Items Tagged with 'Soil compaction'

ARTICLES

radish exhibiting signs of compaction

Living Roots: Fighting Soil Compaction with Biology and Diversity

A recent study by Anthony Bly of South Dakota State University found that no-till fields managed with diversified crop rotation, cover crops, and livestock integration had 57% porosity and an internal water movement rate of 4.7 inches per hour. Soil from conventionally tilled fields had 49% porosity and an internal water movement rate of only 0.8 inches per hour.
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How to Avoid Soil Compaction When Grazing Covers

Cover crops are considered one of the most effective and economical ways to improve soil health. It is important, however, to avoid causing excessive compaction that could negatively affect following crop yield and increase runoff and erosion. Read more in this article from Lancaster Farming.
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[Video] Incorporating Cover Crops

Grower Burton Heatwole from Georgia shares his experience using tillage radishes as a cover crop, how using cover crops changed the soil on his farm, how cover crops reduced compaction in his soil, and more.
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[Podcast] Got Ruts? Got Compaction

This week’s podcast, sponsored by Yetter Equipment, features Aaron Daigh, Associate Professor of Soil Physics & Hydrology, North Dakota State University.
This week’s podcast, sponsored by Yetter Equipment, features Aaron Daigh, Associate Professor of Soil Physics & Hydrology, North Dakota State University.
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Soil Compaction Steals Yields

Soil compaction continues to be a concern as both precipitation during the spring and fall along with farm equipment size have dramatically increased the potential for compacting soils. Heavy farm machinery and tillage implements can magnify damage to soil structure reducing pore space between soil particles within the soil profile. Read more in this article from Ohio's Country Journal.
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Problems Caused by Soil Compaction

Soil compaction is a common and constant problem on most farms that till the soil. Heavy farm machinery can create persistent subsoil compaction. Scientists have found that compacted soils (a) physically restricted root growth; (b) decrease root zone aeration; and (c) reduces drainage, (d) increased losses of nitrogen from denitrification, (e) increases soil erosion. Read more in this article from Ohio's Country Journal.
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The National No-Tillage Conference returns January 6-9, 2026! Build and refine your no-till system with dozens of new ideas and connections at the 34th Annual National No-Tillage Conference in St. Louis, Jan. 6-9, 2026. Experience an energizing 4-day agenda featuring inspiring general session speakers, expert-led No-Till Classrooms and collaborative No-Till Roundtables. Plus, Certified Crop Adviser credits will be offered.

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