Forging New Pathways: WSU Horticulturist and Mi’kmaq Nation Co-create Indigenous Biocultural Model
In a groundbreaking collaboration that transcends conventional scientific paradigms, Washington State University horticulturist Jeffrey Wall has partnered with members of the Mi’kmaq First Nations people of Canada to develop a unique, Indigenous-centered model. This innovative framework aims to elucidate the intricate and profound connections that link humans to the natural world, moving beyond reductionist views to embrace a holistic understanding of ecosystems and cultural heritage.
The initiative, which represents a significant step towards decolonizing scientific research and integrating Indigenous knowledge systems, focuses on what the partners term “biocultural families.” This concept underscores the inseparable relationship between biodiversity and cultural diversity, recognizing that the health and sustainability of one are intrinsically linked to the other.
“Traditional Western science often compartmentalizes nature and culture, studying them as separate entities,” explains Dr. Wall, a specialist in plant genetics and sustainable agriculture at WSU. “Working alongside the Mi’kmaq Nation, we are learning to see the world through a lens that has always understood these connections as fundamental. This isn’t just about applying Indigenous knowledge; it’s about co-creating knowledge in a way that respects and elevates both systems.”
The genesis of this partnership lies in a shared commitment to environmental stewardship and a recognition of the invaluable insights held within Indigenous ecological knowledge (IEK). For generations, the Mi’kmaq people, whose ancestral territory (Mi’kma’ki) spans across Atlantic Canada and parts of the Northeastern United States, have cultivated a deep understanding of their local ecosystems, passed down through oral traditions, ceremonies, and practical experience.
The “biocultural families” model is designed to illustrate how specific plant and animal species are not merely isolated components of an ecosystem but are deeply interwoven with human cultural practices, languages, spiritual beliefs, and social structures. For instance, a particular medicinal plant may have not only ecological significance (habitat, food source) but also cultural importance (ceremonial use, traditional medicine, storytelling) and linguistic ties (specific names and narratives in the Mi’kmaq language). The model maps these interdependencies, revealing complex webs of relationships that conventional scientific models often overlook.
One of the project’s key objectives is to develop practical applications for this integrated understanding. This includes exploring more sustainable land management practices, revitalizing traditional food systems, and fostering greater community resilience in the face of climate change and environmental degradation. The co-created model serves as a framework for decision-making that respects both ecological integrity and cultural continuity.
This collaboration also serves as a powerful example of successful knowledge reconciliation, where academic institutions and Indigenous communities engage as equal partners. It moves beyond the extractive research practices of the past, emphasizing mutual respect, shared benefits, and Indigenous self-determination in research agendas.
Looking ahead, Dr. Wall and the Mi’kmaq Nation partners hope that their “biocultural families” model will inspire similar initiatives globally. They envision a future where scientific inquiry is enriched by the wisdom of Indigenous peoples, leading to more holistic, equitable, and effective solutions for the pressing environmental and social challenges of our time. This pioneering work from Washington State University and the Mi’kmaq First Nations signals a vital shift towards a more integrated and culturally sensitive approach to understanding our planet and our place within it.
