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Beneficial bugs protect stored grain

Intentionally placing bugs in grain and food processing facilities to help manage pests is a tough idea to swallow in Canada, but the practice has been used in Central Europe since the mid-1990s.

Vincent Hervet, an entomologist with Ag Canada in Winnipeg, conducted a literature review on the use of biological controls in stored products including grain, processing facilities and warehouses. He said the practice is already commonplace for many vegetable growers.

“It’s widely used in horticulture, especially in greenhouses. Pretty much all the greenhouses out there use biological control,” he said.

Biological control is the use of living organisms to suppress pest populations and reduce the damage they cause.

“They have issues with aphids, thrips, scale insects and white flies and if they aren’t controlled, they get out of control in the greenhouse,” Hervet said. “So, they need the solution and a lot of people choose biological control solutions.”

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No-Till vs Tillage: Why Neighboring Fields Are World Apart

Video: No-Till vs Tillage: Why Neighboring Fields Are World Apart

“No-till means no yield.”

“No-till soils get too hard.”

But here’s the real story — straight from two fields, same soil, same region, totally different outcomes.

Ray Archuleta of Kiss the Ground and Common Ground Film lays it out simply:

Tillage is intrusive.

No-till can compact — but only when it’s missing living roots.

Cover crops are the difference-maker.

In one field:

No-till + covers ? dark soil, aggregates, biology, higher organic matter, fewer weeds.

In the other:

Heavy tillage + no covers ? starving soil, low diversity, more weeds, fragile structure.

The truth about compaction?

Living plants fix it.

Living roots leak carbon, build aggregates, feed microbes, and rebuild structure — something steel never can.

Ready to go deeper into the research behind no-till yields, rotations, and profitability?