
Research Highlights


Tackling Banana's Foe: Cold Plasma's Promise
Innovative cold plasma battles crown rot, preserving bananas and reshaping agriculture sustainably.
Banana's Battle: Crown Rot Threat

Graham Taylor Joins Multimillion-Dollar International Initiative to Establish a Global Climate Center on AI and Biodiversity Change
The University of Guelph’s Dr. Graham Taylor is set to play a pivotal role in a groundbreaking international initiative aimed at leveraging artificial intelligence (AI) to better understand the impact of climate change on biodiversity.

Catalysts' Edge: Powering Hydrogen From Water
Exploiting catalysts' capabilities, Dr. Chen's team employs UV-Vis spectroscopy and SPECM to enhance water electrolysis efficiency for sustainable hydrogen fuel generation.
Water's Extraordinary Secret: Catalysts and Clean Energy

GBADs: Charting a Data-Driven Course for One Health
GBADs charts a course in the data labyrinth, overcoming obstacles and unearthing keys to a healthier, data-driven future.
One Health Renaissance: GBADs at the Helm

CEPS faculty awarded prestigious federal funding.
Leading the announcement is Dr.

Artificial Intelligence Improves Screening Accessibility for Liver Disease
Researchers develop an automated method that can detect a prevalent liver disease at the primary care level.
A Global Health Concern

Breaking Barriers: Rethinking Armor Design for Female Soldiers
Not all heroes wear capes, but they do wear armour. Meet Dr. Michele Oliver, a trailblazer from the School of Engineering at the University of Guelph, who is working towards making armour more accommodating for the real-world superheroes - our soldiers. The twist? Her study focuses on determining whether armour needs to be tailored for female soldiers, a long-ignored demographic in military armour design.

CARE-AI awards four research projects across campus to further U of G’s expertise in ethical Artificial Intelligence
Researchers from across campus supported with $40k in seed funding.

Creating Compounds for New Cancer Treatments
The production of key chemical compounds could aid in the development of new cancer therapies