Valli Fraser-Celin is the Companion Animal Manager with Veterinarians Without Borders North America/Vétérinaires Sans Frontières Amérique du Nord.
Valli joined the VWB team in July 2024. She brings a decade of experience in human-animal relationships, with a focus on companion animals and wildlife. She holds a PhD from the University of Guelph in Geography where she conducted research on human-African wild dog conflict and conservation. Following her PhD, she conducted postdoctoral studies in Community Health Sciences at the University of Calgary where she focused on dogs in Indigenous communities, One Health, Reconciliation, and equitable access to veterinary care.
Prior to joining VWB, Valli worked for the Ontario Veterinary College on an access to veterinary care project focused on alternative economies and previously for the Winnipeg Humane Society where she planned veterinary clinics in remote communities across Manitoba. Valli currently lives in Winnipeg (Treaty 1 Territory and the homeland of the Métis Nation), runs a pet food pantry in her spare time, and is passionate about humane dog training.
#VETSVolunteerVoices aims to bring you the stories of our passionate VETS program volunteers from the field. Meet Ian Parfitt, a GIS Mapping Advisor who spent three months in Cambodia (January–April 2025) supporting organic agriculture and digital transformation with our local partner, AVSF Cambodia.
Megan Sylka, Senior Program Officer at VWB, shares how her recent visit to Kenya revealed the powerful ripple effects of the VETS program—highlighting how Community One Health Champion Shelmith Mwai is transforming her dairy farm, her family dynamics, and her community through knowledge, leadership, and collaboration.
This article examines how a One Health approach can transform food safety systems by addressing the interconnected health of people, animals, and the environment—highlighting the importance of cross-sector collaboration, innovations like Canada’s CFSIN, and global strategies to mitigate risks such as antimicrobial resistance, climate change, and zoonotic disease.
