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GOVERNMENTS OF CANADA AND MANITOBA PROVIDE $2.9 MILLION OVER TWO YEARS TO ADVANCE MANITOBA AS LEADER IN RENEWABLE TRANSPORTATION FUELS

The governments of Canada and Manitoba are committed to enhancing Manitoba’s competitive advantages in leading-edge, value-added agricultural processing to support the development of renewable transportation fuel processing in Canada.

This new industry will position Manitoba as a hub for innovation and green, low-carbon technologies. The Canada and Manitoba governments are providing $2.9 million over two years to support Azure Sustainable Fuels Corp.’s Front End Engineering Design (FEED) study for a planned sustainable aviation fuel (SAF) processing facility near Portage la Prairie, Manitoba Premier Heather Stefanson and the Honourable Marie-Claude Bibeau, federal Minister of Agriculture and Agri-Food announced today.

The facility’s construction is anticipated to cost approximately $1.9 billion and to produce an estimated one billion litres per year of SAF, primarily using Canadian feedstock products such as canola and soybean oils. With Canada’s and Manitoba’s support, the Azure project will create 1,500 construction jobs and approximately 150 direct permanent, highly specialized jobs once in production. The construction of the Azure facility is projected to have a total impact on the Manitoba economy of $2 billion. The first year of operations is expected to create more than $500 million in economic output and sustain hundreds of jobs throughout Manitoba.

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Dr. Fei Yang Discusses Corn Rootworm, European Corn Borer, and Pest Monitoring

Video: Dr. Fei Yang Discusses Corn Rootworm, European Corn Borer, and Pest Monitoring

What insect threats are Minnesota corn growers facing, and what research is helping farmers stay ahead of them?

At the 2026 MN Ag Expo, University of Minnesota entomologist Fei Yang shared updates on three Minnesota Corn-supported research projects focused on insect monitoring, seed treatments, and pest resistance.

Current work includes statewide monitoring programs that use pheromone, light, and sticky traps to track key pests such as black cutworm, true armyworm, corn earworm, European corn borer, and corn rootworm. Researchers are also evaluating whether high-rate seed treatments provide effective corn rootworm control and studying the development of resistance in European corn borer populations to Bt corn traits.

These projects help researchers better understand pest pressures across Minnesota and provide farmers with practical information to support informed management decisions.