International Undergraduate Summer Research Studentship in One Health
The International Undergraduate Summer Research Studentship in One Health offers an experiential research opportunity in One Health for international undergraduate or DVM students. The Studentship supports opportunities for international undergraduate and DVM students to engage in semi-independent research projects or participate in larger ongoing research projects during the summer.
One studentship is awarded annually.
Value and Duration
Student Salary Support: $9,500
A total of $9,500 is available for student salary support during the summer term. This is based on a minimum hourly rate of $16.55. Student wages must align with the type of work performed, as described in the University of Guelph Student Wage Guidelines. As students will receive 4% vacation pay on their hourly rate, it is expected that they will work full-time (35hrs/week) for the duration of their appointment.
Applications will only be considered if the student will engage in One Health research.
Priority will be given to:
Early career/pre-tenure researchers who can clearly demonstrate shared research activities arising from this collaboration
A faculty member who has not previously received an award administered by the One Health Institute
A maximum of one project per faculty member will be approved.
The International Summer Research Studentship will be allocated through a two-stage process:
Stage 1: Faculty Submit Project Proposals
Selection of project by the Director, One Health Institute
Stage 2: Students Apply
Selection of international student by faculty member successful in Stage 1
Schedule of Dates
Monday, December 18, 2023
Call for Project Proposals Opens
Monday, January 15, 2024
Project Proposals Due
Thursday, January 25, 2024
Successful Proposals Announced
Friday, January 26, 2024
Faculty Member recipient may begin advertising opportunity
Friday, March 8, 2024
Final date that offers can go out to students. Note that offers can be made/accepted anytime between January 26th and March 8th, 2024
STAGE 1 – FACULTY
Stage 1 (Project Abstracts – Submitted by Faculty)
How to Apply
Please submit a project proposal.
To complete the application you will need the following information at hand:
Your name, affiliation and contact information
Record of student supervision (max. 200 words): Briefly describe your previous graduate / undergraduate student research supervision
Project proposal description (1/2 page or 250 words)
The relevance of One Health / a One Health approach to at least one of your research objectives
A short description of the role for the student in this project
Evaluation Process and Criteria
The Director, One Health Institute will select the project for funding based on the following criteria:
Relevance / alignment of the proposed research with One Health
Clarity and feasibility of the research objectives and experimental plan
Suitability of the project for DVM and undergraduate summer research students
Availability of operating funds and infrastructure for the summer research project
Students interested in working on this summer research project will contact the faculty member recipient directly.
STAGE 3 – SETUP OF STUDENT APPOINTMENT
Once the faculty member chooses a successful candidate, please cc OHI Program Manager, Katherine Heyland (firstname.lastname@example.org), on your email to the student confirming the upcoming appointment.
Terms and Conditions
The student recipient of the International Undergraduate Summer Research Studentship in One Health:
Be available to work on the research project for 14.2 weeks full-time (i.e. 35 hours/week) between May 1 and August 31 of the calendar year in which the award is granted
Be a full-time University of Guelph international student in good standing who is registered in Phase 1 or 2 of the DVM program, or after 2nd or 3rd year of a related University of Guelph undergraduate program and returning in the fall
Participate in the summer Career Opportunities and Research Exploration (CORE) program at OVC or equivalent program on campus. Advisors are requested to be flexible in research work hours to allow students to participate in this program
Participate in the CPHAZ One Health Poster Day in the fall semester of the year in which the award is granted
Complete a survey evaluating the research experience and the mentor’s performance
Faculty advisors must:
Be available to supervise the summer research student for the entire 14.2-week period (or longer is the student is employed for a longer period)
Provide an advisory and mentoring role to motivate and guide the student and to foster an interest in research
Complete a survey evaluating the student’s performance and the efficacy of the program at completion
International Summer Research Studentship in One Health Projects
Diversity and origin of feral apple in Ontario: a conduit for interactions between commercial apple production and native ecosystems in Ontario
About the Project:
Developing a robust and sustainable food system requires efficient methods of food production and distribution. It also requires awareness and mitigation of the impacts of agricultural practices on native ecosystems and biodiversity. Domestic apple is among the top three fruit species produced, globally and is important to Ontario’s economy. Importantly, it has established outside of cultivation as feral apples, which can interact with adjacent native biodiversity. However little is known of their abundance, origin and impacts on native apple species and commercial apple production.
As part of an ongoing research program on the role of feral apples, Dr. Husband’s research team is working with local communities to expand the map of the distribution, genetic diversity, and parentage of feral apples on the landscape and relate that to past use of domestic apple within several regions in Ontario. The team is also investigating hybridization between feral apples and the native crabapple. This work is an important step toward understanding the value, impacts and management of feral apples in Ontario and beyond.
Most recently, we have been focusing on the genetic composition of feral apple populations, trying to better understand the diversity in the feral apple population in Ontario. We have a special interest in learning how the feral apples are related to cultivated varieties (cultivars), especially heritage cultivars.
Many of these older cultivars have disappeared from our awareness and our grocery stores, and in some cases, may have vanished altogether. Yet, they may have left a distinct imprint in the feral apples of Ontario.
About the Student:
Hanh Nguyen (Ava) Vu is a third-year BSc student in Molecular Biology and Genetics with a minor in Neuroscience. Under the guidance of Dr. Brian Husband, Hanh Nguyen is actively engaged in a project focusing on mapping the distribution, genetic diversity, and parentage of feral apples across various regions in Ontario. Hanh Nguyen is captivated by the intersection of genomics, bioinformatics, and the storytelling potential of genes within the context of botany/integrative biology.
By contributing to this project, Hanh Nguyen aspires to further develop her understanding of the intricate relationships between ecology, biodiversity, and the captivating narratives encoded within the genes of botanical organisms.
One Health of Fungal Disease
About the Project:
Fungal diseases greatly impact the world around us, including our environment, food system, and health. Beginning with the food we eat, the application of fungicides to protect cereal crops from devastating fungal diseases can lead to resistance among plant pathogens. Moreover, fungicidal applications can also cause resistance within environmental pathogens, which are transmitted to humans, causing devastating disease. For example, Fusarium head blight (FHB), a globally-impactful fungal disease of cereal crops that leads to a reduction in grain quality and contamination with dangerous mycotoxins, is often averted with the annual application of azoles. Subsequently, such applications increase exposure of environmental microbes, including the human fungal pathogen, Cryptococcus neoformans, to the fungicide and promote antifungal resistance. For C. neoformans, inhalation of spores from the environment can lead to fatal meningitis if left untreated or in the presence of antifungal resistant strains. Using a One Health approach, my research program bridges together environmental, animal, and human health to uncover new prevention and treatment strategies against disease in the grower’s field to reduce fungicide use. Our approach limits the evolution of resistance amongst environmental pathogens, and ensures that our current medical antifungal therapies remain effective. We achieve these goals using state-of-the-art mass spectrometry instrumentation, advanced bioinformatics platforms, an array of biochemical, molecular, microbiological, and immunological techniques, as well as established interdisciplinary collaborations.
About the Professor:
Dr. Jennifer Geddes-McAlister started her appointment as Assistant Professor in the Department of Molecular and Cellular Biology at the University of Guelph in July 2018. She is an expert in mass spectrometry-based proteomics following a Alexander von Humboldt post-doctoral fellowship at the Max Planck Institute of Biochemistry (Germany). Her research program embraces a One Health approach to define the relationship between host and pathogen during infection to uncover new strategies for overcoming resistance in both medically- and agriculturally-relevant diseases.
About the Student:
Jiaxi Lu is a third-year BSc student in Crop, Horticulture, and Turfgrass Science (CHATs). Jiaxi is particularly interested in exploring the relationship between environmental, plant, and human health in order to discover new preventative measures and treatment approaches against fungal disease in the grower’s field through a One Health approach.
Jiaxi has experience working with academic institutions (plant pathogens) and non-governmental organizations (breeding and field management) in Canada and China on research and business projects.