Department of Biology and School of Environmental Studies Assistant Professor Diane Orihel featured in the Queen's Gazette
As the newest Queen’s National Scholar, Diane Orihel is settling in at the university.
The QNS in Aquatic Ecotoxicology, Dr. Orihel’s research looks into the fate and effects of contaminants in the environment. Specializing in freshwater ecosystems, she uses an ecosystem approach to ecotoxicology.
“Traditionally, toxicology has focused on short-term assessments of the direct toxicity of a chemical on a model organism,” she explains. “Such experiments are informative but that’s not what actually happens in the real world. The real world is complex – contaminants released from smoke stacks or sewage outfalls often change as they enter and move through aquatic ecosystems, and affect not only individual plants and animals, but whole food webs. By using an ecosystem-based approach to ecotoxicology, I unravel the intricacies of how chemicals behave in our lakes and wetlands and the impacts they have on everything from plankton to fish.”
As the QNS, Dr. Orihel is jointly-appointed to the School of Environmental Studies and Department of Biology. It’s an ideal set up she explains and was one of the biggest draws for coming to Queen’s. Her work, she says, while grounded in science, is always framed in terms of environmental policy.
“All of my research starts with the question: what is the policy need and what are the scientific data required to address that policy need?” she says. “Being able to have a foot in the Department of Biology and a foot in the School of Environmental Studies is a very good match for me because that’s what I do. For me, science doesn’t stop at the scientific publication. I work hard to bring my science to the public and to engage decision makers, so that together we can make strides toward solving our most pressing environmental problems. ”
For example, her research has already contributed to: linking atmospheric mercury deposition and methylmercury concentrations in fish; understanding nutrient recycling and toxic algal blooms in freshwater lakes; and probing the degradation of a common flame retardant in the natural environment.
Another advantage Queen’s offered Dr. Orihel is its proximity to the Queen’s University Biological Station (QUBS). A mere 45-minute drive north and she is immersed in her research environment. At the same time Dr. Orihel is excited to be working with some of the leading experts in water issues, in Canada and around the world, at Queen’s.
Full Queen's Gazette Story, online.
To learn more about Dr. Orihel’s research, visit her website.
For more on the Queen’s National Scholar program, visit the QNS page on the Provost’s website.