How Kirkview Farms Nurtures the Soil and Livestock
Regenerative Agriculture is more than just a buzzword at Kirkview Farms in Dalkeith, Ontario. It is a way of life for Cora and Mike MacGillivray who are deeply committed to sustainable farming practices that not only benefit the environment but also produce organic, non-GMO, nutrient-dense food. In spring 2024, I began a partnership between Kirkview Farms and the Concordia University Innovation Lab that I direct. Cora and Mike offered half an acre for Concordia students to experiment with planting methods, food security, nutrition, and low-capital maker1 practices [1], gamify regenerative futures, and design Internet of Things and AI prototypes within the farm ecosystem.
This summer, my partner Sylvain and I observed Cora and Mike’s daily tasks. This commentary highlights the essence of their work in a series of photographs that we took; these tell the story of their daily efforts and commitment to put organic and nutrient-dense food on their own and their customers’ tables.
Regenerative Agriculture
Regenerative agriculture [2], [3], [4] involves improving, not depleting, the resources used. Cora and Mike’s methods emphasize the symbiotic relationship between the animals and the land, ensuring that both thrive in a balanced and healthy environment. For example, at Kirkview Farms, the donkey ensures that chickens can roam freely and safely. In Figure 1, Cora shows her appreciation to Poppy with a kiss, thanking him for keeping her chickens safe. This image encapsulates the deep bond and mutual respect between the farmers and their animals.
Cora and Mike move their chickens daily. Rotating pastures allows chickens to forage naturally, enriching their diet and reducing external feed by 20% . This practice also allows the land to recover and rejuvenate, maintaining its fertility and health. Figure 2 shows Mike manually pulling the chicken fence to move the chickens to their next pasture. This hands-on approach is a hallmark of the low-capital, maker-style philosophy that Kirkview Farms embodies.
Turkeys at Kirkview Farms receive 40% of their diet from fresh grass. Cora and Mike regularly move the turkey cages to new pastures, allowing the birds to forage naturally. This practice reduces feed costs and enhances the turkeys’ health and the quality of their meat, but it requires a daily effort to manually move the cages. Figure 3 shows Cora and Mike working in a pair as they prepare to move the turkey enclosures.
Rotational grazing [5] is fundamental to regenerative agriculture. Mike refers to his cattle as “Solar powered carbon sequestrating nutrient cycling high-density protein producing bovines.” As the cattle graze, their saliva can stimulate growth in plants from the top (Figure 4). Then, their feces contribute to the soil’s organic matter, enhancing its fertility from the bottom. This natural fertilization process is crucial for maintaining the soil’s health and productivity. The cattle, in turn, benefit from fresh, nutrient-rich forage, leading to healthier livestock and high-quality meat. Figure 5 shows Mike moving the cows to another pasture.
Because Kirkview Farms cattle graze in pastures that span over 120 acres, much of the farmers’ day is spent transporting water to the animals. In Figure 6, Mike and his friend Emmanuel, a physiotherapist who volunteers his time on the farm, bring water to the bulls.
Cora notes the necessity of many helping hands to operate this type of farm and expresses her deep gratitude for the two Worldwide Opportunities on Organic Farms (WWOOF) [6] WWOOFers (Figure 7), an international organization that provides opportunities to promote sustainable farming. She shared, “Rob and Lysa have been an absolute blessing here. There is no way we could have accomplished as much as we have without them.”
Goats and sheep play a vital role in maintaining the farm’s biodiversity. Goats enjoy a pesticide-free environment, grazing on a variety of plants, including dandelions (Figure 8).
Sheep, on the other hand, help control weeds and contribute to soil fertility with their grazing habits. This year, Mike is partnering with the Stonehouse Vineyard to integrate sheep grazing in the vineyard to improve their soil. Figure 9 shows a curious sheep who came to see what the photographers were doing.
Broader Ecosystem
Kirkview Farms’s regenerative agriculture practices extend to various aspects of farming, creating a diverse and resilient ecosystem. It also includes water management [7], composting for the garden soil, and biodiversity [8]. Figure 10 shows an alfalfa flower that will propagate the plant and feed the bees who also pollinate many of the vegetables in the garden.
Challenges and Rewards
Kirkview Farms exemplifies the impact and promise of regenerative agriculture. Creating organic, nonGMO, nutrient-dense food involves intensive manual labor, innovative solutions, and a deep commitment to sustainable practices. The farmers operate with low capital, often employing maker-style techniques to get the job done. This includes everything from hand-moving fences to inventing water delivery systems.
Despite the challenges, the rewards are significant. The farm produces high-quality food that is not only good for the consumers but also for the environment. The regenerative practices ensure that the land remains productive for future generations, embodying a true model of sustainability [7].
Our photographs capture the dedication and passion involved in running the farm, revealing the practice behind true sustainability. This farming approach goes beyond land ownership and food production; it is about caring for the land and building a legacy of health and abundance for future generations.
Author Information
Ann-Louise Davidson is a full professor at the Education Department, Concordia University, Montreal, QC H3G 1M8, Canada. She is also the director of the Concordia’s Innovation Lab and the strategic innovation advisor of the Faculty of Arts and Science. Her research focuses on codesigning innovative learning experiences and workshop concepts, drawing from critical themes such as artificial intelligence, global challenges, well-being, sustainability, and youth motivation. Email: ann-louise.davidson@concordia.ca.
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