Key result: Clubroot resistance in Canadian canola varieties relies almost entirely on one source, “Mendel”. This study identified many other genes, found genetic markers for them and then crossed some of them into B. napus lines that could be used for breeding. Canola seed breeders can use the results of this work to broaden and...
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Key Result: This study found that matching genetic resistance to dominant pathotype groups in a field is possible, but more work is needed to make this practical for long-term cultivar rotations and overall blackleg management. Project title, Principal investigators: “Development of canola cultivar blackleg resistance groups: Feasibility evaluation,” Ralph Lange, Alberta Innovates – Technology Futures...
Read More Key practice: Control weeds early through a combination of pre-seed weed control and one in-crop application before the four-leaf stage. Key research: Harker, K. Neil, Agriculture and Agri-Food Canada (AAFC), et al. “Field-Scale Time of Weed Removal in Canola.” Weed Technology (2008). Harker, K. Neil, AAFC, et al. “Seeding Rate, Herbicide Timing and Competitive Hybrids...
Read More Key practice: Higher seeding rates mean a more competitive crop, which can translate into higher yields and lower in-crop weed management costs. Key research: Harker, K.N., Agriculture and Agri-Food Canada (AAFC), et al. “High-Yield No-Till Canola Production on the Canadian Prairies.” Canadian Journal of Plant Science. (2012). Harker, K.N., AAFC, et al. “Seeding Rate, Herbicide...
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The Canola Eat Well program, supported by canola farmer organizations in Manitoba, Saskatchewan and Alberta, partners in a successful school fundraiser that sells vegetables and provides a recipe booklet showing how to prepare the vegetables using canola oil.
