Video: Protecting sugar beets
Chanda, a University of Minnesota Extension plant pathologist, is developing a soil DNA-based detection method that he hopes will help growers make decisions about what varieties to plant based on a sample of their soil. “The major challenge with root diseases is that by the time we see above-ground disease symptoms, it is too late to do any management,” he says. “We are also using remote sensing to detect wavelengths specific to these root diseases before we see any visible above ground symptoms. Our results look very promising.”
It helps that sugar beet growers wholeheartedly embrace technology. “Unlike other commodities, such as soybeans, sugar beet is a perishable commodity,” Chanda says. “The growers take pride in delivering the best sugar beets to the factories and the factories do a tremendous job of storing the beets and processing them into sugar.”
Formed by the glacial Lake Agassiz, the Red River Valley spreads across the border of Minnesota and North Dakota. The fertile soils create a rich bed for crops, making agriculture the top employer and economic driver. Research and education about threats to those crops keep the region healthy, benefiting the economy and environment of both states.
American Crystal Sugar Company, Minn-Dak Farmers Cooperative, and Southern Minnesota Beet Sugar Cooperative provide funding for the sugar beet pathologist position. This generous funding from the industry supports effective, practical science-based solutions for the sugar beet growing region.
Learn more at www.extension.umn.edu/agriculture/sugarbeets.
Ashok Chanda has a master’s degree in agricultural biotechnology from Acharya NG Ranga Agricultural University in India and a Ph.D. in plant pathology from Louisiana State University.