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Roslinsky: Transfer of Pod Shatter Resistance from Yellow Seeded B. Napus and B. Napus to Canola

Although the majority of canola producers currently swath Brassica napus prior to combining, many producers would prefer to have the option to straight combine and therefore avoid the cost and time associated with swathing.

Leeson: Impact of Management and Environment on Canola Establishment Based on Survey Data

A three-year study was conducted from 2010 to 2012 across western Canada in conjunction with planned Prairie Weed Surveys to determine the impact of the environment, management and weeds on canola crop establishment.

Blackshaw: Nitrogen Dynamics

Nitrogen fertilizer costs have more than doubled in recent years, and therefore any increase in N use efficiency will reduce costs and increase farm profits.

Blackshaw: Consistent and Environmentally Sound Canola Production

Canola seeded area has nearly doubled in the last 10 years and ongoing expansion of the canola crushing industry and the growing potential for canola biodiesel production could require a further expansion in canola production in Canada by another 50% in the next decade.

Grant: Impact of Traditional and Enhanced Efficiency Phosphorus Fertilizers on Canola Emergence, Yield, Maturity and Quality

Phosphate fertilizer is a major input cost for canola production. Researchers with Agriculture and Agri-Food Canada conducted a three-year study (2008-2010) at two locations in Western Manitoba to evaluate the effect of various enhanced efficiency P fertilizers on seedling toxicity, yield and quality of canola.

Blackshaw: Management Practices For Optimum Canola Emergence

Canola emergence is often only in the range of 40-60% even though high quality seed is planted. The objective of this study conducted in small plots and field scale strip trials across western Canada in 2011 and 2012 was to determine the effect of various seed drill opener types and ground speeds on resulting canola emergence in the Canadian prairies.

Grant: Improving Nutrient Management in Canola and Canola-Based Cropping Systems

Researchers conducted a broad three-year project to evaluate improved practices for S and P management in canola. Under the project four main studies were conducted in 2010, 2011 and 2012 in Alberta, Saskatchewan, Manitoba, Ontario and Quebec.

Lange: Rapid Farm-Level Detection of Blackleg Pathotypes – Proof of Concept

Researchers developed and tested a proof of concept for a rapid farm-level detection test for blackleg disease as a potential method for predicting resistance or susceptibility to uncharacterized L. maculans isolates present in the field.

Howard: Evaluating Physical and Chemical Methods for Cleaning and Disinfecting Tools, Machinery, Equipment and Other Hard Surfaces Contaminated with Clubroot

Clubroot in canola is a destructive soilborne disease that spreads mainly via contaminated soil carried from field to field by equipment.

Olfert: Development of Reduced-Risk Strategies through Coordinated Monitoring, Forecasting, and Risk Warning Systems for Insect Pests of Field Crops

Researchers from across western Canada initiated a five-year project in 2007 to study key insect pest species across the Prairie Ecosystem, as well as monitor potential new invasive species and their natural enemies.

Steppuhn: Evaluating Canola and Other Crucifer Cultivars for Food and Bio-diesel Fuel Production on Saline Lands

Researchers with Agriculture and Agri-Food Canada at Swift Current, Saskatchewan conducted a three-year project to evaluate canola and other crucifer cultivars for food and bio-diesel fuel production on saline lands.

Leduc: Long-Term Storage of Canola

Producers are growing canola with much higher oil content compared to 10 years ago. Current recommendations for safe storage of canola are based on previous lower oil content varieties.