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Taking the stress out of growing corn

Global warming is bringing longer growing seasons, allowing producers to expand the types of crops they cultivate. While this can be a benefit, a longer growing season increases the risk of environmental stressors, like frost and cool overnight temperatures.

Researchers from USask are investigating how the first frost impacts corn varieties, in the hopes of finding new ways to maximize crop yields.

“With global climate change, we are realizing that you can push the corn belt northward, so we’re wondering how we can enable the production of that crop by expanding the season,” said Dr. Karen Tanino, professor of abiotic stress physiology in the College of Agriculture and Bioresources.

The team is interested in the cuticular layer of the plant, a defensive barrier that acts like the plant’s skin. If the cuticular layer is more water repellent, it is full of waxy compounds that allow water to run off the plant.

“If water is not present, then the frost is not able to form, which means the plant can avoid that first fall frost,” said Tanino.

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Beyond the Kernel: How Horning Builds Better Forage & Grain Processing | Part 2 with Leon Horning

Video: Beyond the Kernel: How Horning Builds Better Forage & Grain Processing | Part 2 with Leon Horning?



In Part 2 of our conversation with Leon Horning of Horning Manufacturing, we dig deeper into the technology behind better forage and grain processing.

Leon shares insights into kernel processing and KP scores, processor roll design, high-moisture corn, stationary roller mills, equipment efficiency, horsepower requirements, durability, and reducing downtime during harvest. We also explore Horning’s Straight Tooth, Sawtooth and Fibertech Chevron rolls, along with the Shredder Mill and other equipment designed around real-world farming needs.

It’s a practical conversation about how the right processing technology can help producers get more value from their feed, equipment, and harvest.