Canola shatter resistance, use of extendable knife and draper headers and checking for canola harvest losses can help maximize yields.
Read moreCombine settings, harvest timing and genetics can optimize canola yields

Canola shatter resistance, use of extendable knife and draper headers and checking for canola harvest losses can help maximize yields.
Read moreResearch supports using blackleg race identification tests, lengthened rotations and continuing to grow blackleg resistance for effective management in canola.
Read moreThe lygus bug’s piercing and sucking mouthparts allow it to feed on canola crops, but the proper management of lygus requires several considerations. First, the growth stage of the canola…
Read moreSclerotinia stem rot can cause significant damage in canola and is a challenge to predict and manage every year. However, implementing one tactic utilized in sclerotinia research could provide a…
Read morePreparations are underway for CARP 2023. Read the research priorities informing the program that is aimed at helping canola farmers increase productivity, profitability and sustainability with reduced production risk. Then check out the many projects (completed and ongoing) from the Canola Agronomic Research Program (CARP), which are featured on the Canola Research Hub.
Read moreIn the quest to maximize canola yields, insect scouting is a vital component. Diamondback moth (DBM) impacts can vary in severity between years and regions, but outbreak years can cause…
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