Opportunities to join the O'Connor Lab
Open positions - 1 PhD position
PhD Position in Aquatic Ecology and Metabolic Scaling in O’Connor Lab, UBC
The position: We are recruiting a PhD student to join our research program on temperature dependence of ecological processes. This research program aims to advance ecological understanding by using theory and experiments to test hypotheses in areas of population and community ecology. We are seeking an enthusiastic and motivated student keen to learn the concepts, tools and techniques of the fields of aquatic ecology, metabolic ecology and community ecology.
Our group: We are a collaborative team, including researchers at all levels (undergraduate to advanced post-doctoral researchers). Our research focuses on change in ecological systems, with a focus on seagrass and coastal ecology, and metabolic scaling research. Our group is located in the Department of Zoology and Biodiversity Research Centre at UBC, in Vancouver. We are committed to a supportive and inclusive environment for learning, growth and science.
Qualifications: The PhD program is a time of learning, growth and developing one’s own project within the resources and support systems available. We are recruiting someone who meets the following criteria:
Salary: $40K CAD per year. Salary will be met by a combination of TA positions, Fellowships (applied for by student) and PI research grants. 5-year salary will be committed upon acceptance to the program.
Start date of the PhD program: Sept 1 2025.
Location: Based in Vancouver, BC, at the University of British Columbia in the Biodiversity Research Centre.
Supervisor: Mary O’Connor, in the Department of Zoology (UBC) and Biodiversity Research Centre.
To apply: Please submit a cover letter explaining motivation and summarizing qualifications to Mary O’Connor ([email protected]). Include a CV and an example of scientific writing.
We will review applications in November 2024, and continue until we identify a successful candidate.
References of work out of this theme of our research that this PhD position builds upon:
Stark, KA, Clegg, T., Bernhardt, J. R., Grainger, T. N., Kempes, C. P., Savage, V., O’Connor, M.I. and Pawar, S. In Press. Towards a Dynamic Metabolic Theory of Ecology to predict climate change effects on biological systems. The American Naturalist.
Sunday, J. M., J. R. Bernhardt, C. D. G. Harley, M. I. O’Connor. 2024. Temperature dependence of competitive ability differs from that of growth rate. Ecology Letters 27(1): e14337.
Slein, M., J. Bernhardt, M. I. O’Connor, S. Fey. 2023. Thermal fluctuations during acclimation and acute conditions alter multiscale biological processes: a meta-analysis. Proceedings of the Royal Society – B. 290: 20222225.
Kirk, D., M. I. O’Connor and E. A. Mordecai. 2022. Scaling effects of temperature on parasitism from individuals to populations. Journal of Animal Ecology. 91(10): 2087-2102.
Siegle, M. R., R. B. Taylor, M. I. O’Connor. 2022. Heat Wave Intensity Drives Sublethal Reproductive Costs in a Tidepool Copepod. Integrative and Organismal Biology 4(1):obac005.
Fey, S.B., D. A. Vasseur, K. Alujevic, K. J. Kroeker, M. L. Logan, J. P. DeLong, M. I. O’Connor, S. Peacor, V. H. W. Rudolf, R. L. Selden, A. Sih, S. Clusella-Trullas. 2019. Opportunities for Behavioral Rescue Under Rapid Environmental Change. Global Change Biology 25: 3110-3120.
Garzke, J., S. J. Connor, U. Sommer, and M. I. O’Connor. 2019. Food chain length modifies the effect of temperature on ecosystems. PLoS Biology 17(6): e2006806.
Bernhardt, J. R., J. M. +Sunday, P. L. Thompson, and M. I. O’Connor. 2018. Nonlinear averaging of thermal experience predicts population growth rates in a thermally variable environment. Proceedings of the Royal Society of London-B 285: 20181076
Bernhardt, J. R., J. M. Sunday, and M. I. O’Connor. 2018. Metabolic theory and the temperature size rule explain the temperature dependence of population carrying capacity. The American Naturalist 192(6): 687-697.
The position: We are recruiting a PhD student to join our research program on temperature dependence of ecological processes. This research program aims to advance ecological understanding by using theory and experiments to test hypotheses in areas of population and community ecology. We are seeking an enthusiastic and motivated student keen to learn the concepts, tools and techniques of the fields of aquatic ecology, metabolic ecology and community ecology.
Our group: We are a collaborative team, including researchers at all levels (undergraduate to advanced post-doctoral researchers). Our research focuses on change in ecological systems, with a focus on seagrass and coastal ecology, and metabolic scaling research. Our group is located in the Department of Zoology and Biodiversity Research Centre at UBC, in Vancouver. We are committed to a supportive and inclusive environment for learning, growth and science.
Qualifications: The PhD program is a time of learning, growth and developing one’s own project within the resources and support systems available. We are recruiting someone who meets the following criteria:
- Curious, inquisitive, and willing to pursue ideas
- Basic experience and skills with R or similar coding for graphics and analysis
- Undergraduate coursework in ecology, biology, and aquatic ecology (or willingness to fill gaps early in PhD)
- Experience with publication of scientific research, as coauthor, lead author, or contributor
- Is familiar with the academic system and can articulate a clear purpose for pursuing a PhD
- Research experience in a lab or field setting related to ecology or environmental science
- Love of reading, learning, and sharing knowledge through discussion, writing and questioning
- Willingness to apply for funding to support research and stipend
Salary: $40K CAD per year. Salary will be met by a combination of TA positions, Fellowships (applied for by student) and PI research grants. 5-year salary will be committed upon acceptance to the program.
Start date of the PhD program: Sept 1 2025.
Location: Based in Vancouver, BC, at the University of British Columbia in the Biodiversity Research Centre.
Supervisor: Mary O’Connor, in the Department of Zoology (UBC) and Biodiversity Research Centre.
To apply: Please submit a cover letter explaining motivation and summarizing qualifications to Mary O’Connor ([email protected]). Include a CV and an example of scientific writing.
We will review applications in November 2024, and continue until we identify a successful candidate.
References of work out of this theme of our research that this PhD position builds upon:
Stark, KA, Clegg, T., Bernhardt, J. R., Grainger, T. N., Kempes, C. P., Savage, V., O’Connor, M.I. and Pawar, S. In Press. Towards a Dynamic Metabolic Theory of Ecology to predict climate change effects on biological systems. The American Naturalist.
Sunday, J. M., J. R. Bernhardt, C. D. G. Harley, M. I. O’Connor. 2024. Temperature dependence of competitive ability differs from that of growth rate. Ecology Letters 27(1): e14337.
Slein, M., J. Bernhardt, M. I. O’Connor, S. Fey. 2023. Thermal fluctuations during acclimation and acute conditions alter multiscale biological processes: a meta-analysis. Proceedings of the Royal Society – B. 290: 20222225.
Kirk, D., M. I. O’Connor and E. A. Mordecai. 2022. Scaling effects of temperature on parasitism from individuals to populations. Journal of Animal Ecology. 91(10): 2087-2102.
Siegle, M. R., R. B. Taylor, M. I. O’Connor. 2022. Heat Wave Intensity Drives Sublethal Reproductive Costs in a Tidepool Copepod. Integrative and Organismal Biology 4(1):obac005.
Fey, S.B., D. A. Vasseur, K. Alujevic, K. J. Kroeker, M. L. Logan, J. P. DeLong, M. I. O’Connor, S. Peacor, V. H. W. Rudolf, R. L. Selden, A. Sih, S. Clusella-Trullas. 2019. Opportunities for Behavioral Rescue Under Rapid Environmental Change. Global Change Biology 25: 3110-3120.
Garzke, J., S. J. Connor, U. Sommer, and M. I. O’Connor. 2019. Food chain length modifies the effect of temperature on ecosystems. PLoS Biology 17(6): e2006806.
Bernhardt, J. R., J. M. +Sunday, P. L. Thompson, and M. I. O’Connor. 2018. Nonlinear averaging of thermal experience predicts population growth rates in a thermally variable environment. Proceedings of the Royal Society of London-B 285: 20181076
Bernhardt, J. R., J. M. Sunday, and M. I. O’Connor. 2018. Metabolic theory and the temperature size rule explain the temperature dependence of population carrying capacity. The American Naturalist 192(6): 687-697.
General Information
Summer Undergraduate Research Positions
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We typically have 3-4 undergraduates in the lab who participate in research in several capacities. If these are of interest, please contact Mary ([email protected]) with a brief statement of your interests, availability, and personal goals for undertaking a research experience. Typically we interview in Jan/Feb for USRA and in March or August for Work learns.
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Prospective Graduate Students |
If you’re interested in applying to work with me, here is an overview of my expectations, and what I will explore as we chat about grad school:
If you are looking for more information about grad school in general, please check out this blog post on "The unwritten rules of getting in and getting on in grad school". |
Prospective Postdocs
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In Canada most postdoc funding comes through fellowships awarded to the postdoc (rather than supervisor funds). I’ve included some links below, and most of these have provided support for postdocs to join my group over the last few years. These postdoctoral fellowships open to candidates of any nationality. If you think you might be a good fit for one of these to work with my group, please contact me and we can discuss a proposal.
Killam Postdoctoral Fellowships Banting Postdoctoral Fellowships UBC Biodiversity Postdoc UBC Ocean Leaders program Bamfield Postdoctoral Fellowships (advertised when available) Liber Ero Fellowship |
See our Lab Culture page for more details on what it's like to be in the O'Connor lab.