor temperature, oxygen, organic matter, nitrogen and algae.
“To better understand our freshwater systems, we must integrate cutting-edge, agile sampling technologies with world-class researchers and research programs as well as established national and international assessment programs,” says Professor Xenopoulos.
“With RAEON, we will be able to develop predictive information about ecosystem responses quickly, with consequences for both basic and applied science as well as day-to-day practicalities such as beach closures and drinking water issues. RAEON is also expected to produce a comprehensive and multidisciplinary databank that will be a reference for researchers worldwide.”
While the principle objective of the research is to collect real-time continuous data from the Great Lakes, Prof. Xenopoulos notes the rewards extend well beyond that, providing a huge benefit to Trent students working under her guidance in the Aquatic Ecology Lab.
“RAEON provides unique training opportunities to create the next generation of leaders in aquatic sciences. All students and trainees will have an excellent working knowledge of fisheries, conservation, lake physics and water quality issues relevant for any aquatic system around the world,” she explains. “Students will be at the very forefront of integrated aquatic ecosystem monitoring, their skills will be in demand regionally, nationally and internationally.”