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 […]
Objective To develop a Multi-parental Advanced Generation Intercross (MAGIC) population for B. napus that will combine beneficial alleles controlling tolerance […]
Objective Project Description Host resistance and susceptibility represent two contrasting facets of plant responses to pathogen infection. Historically, crop disease […]
Objective The overall objective of this project is to develop canola lines with targeted modifications in gene expression of BnCLIP […]
Objective 1. Identify strong biocontrol candidates by screening beneficial microbes known to suppress soil-borne pathogens. These strains will be evaluated […]
Objective The main objective of the project is to develop a gene drive system for the suppression of Kochia and […]
Objective Characterize the overwintering physiology of striped and crucifer flea beetles (FBs) and develop and initial temperature-based model to predict […]
Objective Project Description Developing canola cultivars with resistance to Verticillium stripe (VS) is essential to safeguard yield potential for producers […]
Objective 1. Characterize the virulence of 18 A1/D1 isolates from AB, SK, and MB in a greenhouse experiment. 2. Develop […]
Objective To develop and implement genomics-based diagnostic tools for the identification of key Plasmodiophora brassicae pathotypes, supporting enhanced surveillance, improved […]
Objective STREAM 1: Objective 1: (Sharpe) Use successional and reconciliation ecology principles to manage kochia. We will collaborate with non-profits […]
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