Key practice: Economic response to micronutrient applications is rare for canola in Western Canada. However, if growers apply recommended rates of nitrogen, phosphorus and sulphur and yields are not increasing, growers may want to check the micronutrient situation. Key research: Karamanos, R.E., Westco Fertilizers, et al. “Canola response to boron in Canadian prairie soils,” 2003,... Read More
After escaping all the yield loss traps in the field, there is one more obstacle to overcome before delivering canola to the elevator: storage. Grain mismanaged in a bin can result in disappointing losses. Paying attention to the moisture and temperature of the grain as well as outdoors is critical to management. Canola storage was... Read More
Key practice: Ensure safe rates of seed-placed fertilizer to improve nutrient-deficient soil conditions without increasing seedling mortality. The safest step is to put only phosphate in the seed row, and all other fertilizer outside the seed row. Key research: Grant, Cynthia, Agriculture and Agri-Food Canada (AAFC). “Improving Nutrient Management in Canola and Canola-Based Cropping Systems.”... Read More
Key practice: Increasing the number of years between canola crops in the rotation reduces incidence and severity of blackleg and clubroot in fields. Key research: Kutcher, H.R., University of Saskatchewan, et al. “Blackleg Disease of Canola Mitigated by Resistant Cultivars and Four-Year Crop Rotations in Western Canada.” Canadian Journal of Plant Pathology (2013). Peng, G.,... Read More
The federal government’s $15 million investment in canola research through Growing Forward 2 combined with the canola industry’s contribution of $5 million is funding 23 research projects for five years. Here are short descriptions and early progress reports for agronomy projects on that list, organized into the four strategic plan categories. Final results are still a few years away.