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3 places to consider tracks instead of tires, with Scott Shearer

Real Agriculture

Tracks certainly dont eliminate compaction, and they usually cost substantially more than wheels, but research at The Ohio State University shows there are several specific applications where tracks offer a productivity or yield advantage in the old tracks-versus-wheels debate.

Yield 257
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Clemson, Michelin study tire pressure on soil compaction

Western FarmPress

researchers believe low-pressure tires can reduce soil compaction to help increase crop yields for South Carolina farmers. Some Clemson University and Michelin North America, Inc.

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Controlled traffic limits soil compaction issues

Western FarmPress

Corn Chatter: Sizing equipment helps limit unnecessary field traffic that compacts soil and hurts yields.

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ISU soil compaction field day slated for Nov. 15 near Boone, Iowa

Western FarmPress

Concerned that soil compaction is crimping your yields? Attend this ISU field day for answers on how to minimize and mitigate it.

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The Agronomists, Ep 161: Compaction causes and rescue fertility with Peter Johnson and Marla Riekman

Real Agriculture

Air pockets and macropores in soil structure help move water down the soil profile, and where water goes, so do the nutrients. Compacted soils restrict root growth, oxygen, and nutrient and water movement, ultimately restricting yield potential. Not so, at least not when it comes to deep compaction impacts.

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Guide to Potato Cultivation: From Planting to Harvest

Cropaia

Success in potato production hinges on informed practices in soil management, nutrient application, and integrated pest and disease control. This guide outlines the essential agronomic considerations for optimizing yield and quality in potato crops. Potatoes are best suited to well-drained, sandy loam soils, with a target pH of 5.5–6.5.

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Precision Ag News 10/31

Agwired

farmers are using a new solution to treat soil compaction – a problem that affects over 68 million acres of farmland and significantly reduces crop yields. Unpac® , developed by Locus Agriculture, is an innovative biosurfactant soil amendment that successfully breaks up soil compaction through fermentation-derived technology.