Our researchers are studying everything from climate change and storm water management to the relationship between food, nutrition, diet and health. The research discoveries being made here have the potential to reach across borders for world-wide applications.
We are also sharing what we’ve learned with the next generation of scientists - our students. They come to us with a strong sense of global responsibility, passionate about creating positive and lasting change on issues of importance. We believe that by providing them with the opportunity to learn outside the traditional classroom - taking part in a community-based experiential learning project or studying overseas - we can enhance their education and help them develop to their full potential.
The Faculty of Land and Food Systems offers unique hands-on learning sites for graduate students, in addition to traditional labs where food science, food processing, and nutrition and health research take place.
UBC Farm is 24-hectare site on UBC Vancouver campus, which is a living laboratory that contains agricultural, forest, and transitional landscape areas for interdisciplinary field research. The Centre for Sustainable Food Systems (CSFS) located at UBC Farm is a unique research centre that aims to understand and fundamentally transform local and global food systems towards a more sustainable, food secure future.
The Dairy Education and Research Centre, located a 2-hour drive from UBC Vancouver campus, is an internationally recognized dairy cattle research centre supporting the development and adaptation of new technologies for the dairy industry in British Columbia and beyond. The Centre has a large research herd that can provide sufficient numbers of experimental animals at a given physiological stage to meet most research requirements. These features support a vibrant critical mass of students, postdoctoral fellows, staff, visiting scientists, and faculty. A 10,800 square-foot student residence building opened in September 2015, which allows students and researchers to live on-site at the Agassiz, B.C. research station, and more closely monitor their research projects in dairy cattle welfare, animal reproduction, and resource recovery.
The Wine Research Centre has sites at both UBC Vancouver and UBC Okanagan campuses, with modern and fully equipped laboratories. Researchers in the Wine Research Centre also have access to the outstanding research facilities in the Michael Smith Laboratories (MSL) which is conveniently located adjacent to the Centre. The MSL has established itself as a force in the global biotechnology research community. Research areas include grapes, vineyards, and soils; wine and fermentation; winery performance and sustainability; and wine territory competitiveness.
In the Faculty of Land and Food Systems, our researchers are focused on finding viable solutions to pressing global crises and are known worldwide for their innovation and leadership in areas such as food science, dairy reproduction and animal welfare, sustainable agriculture, and community health and nutrition.
Our researchers have attracted millions of dollars in research funding from sources including Genome Canada, the Canadian Institutes of Health Research (CIHR), the Michael Smith Scholar, the Canadian Foundation for Innovation (CFI), the Natural Sciences and Engineering Research Council (NSERC), and the Social Sciences and Humanities Research Council of Canada (SSHRC).
Our experts are conducting ground-breaking research in many areas including:
This is an incomplete sample of recent publications in chronological order by UBC faculty members with a primary appointment in the Faculty of Land and Food Systems.
| Year | Citation | Program |
|---|---|---|
| 2021 | Dr. Ede examined the potential of place aversion to assess affective pain in dairy calves. Basing the experimental approach on the animal's memory of common painful procedures such as injections and disbudding, calves were shown to display an emotional response to pain. | Doctor of Philosophy in Applied Animal Biology (PhD) |
| 2021 | Automated activity monitors used on dairy farms help detect periods of sexual receptivity, called estrus, in lactating cows. Dr. Madureira's research demonstrated that estrous expression detected by such monitors was associated with better fertility and reduced pregnancy loss, and can help the efficiency of reproductive management in dairy herds. | Doctor of Philosophy in Applied Animal Biology (PhD) |
| 2021 | Dr. Lecorps investigated the effects of some common stressful and painful procedures on dairy cattle welfare. He found that some procedures likely induce negative mood and that some personality traits (e.g. pessimism) may render calves more vulnerable to stressors. His work shows that more research is needed to improve the welfare of dairy cattle. | Doctor of Philosophy in Applied Animal Biology (PhD) |
| 2021 | Dr. Mills studied farmer decision-making and the role of their advisors to improve the welfare of dairy cows. The goal of this work is to help farmers better manage their businesses and improve the lives of the animals under their care. | Doctor of Philosophy in Applied Animal Biology (PhD) |
| 2020 | Dr. Mujica Coopman investigated the relationship of combined B vitamin and related nutrients with offspring birth size and fetal growth programming. Her findings suggest that vitamin B12 characterized maternal B vitamin and nutrient-related patterns and may play a key role in fetal growth and development. | Doctor of Philosophy in Human Nutrition (PhD) |
| 2020 | Dr. Grenz showed how reclaiming an Indigenous Ecology redefines how we approach land and water healing. She has created a values-based decision-making tool that will help lead us toward ecological reconciliation. Her work provides a path forward for scientists to unleash the potential of an Indigenous worldview to illuminate new paths of inquiry. | Doctor of Philosophy in Integrated Studies in Land and Food Systems (PhD) |
| 2020 | Dr. Padda explored the role of nitrogen-fixing bacteria in supporting the regeneration of lodgepole pine trees at abandoned gravel mining pits. Her research showed that pine trees associate with these beneficial bacteria as a survival strategy to thrive on such degraded sites, offering the potential to be used as a sustainable reclamation tool. | Doctor of Philosophy in Soil Science (PhD) |
| 2020 | Dr. Puri studied plant-beneficial bacteria living inside the tissues of boreal forest trees growing on disturbed, nutrient-poor soils. His work indicated that these bacteria can enhance tree growth via nutrient acquisition, plant hormone modulation and pathogen regulation, thereby suggesting their use as biofertilizers for boreal forest trees. | Doctor of Philosophy in Soil Science (PhD) |
| 2020 | Dr. Dupuis used computer simulations to better understand how an antimicrobial potato protein interacts with model cell membranes, and the role of its disulfide bonds. His research highlighted regions of the protein most likely to mediate membrane interactions, and that the disulfide bonds may aid in membrane targeting specificity. | Doctor of Philosophy in Food Science (PhD) |
| 2020 | Dr. Burnett studied the role of automated activity monitors in the reproductive management of dairy cows. Her findings show the correlation between increased estrous expression and improved fertility. This research demonstrates the importance of estrous expression in breeding decisions and provides alternatives for reducing hormonal interventions. | Doctor of Philosophy in Applied Animal Biology (PhD) |