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Solar Panels in Cornfields? Experiments Yield Promising Results.

By Clare Fieseler

Sheep, lettuce and peppers are already thriving alongside solar panels on working farms across America — and a group of researchers believes corn could be next.

In the middle of an Indiana cornfield, photovoltaic panels stand on stilts 20 feet high — almost four times higher than most traditional solar arrays.

The first-of-its-kind experiment is at the center of three publications released in the past six months and led by Purdue University, as researchers argue there is a viable path to widespread solar implementation by U.S. corn growers.

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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?