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Research continues in effort to diversify Midwest crops

While none of three recent next-big-thing crops have had runaway success, research continues with hopes their contributions to profitability, soil health, diversity and sustainability will benefit Midwest growers and consumers.

For crops like camelina, hemp and Kernza, slow progress is being made with the collaboration of researchers, support associations and farmers.

“We still have a lot of work to do,” says Silvia Secchi, a natural resource economist at the University of Iowa.

There has been talk of camelina’s potential for oil and feed use over the years. An annual in the brassicaceae or mustard family originating in Europe and grown successfully in some parts of the U.S. and Canada, its potential in the Midwest, particularly Minnesota, is being studied. Its benefits include drought tolerance, resistance to pests, a short growing season and its suitability in a crop rotation, Secchi says.

But yields are low and there is a need for more management knowledge.

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New research chair appointed to accelerate crop variety development

Video: New research chair appointed to accelerate crop variety development

Funded by Sask Wheat, the Wheat Pre-Breeding Chair position was established to enhance cereal research breeding and training activities in the USask Crop Development Centre (CDC) by accelerating variety development through applied genomics and pre-breeding strategies.

“As the research chair, Dr. Valentyna Klymiuk will design and deploy leading-edge strategies and technologies to assess genetic diversity for delivery into new crop varieties that will benefit Saskatchewan producers and the agricultural industry,” said Dr. Angela Bedard-Haughn (PhD), dean of the College of Agriculture and Bioresources at USask. “We are grateful to Sask Wheat for investing in USask research as we work to develop the innovative products that strengthen global food security.”

With a primary focus on wheat, Klymiuk’s research will connect discovery research, gene bank exploration, genomics, and breeding to translate gene discovery into improved varieties for Saskatchewan’s growing conditions.