Generating next-generation clubroot resistant canola varieties with advanced gene editing technologies
Objective Project Description Growing clubroot resistant (CR) varieties in diverse rotations remains the most effective strategy for long-term management of […]
Canola Response to Enhanced Efficiency Nitrogen Fertilizer Products and Blends – Year 3
Objective To demonstrate the effects of several side-banded enhanced efficiency nitrogen (N) fertilizer products and blends, relative to untreated urea, […]
Evaluating and Demonstrating Best Practices for Glufosinate Use: Formulation Differences and Weather Effects in Prairie Cropping Systems
Objective The overall objective of this research is to quantify how herbicide formulation chemistry and weather conditions interact to influence […]
On Farm: Spot vs. Blanket Spraying
Objective This study aims to assess the economic viability and practical application of spot spray technology for weed control during […]
Sclerotinia Insensitivity to Fungicide in Canola
Objective This project was intended to determine if recent Sclerotinia insensitivity to fungicide could be related to fungicide resistance or […]
A MAGIC resource to capture resistance to multiple environmental stressors in canola
Objective To develop a Multi-parental Advanced Generation Intercross (MAGIC) population for B. napus that will combine beneficial alleles controlling tolerance […]
Exploiting susceptibility (S) genes in canola against clubroot and sclerotinia stem rot
Objective Project Description Host resistance and susceptibility represent two contrasting facets of plant responses to pathogen infection. Historically, crop disease […]
Enhancing Sclerotinia resistance in canola through a novel jasmonate regulatory complex
Objective The overall objective of this project is to develop canola lines with targeted modifications in gene expression of BnCLIP […]
Sustainable management of Verticillium Stripe in canola through biocontrol-based strategies
Objective 1. Identify strong biocontrol candidates by screening beneficial microbes known to suppress soil-borne pathogens. These strains will be evaluated […]
Development of a gene drive system for the reproductive suppression of weeds
Objective The main objective of the project is to develop a gene drive system for the suppression of Kochia and […]
Overwintering physiology and population modelling of flea beetles in canola
Objective Characterize the overwintering physiology of striped and crucifer flea beetles (FBs) and develop and initial temperature-based model to predict […]
Developing Verticillium Stripe resistance in canola through genetic and molecular approaches
Objective Project Description Developing canola cultivars with resistance to Verticillium stripe (VS) is essential to safeguard yield potential for producers […]