One Health Award | U of G Partnership with Western OR McMaster
One Health collaborations across disciplines, faculties and campuses are important steps to resolving and understanding complex problems that exist at the interface of human, animal, and environmental health.
The One Health Award | Partnership with Western University or McMaster University has been created to stimulate collaborative academic activity between the University of Guelph and McMaster University and between the University of Guelph and Western University.
Value and Duration
Students enrolling in thesis-based Master’s, PhD or DVSc programs at the University of Guelph are eligible for this award. The award is payable in per-semester instalments until the program of study is complete or the maximum funding duration is reached (Table 1). Scholarships will be confirmed and awarded once an eligible student is accepted and the graduate advisory committee established. Student award recipients are expected to enrol in and complete the Collaborative Specialization in One Health program.
This scholarship can be held concurrently with other scholarships.
Up to two scholarships will be awarded from the University of Guelph each year for the next two years, with the annual budget capped at $120,000.
Scholarship award amount and duration of funding by program type
Annual amount of award
Max. duration of funding
PhD (direct entry from undergraduate program)
Faculty at the University of Guelph are eligible to apply if they are supervising (or planning to supervise) a graduate student who is conducting research in One Health. The research must also be in collaboration with a researcher at one of McMaster University or Western University, and the researcher must also be a member of the graduate student’s supervisory committee. Sharing research space is encouraged.
The Partnership Award will be allocated through a two-stage process:
Stage 1: Faculty Submit Project Proposals
Selection of projects by One Health Institute Advisory Board
Stage 2: Students Apply
Selection of students by faculty members successful in Stage 1
Schedule of Dates
Monday, December 19, 2022
Call for Project Proposals Opens
Sunday, February 5, 2023 at 11:59 PM
Project Proposals Due
Wednesday, February 22, 2023
Successful Proposals Announced
How to Apply
STAGE 1 – FACULTY
Stage 1 (Project Abstracts – Submitted by Faculty)
How to Apply
Please download and complete a project proposal.
To complete the application you will need the following information at hand:
Applicant and co-applicant names, email addresses, affiliations and contact information
Project rationale (the core problem(s) your project seeks to address)
One Health methods / methodology (explain the relevance of a One Health approach to your project)
Project objectives & necessity of a One Health approach for each
A description of the role for the graduate student in the project
The Director, One Health Institute, with members of the One Health Institute Advisory Board, will select the recipient(s) from among the nominations received on or prior to the closing date, based on the following criteria:
Faculty applicant is eligible to supervise a student in a MA, MSc, DVSc or PhD program at the University of Guelph.
There will be faculty representation on the graduate student’s supervisory committee from either McMaster University or Western University.
The research objectives and experimental plan are rational, clear and feasible.
The proposed research demonstrably employs a One Health approach.
Award of funds remains provisional until an eligible student has accepted, the program of research confirmed, and the graduate advisory committee has been established.
STAGE 2 – STUDENTS
Students interested in working on a specific research project will contact faculty members directly to discuss possible involvement with the project.
U of G Partnership with Western OR McMaster Projects
Evaluating bone lead levels in Trumpeter Swans (Cygnus buccinator) in Ontario
About the Project:
Thousands of free ranging wild birds ingest lead from the environment, and many are subsequently admitted to wildlife rehabilitation centres. Current methods to detect lead levels in live birds often require obtaining a blood sample to assess blood-lead levels. This method is somewhat invasive and does not truly reflect the levels of lead in the birds because the vast majority (up to 90%) of lead which is stored in bone. A newer technology called x-ray fluorescence (XRF) is a non-invasive, non-destructive analytical technique used to determine the elemental composition of various sources. It is essential because with the vast majority of lead stored in bone, we want to quantify the levels of lead in birds to have a better understanding of how long we must treat (e.g. via chelation therapy) birds in rehabilitation centres. We also have an opportunity to develop prognostic factors based on lead thresholds found in bone and whether or not these birds have a chance of rehabilitation and release.
Working with people, animals, and the environment to understand the prevalence and impact of lead will enable us to better understand how to improve wild animal welfare, identify the potential location of lead (or at least where the birds were found to further investigate the presence of lead in the water system in a subsequent study). The health of wildfowl and water systems is strongly linked to human health. While urban Canadian lead exposure is now extremely low, people in who hunt wildfowl, and subsistence fish, are known to have higher lead exposure. Eating wildfowl is correlated with higher blood lead levels, but the absence of quantitative measures of lead exposure in wildfowl means the assessment of human health risk from eating exposed birds is limited. While we do not eat swans, measurements in these birds could be a useful surrogate for other wildfowl and used in models of human uptake.
College of Biological Science | University of Guelph
As a wildlife veterinarian and Medical Director at the National Wildlife Centre, Dr. Sherri Cox is passionate about helping to improve the health and welfare of wild animals and disseminating new information about unique cases she sees when treating sick and injured wildlife. From moose to mice and turtles to terns, Dr. Cox treats all indigenous wildlife. Dr. Cox seeks to help connect students, the public, wildlife rehabilitators, and scientists together to improve the lives of these wild animals through a One Health concept.
Understanding anthroponotic transmission of SARS-CoV-2 to domestic and wild animals
About the Project:
Since January of 2020, the SARS-CoV-2 virus has caused COVID-19 illness in more than 200 countries and regions, causing approximately 375 million human infections and 5.7 million deaths. While much research has focused on zoonotic transmission to explain the SARS-CoV-2 spillover event, anthroponotic transmission has been much less studied. We hypothesize that both regular or inadvertent interactions between infected people and domestic and/or wild animals allows for anthroponotic transmission of COVID-19. Our hypothesis is supported by reports that domestic cats and dogs owned by infected individuals have become infected with SARS-CoV-2, and direct human-to-animal transmission has been proposed from epidemiological data and genetic similarities of SARS-CoV-2 strains isolated from wild animals and their keepers in zoos. Minks infected with SARS-CoV-2 have also been identified on farms in several countries where infected farm workers were speculated as the source of infection. The objective of this project is to conduct genomic-based epidemiological surveillance of SARS-CoV-2 in domesticated and wild animal populations that live in close contact with humans. In addition, the presence of SARS-CoV-2 in the environment will also be assessed. This research is important because the genetic diversity of coronaviruses is caused by accumulation of mutations and high-frequency homologous recombination, leading to infections across interspecies barriers and potential subsequent re-infection of humans with deadlier mutants. In addition, host-switching events could cause SARS-CoV-2 to adapt to a wider array of selective pressures, leading to emergence of new viruses and diseases.
Meet the Team:
Principal Investigator (U of G)
Leung Family Professor in Food Safety
Director | Canadian Research Institute for Food Safety
University of Guelph
In January, 2019, Lawrence joined the Department of Food Science as Director of the Canadian Research Institute for Food Safety, where he holds the Leung Family Professorship in Food Safety. Dr. Goodridge conducts research in a One Health context, as it relates to control, detection and surveillance of pathogenic microorganisms including bacteria, viruses and parasites. Dr. Goodridge has published more than 100 peer reviewed journal articles and book chapters, and has been awarded more than $30 million in research funding from US, Canadian and international funding sources.
Professor | Department of Microbiology and Immunology
Canada Research Chair in HIV Pathogenesis and Viral Control