Alex (Alejandro) Schmill
Alex (Alejandro) Schmill
Student
Program: MSc, OCF
Supervisors: William Cheung & Margot Hessing-Lewis
Research Area
Kristen Sora
Kristen’s (she/her) PhD research topic encompasses multi-stressor impacts on the Canadian Beaufort Sea marine ecosystem at various biological scales. Specifically, she will develop and apply food web models and associated indices using the platform Ecopath with Ecosim (EwE) to understand system dynamics. The food web models will investigate possible changes in the Beaufort Sea ecosystem structure and function under changing environmental and human… Read More
Research Area
Ambre Soszynski
Ambre Soszynski
Student
Program: PhD, OCF
Supervisor: Dr. William Cheung
Email: a.soszynski@oceans.ubc.ca
Her research aims at understanding the functioning of ecosystems and their response to anthropogenic pressures in a changing world. The use of marine ecosystem models (Ecopath with Ecosim, OSMOSE) allows to study the marine environments from the individual to ecosystem levels and to forecast the future of biodiversity under fishing and climate change scenarios. Read More
Research Area
ecological modelling; impact assessment; biodiversity; fisheries; climate change; marine ecosystem; marine governance; Ecopath with Ecosim and Ecospace; OSMOSE
Kasey Stirling
Kasey Stirling
Student
Program: PhD, OCF
Supervisor: Dr. Andrea Reid
Email: k.stirling@oceans.ubc.ca
ʔéx kʷ n̓ & pusu’l (hello), my name is Kasey Stirling and I am Nlaka’pamux, Mi’kmaq, and Acadienne. I am a status member of the Lower Nicola Indian Band in Merritt, BC. I am from Williams Lake, the traditional territory of the T’exelcemc Nation (Williams Lake First Nation, Secwepemc Peoples). Throughout my life, I have walked between both worlds: Western and academic science, and Indigenous traditional knowledge. Balancing these pedagogies and developing… Read More
Research Area
Rhea Storlund
Rhea Storlund
Student
Program: PhD, Zoology
Supervisors: Dr. David Rosen and Dr. Andrew Trites
Email: r.storlund@oceans.ubc.ca
Rhea’s Ph.D. explores cardiovascular adaptations in diving mammals. She looks at this from two perspectives, anatomy and physiology. Anatomically, the aorta of marine mammals is intriguing as it has been reported to be enlarged in some species, but not others, and it is suspected to contribute to the ability to breathhold dive for long durations. Physiologically, marine mammals are known for their extreme cardiovascular adjustments to diving… Read More
Research Area
Guilherme Suzano Coqueiro
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Colton Van Der Minne
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Melanie Warren
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Aleah Wong
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Alexander Yanez
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