An overarching goal of the grain industry is to maximize production and processing efficiency. However, Canada’s post-harvest system is not perfect. Post-harvest losses in Canada are said to be north of $1 billion annually. 

In recent years, cover crops have been widely promoted as a regenerative practice that offers a range of benefits, both environmental and economical. Many western Canadian farmers are skeptical, though, citing short growing seasons, limited moisture and added costs as reasons they haven’t adopted the practice. Yet, policymakers and agri-businesses continue to push cover crops as a fundamental component of regenerative agriculture and overall farm sustainability. But is the adoption of cover crops a logical move for Prairie farmers?

Prairie winter wheat acres have declined for years, but interest in the versatile crop has been revived. Its renewed appeal coincides with a changing of the guard in wheat breeding circles. Picking up where their predecessors left off, breeders Harwinder Sidhu and Curt McCartney aim to give farmers strong new varieties.

Farmers love simplicity. The impulse to eliminate complication drives them to innovate and create solutions to various farm problems. As farms have grown larger and advancements in plant genetics have increased yields, progressively greater crop hauls have made on-farm grain handling more complex.

Led by University of Manitoba researcher Martin Scanlon, a nearly complete project aims to reduce the formation of potentially harmful acrylamide in wheat-based baked goods. This will be done through chemical analyses, bread quality evaluation and agronomic and genetic strategies. The project’s main objective is to maintain Canadian wheat markets by assuring customers the crop meets safety and functionality requirements.

Early snow and wet or moist conditions in the fall are conducive to pre-harvest sprouting (PHS) in wheat and barley. PHS occurs when the seed’s dormancy is broken, forcing it to germinate rather than to store starch as it should prior to harvest.

While comic book superheroes use X-ray vision to fight crime, a research facility in Saskatoon, SK, is taking sub-surface sleuthing to a whole new level, shining light on new possibilities for agricultural research.

The agBOT Challenge’s new mandate is to get participants and attendees to envision how automated technology can transform agriculture

The University of Manitoba’s state-of-the-art model stomach mimics the digestive processes of the human stomach and upper intestine.