Holzapfel: Cultivar Considerations for Straight Combining
Straight combining canola can save time and money and result in improved seed quality. However timing of harvest is critical to reduce the risk and magnitude of yield losses from preharvest shattering and pod drop losses.
Carcamo: Management of Lygus Bugs and Seedpod Weevil In Canola At The Farm Level
Cabbage seedpod weevil (csw) has become a chronic problem for canola growers in areas south of highway 1 in Alberta and SW Saskatchewan. Lygus bugs, like the csw arrive to canola fields at bud and early flower, but they peak later at the early or mature pod stage.
Brule-Babel: Advanced Statistical Analysis of Strip-Plot Canola Variety Trial Data and Comparison to Small-Plot Variety Trial Data
Every year in western Canada there is a large investment in testing of canola genotypes/varieties in both small-plot and larger-scale trials, or strip plot trials.
Hwang: Effects of Clubroot-Resistant Canola Lines on Soils Infested by Plasmodiophora brassicae
Clubroot poses a serious threat to the canola industry in Alberta and western Canada because of its long-lived spores, its ability to rapidly multiply, and its detrimental effect on canola yields.
Dosdall: Developing Root Maggot-Resistant Canola
Root maggots are serious insect pests of canola across western Canada, and especially throughout central and northern Alberta. Researchers at the University of Alberta initiated a project to develop canola germplasm resistant to infestation by root maggots.
Bullock: Weather-Based Assessment of Sclerotinia Stem Rot Risk
In western Canada, Sclerotinia stem rot continues to be a serious disease of canola. Researchers at the University of Manitoba led a two-year study to assess the risk of sclerotinia stem rot disease on canola based on standard weather conditions and the canopy microclimate.
Mohr: Response of Canola to the Application of Phosphorus Fertilizer and Penicillium bilaii (JumpStart)
Early season phosphorus nutrition is critical for optimum crop yield. Researchers at Agriculture and Agri-Food Canada conducted a three-year multi-site field study to assess the impact of phosphorus fertilizer applied with and without phosphate-solubilizing inoculant Penicillium bilaii on the growth, phosphorus uptake, yield and quality of canola.
Willenborg: Exploring the Ecological Impact of Canola-Inclusive Cropping Systems in Western Canada
Researchers in Saskatchewan led a three-year study to assess the potential effects of increasing the frequency of canola in rotation on weed abundance, species distribution, community diversity and function in canola-inclusive rotations across western Canada.
Jayas: Feasibility of Bag Storage System for Canola Under Prairie Conditions
Large harvest bags (silo bags) are becoming popular for on-farm temporary storage of grains and oilseeds in western Canada. Researchers at the University of Manitoba conducted a three-year study to quantify the changes in seed quality of canola during bag storage under Canadian Prairie conditions.
Glenn: Enhancing Canola Emergence With Innovative Stubble Management Practices and Use of Crop Establishment Aids
Management of stubble height is an inexpensive crop management technique that can have a potentially beneficial impact on seedling germination and emergence.
Harker: Canola Sustainability – Risk Mitigation and Canola Sustainability All Phases Rotations
Growing canola in tighter rotations increases risks and can dramatically decrease yields. Researchers conducted two 6-year studies to determine the agronomic and economic implications of growing canola in "tight" rotations.
Harker: Integrated Crop Management Systems for Wild Oat Control
Wild oat continues to be the most economically important weed problem in Canada. Researchers conducted a study to determine if diverse rotation treatments combined with other cultural practices would reduce wild oat populations, and if diverse crop rotations would influence wild oat seed bank, soil microbes, and crop quality.