A shared value strategy under development in the Canadian grains sector will enable eco-labelling for products made using western Canadian winter wheat, a crop that has seen a years-long decline in Prairie acreage.

I was recently asked how COVID-19 has influenced “extension delivery,” the transfer of agricultural knowledge to farmers. The question prompted a surge of thinking about what has happened during the 2020 pandemic and how this process has changed over the years.

Over the past 30 years, Fusarium established itself in many cereal production areas of the province. Its spread across countless fields led to the decision to remove it from the Pest and Nuisance Control Regulation.

Export markets prefer CPSR because it is affordable, high-quality wheat with good protein strength and extensibility. Farmers like it because it yields well and is especially reliable in making grade.

Heavy crop residue, or trash, in combination with excess moisture has implications for direct seeding and conservation farming practices. In certain parts of Alberta, excessive crop residue is a complicating agronomic factor and it has become a topic of discussion among farmers.

Excess moisture on agricultural lands across Alberta has increasingly become an issue over the past few years. In 2020, several areas were subject to heavier than average snow melt and subsequent rainfall.

Introducing students to new technology has been part of the Olds College mandate since its inception in 1913. On its Smart Farm, launched in 2018, students continue to utilize the latest in operational farm technology. Given its fully digital infrastructure, the facility is a logical place for students and ag tech startups to collaborate and prove the value of new agricultural technology to farmers.

GrainsWest spoke with Schuler grain farmer and Cropland Canada territory manager Travis Albrecht this spring as he was installing a WEEDit system on a farm near Taber. Having just sold six units, pre-sales were already booked until midway through the summer.

Crop breeders test thousands of plant lines every year in small, individual test plots. Assessing these plants involves both quantitative and qualitative analysis, but new software aims to substantially refine the process. PlotVision is a new software service that collects data using unmanned aerial imagery (UAI) captured by drones. The data may help researchers predict harvest yield and assess disease resistance, accelerate the plant breeding process and the production of new crop varieties.

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.