WCS Canada and Lakehead University are seeking a recent PhD graduate for a postdoctoral fellowship in conservation biology. The project will focus on applying advanced ecological modeling techniques to understand the impacts of climate change and future development scenarios on lake sturgeon populations in Ontario’s Arctic watershed. This project supports a broader long-term collaborative research program between WCS Canada and Moose Cree First Nation (Resource Protection Unit), which is using field-based research (acoustic telemetry, physiological measurements) to understand the impacts of a hydroelectric facility on lake sturgeon. The postdoctoral fellow will be responsible for developing models (e.g., agent-based models, bioenergetics models) to predict the impacts of various development scenarios on lake sturgeon populations, and publish their results in the peer-reviewed literature. The postdoctoral fellow will also assist with the fieldwork collecting acoustic telemetry and physiological data from lake sturgeon within the Moose River basin. As well as having opportunities to contribute to the Lakehead University academic community, such as through seminars, there will be opportunities to contribute to WCS Canada’s applied conservation efforts and outreach activities, such as through blog posts, community presentations, and commenting on policy and management proposals.
1) Model the impacts of climate change and future development scenarios on lake sturgeon populations in Ontario’s Arctic watershed and publish results as a peer-reviewed publication.
2) Conduct lake sturgeon ecological field research (physiological measurements and acoustic telemetry).
1) Recent PhD graduate in relevant field (e.g., fisheries, spatial ecology, quantitative ecology, conservation, etc.). Senior PhD candidates are also encouraged to apply, but the successful applicant must defend their PhD prior to starting this position.
2) Demonstrated ability to apply advanced modelling techniques (e.g., agent-based models, bioenergetics models, etc.) to ecological problems.
3) Demonstrated ability to manage safe and effective field-based research projects, including associated logistics and personnel is preferred.
4) Excellent oral and written communication skills for diverse audiences.
5) Strong interpersonal skills and demonstrated ability to work effectively in cross-cultural and interdisciplinary work environment.
Please send a cover letter, resume/CV (including contact information for 3 references), and a brief and relevant example of your written work to WCS Canada by email or mail:
By email: email@example.com with the subject “FRESHWATER PDF”
By mail: Human Resources, Wildlife Conservation Society Canada, 344 Bloor Street West, Suite #204, Toronto, Ontario, Canada, M5S 3A7
About WCS Canada:
WCS Canada (www.wcscanada.org) was established as a Canadian conservation organization in July 2004. Our mission is to conserve wildlife and wild places by improving our understanding of and seeking solutions to critical problems that threaten key species and large wild ecosystems throughout Canada. We implement and support comprehensive field studies that gather information on wildlife needs and then seek to resolve key conservation problems by working with a broad array of stakeholders. We also provide technical assistance and biological expertise to local groups and agencies that lack the resources to tackle conservation concerns. WCS Canada is independently registered and managed, while retaining a strong collaborative working relationship with sister Wildlife Conservation Society (WCS) programs in more than 60 countries.
About the Rennie Lab at Lakehead University:
Our research is focused on the metabolic and community ecology of altered environments. Human activities often create change in the form of multiple stressors, altering the community composition of aquatic ecosystems. Accurately measuring those changes is a critical first step to understanding ecosystem responses to stress. Our research group focuses on understanding how those community changes alter ecosystem energetics and function. Two broad research themes are: 1) understanding the role of multiple stressors (e.g., climate change, commercial and recreational fishing, species invasions) on the community structure and energetics of aquatic ecosystems and 2) understanding ways in which the behaviour and life histories of aquatic organisms can influence population size and ecosystem structure. For more information, see: http://ceelab.ca/.