Start date:
Trinity Western University, BSc. in Biology with Honours in Ecology
Indigenous food systems, Invasion biology, Post wildfire ecology
Coming from a rural dairy farm in Bainsville, ON, I have always enjoyed being outside and learning the ins and outs of the factors that influence plant lifecycles. During my undergraduate degree, where I studied biology with an ecology emphasis, I developed a strong interest in plant ecosystems and the impacts of invasive species. This, alongside a passion for teaching through undergraduate TA positions, led me to pursue graduate research.
I completed my Master’s degree at UBC with Honours, focusing on Vegetation Growth Trajectory Responses of Native and Invasive Plants Across the McKay Creek Wildfire Area on St’át’imc Territory. Now, as I continue my research in the Indigenous Ecology Lab during my PhD, I aim to contribute valuable insights that support St’át’imc communities in their decolonized and Indigenized decision-making processes regarding post-fire vegetation recovery. I am passionate about Indigenous equity and food sovereignty, and continuing my work in the Indigenous Ecology Lab allows me to build on meaningful collaborations and contribute to community-led ecological research.
I joined the Indigenous Ecology Lab as I want to contribute valuable information to the St’át’imccommunities to support their decolonized and Indigenized decision-making processes regarding post-fire vegetation recovery. I am passionate about Indigenous equity and food sovereignty, studying in the Indigenous Ecology Lab will allow me to make meaningful connections and contributions alongside Indigenous communities.
hiking, camping, gardening, board games, and soccer
My PhD research examines post-wildfire vegetation recovery over time in the McKay Creek wildfire area, where over 46,000ha burned in 2021 on St’át’imc Nation territory in British Columbia. In partnership with St’át’imc communities (Ts’kw’aylaxw, Xwísten, and T’it’q’et-P’egp’íg’lha), this project investigates how cattle grazing impacts plant regeneration, understory plant recovery year on year and the possibility of using riparian areas as natural nurseries for native species. By integrating Indigenous knowledge with Western ecological research, this work aims to support St’át’imc-led land stewardship, addressing long-term concerns around food sovereignty, soil stability, biodiversity, wildlife health, culturally important plants, climate change, and wildfire resilience.
Understanding the impacts of the McKay creek wildfire on vegetation trajectories and St’at’imc cultural values to inform restoration of post-wildfire landscapes.
https://open.library.ubc.ca/soa/cIRcle/collections/ubctheses/24/items/1.0447326
Oeggerli, V., & Grenz, J. (2025). From Science to Sovereignty: Indigenizing Western Scientific Approaches for Culturally Appropriate Wildfire Recovery. Ecology and Evolution, 15(8), e71939. https://onlinelibrary.wiley.com/doi/full/10.1002/ece3.71939
Clements DR, Day MD, Oeggerli V, Shen SC, Weston LA, Xu GF, Zhang FD, Zhu X. (2019) Site-Specific management is crucial to managing Mikania micrantha. Weed Research, 59(3), 155-169 https://doi.org/10.1111/wre.12359