The program has been very successful over the past four years and has developed a solid relationship with industry and growers alike. This has led to sustained funding from industry for the herbicide efficacy research conducted by the program and it is expected to continue with this client base into the future.
Read MoreRust, including stem rust, stripe rust and leaf rust, cause significant yield losses worldwide. Breeding new wheat varieties with genetic resistance is the most practical and effective approach to control these diseases.
Read MoreThis research aims to develop a detection system that is based on presence and quantity of the spores rather than on presence of symptoms, so that producers may implement control measures earlier.
Read MoreThis project aims to address these gaps, by studying the expression of AY symptom in wheat using bioassays and leafhopper colonies recently developed to study the disease in canola. As well, several rapid molecular techniques were developed and are now routinely used to detect and identify AY strains in plant and insects.
Read MoreThis research aims to develop genotypes that could contribute to increased FHB resistance and possibly increased ergot resistance, by developing fully cleistogamous wheat and associated markers (cleistogamous refers to traits of certain plants to propagate by using non-opening, self-pollinating flowers).
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