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U of C Receives Funds for Genomics Work on Field Peas

As part the Genome Canada-led Climate-Smart Agriculture and Food Systems (CSAFS) initiative the University of Calgary will receive funding to use state-of-the-art genomic technologies to increase the quality, profitability and resilience of field peas, a Sept. 6 news release said.

The release noted increased uptake of field peas in crop rotations reduces nitrogen fertilizer use and can lead to a 22 to 37 per cent reduction in greenhouse gas emissions while contributing to economic growth, jobs and exports.

“Corteva Agriscience is committed to climate smart cropping systems and we are thrilled to join the PeaCE research team and advance pea breeding through our phenotyping and analytics infrastructure,” Sara Lira, senior research scientist with Corteva Agriscience, said in the release.

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R3 Corn Growth Stage Explained: Why Late-Season Tissue Sampling Matters

Video: R3 Corn Growth Stage Explained: Why Late-Season Tissue Sampling Matters

Corn pollination may be behind us, but the work isn't over.

In this field update from the Nutrien Innovation Farm in Champaign, Illinois, agronomist Tim Sickman discusses why growers should stay engaged with field scouting during the R3 (milk) stage of corn development. While favorable weather, strong pollination, and early grain fill are encouraging signs, important questions about crop nutrition and yield potential still remain.

Tim explains: What the R3 corn growth stage looks like

Why successful pollination isn't the finish line

The importance of late-season field scouting

How tissue sampling can identify nutrient deficiencies

The role of sulfur, zinc, potassium, and other nutrients during grain fill

Using tissue analysis to improve future fertility management plans

As corn moves through grain fill, understanding nutrient availability and plant health can provide valuable insights for maximizing yield potential and planning for next season.