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Moving toward a circular economy with agricultural recycling programs

Approximately 62,000 tonnes of agricultural plastics are used in farming production in Canada, says a report from Cleanfarms, a national environmental stewardship organization. As Barry Friesen, executive director of the non-profit, notes, if all the materials were loaded into transfer trailers, it would create a line of about 2,800 trucks running several dozen kilometres long.

Cleanfarms’ goal, says Mr. Friesen, is to keep those plastics, like pesticide and fertilizer jugs, twine, bale and silage wrap, out of landfill. The organization, based in Etobicoke, with staff across Canada, has been developing and delivering nation-wide programs, working to eliminate waste with the support of a network of industry-sector partners.

“Our goal is to manage on-farm agricultural waste materials in the most sustainable way possible, and ultimately move to a circular economy,” says Mr. Friesen. Cleanfarms works with farmers across the country and more than 80 member companies, including manufacturers, distributors and retailers of crop protection and pest control products, fertilizers, seed, ag plastic, and equine and livestock medications.

The organization’s flagship program, collecting empty pesticide and fertilizer containers, has achieved a return rate of almost 80 per cent, says Mr. Friesen. In 2021, Cleanfarms collected more than 6.2 million empty jugs, and nearly 473,000 kilograms of empty seed, pesticide and fertilizer bags were returned. Cleanfarms also collects pesticides and livestock/equine medications for safe disposal.

In addition to partnerships with governments at all levels, says Mr. Friesen, Cleanfarms collaborates with industry groups to deliver programs. Cleanfarms collects and analyzes data to understand the evolving landscape, and designs and pilots programs that address emerging concerns and issues before they are rolled out.

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Understanding Nitrogen Loss Through Denitrification

Video: Understanding Nitrogen Loss Through Denitrification

Denitrification is one of the three main pathways for nitrogen loss, but what is it really, and how much nitrogen do we stand to lose?

In this episode, Lyle Cowell is joined by Dr. Erin Daly from the University of Guelph to break down denitrification and the conditions that drive nitrogen loss in the soil. They explore how nitrogen can be lost as nitrous oxide and nitrogen gas, what conditions drive losses and when they are most likely to occur.

Erin also shares how CanN2ONet, a national research network, is helping us better understand nitrous oxide emissions across Canada. From field towers that measure emissions to research into regionally tailored best management practices, discover how the network is working to help growers improve nitrogen use efficiency and help reduce nitrogen losses across the country.