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This student profile has been archived and is no longer being updated.
This student profile has been archived and is no longer being updated.
As our world is becoming ever more connected, we are starting to better understand the importance of the interlinked nature of human, animal, and ecosystem health. Zoonotic diseases of wildlife origin--those that transmit from wild animals to humans--have been increasing and emphasize that health needs to be approached from a more holistic perspective. My prior training in ecology and veterinary medicine provided me with an understanding of the One Health approach, but pursing a graduate degree gives me the tools to investigate and make an impact on the drivers of zoonotic diseases.
UBC allows me to reach my research goals by offering courses focusing on quantitative epidemiological methods, mentorship from a supportive committee, and a collaborative research atmosphere.
Receiving expert guidance on infectious disease surveillance from both animal and human health perspectives.
Discovering all the cherry blossoms that turn the streets pink during spring!
I enjoy being exposed to many unfamiliar fields of research and the opportunity to learn new skills.
I feel that one of the greatest challenges with the surveillance of zoonotic diseases is ensuring that research results can turn into actionable policy that still meets the disparate needs of stakeholders.
Undertaking my research through UBC allows me to learn better risk communication as well as the opportunity to work with different stakeholders in my field so I can better understand their needs.
Rock climbing, backpacking, skiing, and basically anything that involves being outside in the mountains.
Develop a good network of colleagues and classmates--this make your time as a graduate student enjoyable and helps to provide support for when you need advice.
Bird flu (also known as avian influenza) is a viral disease that normally circulates in wild waterfowl but can cause serious disease if it jumps into humans or domestic poultry birds. Surveillance in wild waterfowl for the presence of circulating bird flu subtypes that are more likely to cause disease (e.g. H5 or H7) is essential for the implementation of appropriate biosecurity protocols on a yearly and seasonal basis. To overcome the limitations of testing wild birds one-by-one, my research focuses on the detection of bird flu in mud samples from wetlands where wild waterfowl gather.