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Better Cotton Initiative Partners With Avalo in AI Plant Breeding for Climate-Resilient Cotton

The Better Cotton Initiative (BCI) has partnered with agriculture solutions company Avalo, whose platform accelerates the speed at which plants with key resiliency traits may be developed.

Informed by nature and powered by AI, Avalo’s platform  revolutionises plant breeding for climate-resilient crops, including cotton, by identifying key plant traits to develop seeds requiring less water and fertiliser. In creating their own genetics, the company is able to shorten the time it takes to develop new and more locally-adapted varieties, which would enable producers to more quickly adapt to climatic issues.

Avalo has worked with BCI in enrolling a significant number of new producers for the 2026 season, testing an online platform intended for use among multiple programmes to collect and report data.

Ashley Barrington, BCI Senior Country Manager – US said: “Serving as both a BCI Member and local partner, Avalo is supporting the growers we work with by streamlining data collection and compliance processes across certifications while providing technical assistance in the field.”

The company’s developments in cotton would also mean fewer inputs needed at a time when prices are low and production costs have been mounting, signifying environmental as well as financial impacts. Avalo reported that roughly two-thirds of their cotton sold was based on brand demand from those committed to regenerative farming. Brands were interested in the programme not only for its advancement in regenerative agriculture, but also the data and farmer equity aspects.

BCI-Certified farms in the Texas High Plains have already begun contracting with Avalo to grow its cotton varieties. The company is working with BCI’s longtime US Programme Partner, Quarterway Cotton Growers, who were eager to get involved.

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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.