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Could Western winter wheat be Canada's new premium quality product? Developments are underway to make this a reality

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Media Relations
Agriculture and Agri-Food Canada

Winter wheat has major environmental benefits. It helps reduce wind and water based soil erosion, out competes many weeds, and generally conserves energy because of the fewer field operations.

Despite these and other benefits, spring wheat, and in particular the Canada Western Red Spring (CWRS) class, is western Canada’s most popular type. World renowned for its excellent milling and baking quality, CWRS often garners a premium price in world markets.

Winter wheat is planted in the fall and resumes growth in the spring. As a result, winter wheat is able to take advantage of fall rain and winter snow unlike spring wheat, which is (as the name suggests) planted in the spring.

The Canada Western Red Winter (CWRW) wheat class has some inherent advantages that Dr. Robert Graf, Agriculture and Agri-Food Canada research scientist, is particularly interested in building upon. In western Canada, winter wheat produces about 25% more grain than its spring wheat counterparts. It has exceptional milling characteristics that produce a high percentage of bright white, low ash flour (both desirable qualities in the marketplace), however its baking qualities are not quite as good as those of CWRS, resulting in a lower market price.

Graf explains that this project is all about improving returns to the producer by reducing the price difference between the two types of wheat. To close this gap, his goal is to develop winter wheat varieties that incorporate more of the characteristics that bakers and millers look for in premium quality spring wheat. The result will ideally fetch a higher price in the market.

"If farmers could capture 25% more yield in a product that gives them a similar return as our Canada Western Red Spring wheat class, they’d be more compelled to grow winter wheat because ultimately it would mean a huge boost in average revenue."

- Dr. Robert Graf, Research Scientist, Agriculture and Agri-Food Canada

To accomplish this, Graf and his team have been working to increase the grain’s protein concentration, gluten strength and flour water absorption. Graf says that one of the major challenges was to find suitable winter wheat parents. Despite looking at germplasm from around the world, “there were no winter wheat lines that combined all of the improvements that we needed,” he says.

Graf says that it takes a lot of patience, a good eye, and a bit of luck. He has studied thousands of experimental wheat lines to find the qualities preferred by everyone from producers to end-processors. Methodically he crossbred these lines to gradually incorporate the desirable traits and develop a select number of parent lines. His team now has its first prototype into registration trials and, while it may not yet be CWRS quality, it demonstrates major progress and is a platform for future advancements.

Graf predicts that we could have winter wheat varieties for western Canada with “CWRS-like” quality within the next decade.

"In winter wheat breeding, from the time you make a cross to the time it’s in farmers hands, is usually 12-15 years. In the case of this project, we didn’t really have the parents to start the breeding process to take us there. We’re just now at the cusp of starting to deliver some of those advancements."

- Dr. Robert Graf, Research Scientist, Agriculture and Agri-Food Canada

Once developed, this improved winter wheat will provide a new option for farmers in western Canada to increase farm revenue while maintaining Canada’s excellent reputation for wheat quality.

Key Discoveries

Photo gallery

Dr. Robert Graf kneels in a wheat field, facing the camera and holding a bunch of wheat.
Dr. Robert Graf examines an experimental wheat line.
Vast fields of winter wheat breeding lines.
Experimental winter wheat breeding lines.

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