Research

Given the large value of the farm investment in N fertilizer and expected returns to that investment, Manitoba wheat producers will receive financial benefits from optimizing fertilizer use on individual farms and fields. Read More

Little is known about how stem properties such as strength, diameter, wall wall width and height contribute to standability and few markers exist to select for preferred traits. This project will identify, dissect, and prioritize traits that contribute to maximum… Read More

Currently evaluation of moisture resilience by variety is not available for producers, in spite of moisture being the most probable cause for yield reductions. This project will evaluate the performance of MCVET varieties under extreme moisture conditions. Read More

This information will help producers make decisions on where to focus their input dollars and will provide an opportunity to highlight the effects of PGR’s in spring wheat production. This information can also be used to determine if the variety… Read More

This project aims to establish a simple, rapid and cost-efficient seed testing protocol by using a novel technique, named loop-mediated isothermal amplification (LAMP). Meanwhile, a greenhouse/growth cabinet disease evaluation method will be developed to screen barley germplasm for resistance, and… Read More

This project will aid in the development of long term tools for plant breeders. Read More

The deliverables of this project will complement other national and international efforts for the identification of virulence genes in F. graminearum, which are mainly focused on reverse genetic studies, meanwhile it exemplifies the necessity of integrating forward and reverse genetics… Read More

The benchmark information that will be generated by this project will address the feasibility of achieving simultaneous genetic improvement in grain yield and baking quality-related traits in order to develop more resource-use efficient varieties. Read More

Our work will focus on the development and deployment of appropriate to marker-assisted selection of wheat DNA markers that will facilitate breeding of adapted to the prairie environment elite cultivars. These DNA markers and a germplasm carrying newly discovered resistance… Read More

This project aims to breed more resilient crop varieties in the face of water stress Read More

The long-term goal of this research, is to utilize natural immunity in wheat germplasm to identify new sources of effective resistance. The novel resistance genes identified will eventually be passed on to wheat breeding programs for development of FHB and… Read More

This project will aim to develop new varieties, wth improved yields through the selection of lines with optimal reproductive and spike traits. Read More

Management strategies are being challenged by the rapidly evolving and changing populations of these fungi, which are overcoming disease resistance genes and may be acquiring fungicide tolerance. In addition, these diseases can be caused by several different fungal species as… Read More

This project will investigate the application of RNA-based fungicides to control major diseases of crops grown on the prairies, namely wheat and canola. This approach is based on proven research that has demonstrated that the application of RNA molecules directly… Read More

The knowledge, germplasm and markers generated from this project will accelerate breeding cycles and benefit the wheat industry. Read More

The new source of Fusarium resistance (not yet tapped by local breeders), combined with the resistance already present in commercial cultivars, could reduce the impact of more aggressive F. graminearum chemotypes on grain yield and quality losses as well as… Read More

Markers developed in this proejct will accelerate the breeding process and make trait monitoring more accurate and cost effective over traditional phenotyping. Improved resistance to FHB will protect the producer's grades as well as milling and baking quality of Canadian… Read More

The results from this project will help determine whether it is possible to enhance the effects of the Sm1 gene in terms of protecting the grain yield of spring wheat as well as increasing the quality/grade of the harvested crop.… Read More

This project aims to begin rating commercialized Canadian varieties for competitiveness. In addition it will allow development of a methodology to take competitiveness testing forward into a framework such as the regional variety trials to continue rating of registered varieties… Read More

Within the scope of this proposal, PAMI will simulate wheat in air seeders through the development of a coupled fluid-particle (CFD/DEM) model. This modeling approach connects the airflow patterns within the air seeder system to the movement of wheat particles… Read More