AWC - Funded Research

Spotlight on AWC-funded Research

AWC invests in research projects that maximize crop performance. Check out Spotlight on Research, our new publication that highlights AWC-funded projects aimed at boosting your bottom line.

Investing in research that makes sense for farmers 

Click the icons below or type a keyword in the search bar to view AWC-funded research related to your on-farm challenge. Visit our Why invest in research page to learn more about how AWC’s value-added research investments  result in better returns for farmers.    

Delivery of an Innovative Winter Wheat Agronomic Package to Achieve Sustainable Wheat Production in the Canadian Prairies

Although winter wheat has been grown for many years, for most western Canadian producers it is still perceived as a new and alternative crop. Producers, ag-industry and society recognize that there is a need to develop agricultural production practices…

Optimization of root development and photosynthesis parameters for yield increase/protection

Moisture deficits recognized as agricultural drought and those of dispersed nature that get less “press”, if any, bring down wheat yield. Grain filling period is particularly sensitive. Statistics Canada noted after one of the drought…

Integrating N fertilizer technologies with superior genetics to optimize protein in CWRS wheat without comprising yield, 4R principles, and environmental health

As spring wheat growers strive for higher yields through intensified practices and new genetics, the knowledge gap around nitrogen (N) remains far from closed. One question that arises is the role of enhanced efficiency N fertilizers (EEFs), with…

Revisiting nitrogen fertilizer recommendations for Saskatchewan: Are we measuring the right soil nitrogen pool?

Nitrogen (N) is an essential plant nutrient and, along with water, is the factor that most frequently limits crop production. In recent years, however, soil N tests have come under considerable scrutiny and criticism, leading some to suggest that…

Development of novel tools to increase wheat grain yield under normal and abiotic stress conditions

This 3 year project proposes to further develop the use of the plant growth regulator class, auxins, as a tool to increase wheat grain yield grown under non-stress and abiotic stress conditions. By determining the traits that lead to increased auxin…

Crop Management Decisions in Hail Damaged Crops

Hail damage crop losses vary depending on intensity, timing and spatial extent in terms of growth stages of the affected crops. This 3 year research project proposes to identify wheat’s response to simulated hail damage at different growth stages,…

Tweaking Stomatal Development to Improve Water Use Efficiency and Biomass Production of Wheat Under Drought Stress

Stomata are small openings found on plant surfaces that mediate gas exchange with the surrounding atmosphere. This structure is important for photosynthesis and water use efficiency as they control the amount of CO2 intake and water lost by opening…

Influence of Genotype, weather and the growing environment, and crop management on gluten strength and the sustainability of CWRS as a premium wheat class in the prairie region

This research is examining the dependence of key physical and biochemical factors underlying CWRS wheat processing quality for breadmaking as a function of genotype (G), the crop growing environment (E) and G x E interactions. The focus of the study…

Coordinated N and S fertilizer management to increase crop N uptake and reduce environmental N losses

This 3 year project aims to quantifying the effects of long term Nitrogen and Sulfur fertilizers on crop nutrient use efficiency and N2O emissions on sulfur-deficient, grey soils. Sulfur-deficient prairie soils may be increasing because of increased…

The integration of spring wheat genetics and agronomics to mitigate risks associated with early plantings into cold soils

This investigation will determine if early plantings of cold tolerant cultivars coupled with optimum agronomics will extend the growing season and achieve or exceed attainable spring wheat yield with improved system stability.

Advanced Agronomic Practices in Wheat, Barley and Pea to Maximize Yield and Harvestability

This project will use systems thinking to identify synergies between advanced agronomic practices to maximize the profitability of Alberta growers. Using a systems approach, approximately 50 different management systems will be tested in each wheat…