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Plan Ahead to Minimize Soil Compaction During Harvest

September 10, 2019
Ruts made when harvesting soybean under saturated soil conditions

While there is significant uncertainty about this year’s harvest weather, the struggles with previous year soil compaction may still be lurking in corn and soybean fields across Iowa. This article will highlight challenges with wet conditions at harvest and opportunities to minimize the long-term consequences of harvesting fields with wet soils.

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How to Minimize Soil Compaction During Harvest

October 11, 2018

Rain events during September and October have created challenging conditions not only for timely harvest of corn and soybean crops but also for the impact harvest will have on the soil. These wet conditions coupled with a drop in air temperature will slow harvest operations. Soils are too wet for traffic from heavy equipment, making them susceptible to compaction during harvest operations. When soils are near saturated conditions, heavy equipment loads weaken soil structure where water works as lubricant, leading to the collapse of soil aggregates.

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How to Minimize Soil Compaction During Harvest

September 19, 2016
Corn combine image

Some areas have received several inches of rainfall since Sept. 1, during a time when corn and soybean water use declines significantly. This lack of water use by the plant creates saturated soil conditions susceptible to compaction this fall. High soil moisture increases soil compaction caused by field traffic and machinery. Over the past decade the size of Iowa farms has increased, leading to larger and heavier equipment.


However, equipment size is only one factor among many causes of the soil compaction problem.


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Top 10 reasons to avoid soil compaction

July 20, 2016 5:19 PM
Blog Post

This spring consisted of wet field conditions for many regions across Iowa during planting season. When soil moisture is at or exceeds field capacity, there is an increased potential for soil compaction, particularly at topsoil depths. Soil compaction at planting time can impact root growth and development for the rest of the growing season, and can be a serious problem for Iowa farmers. However, with proper field management, compaction can be minimized.

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Soil Compaction and What You Can do About It

July 20, 2016
Soil Compaction example

This spring consisted of wet field conditions for many regions across Iowa during planting season. When soil moisture is at or exceeds field capacity, there is an increased potential for soil compaction, particularly at topsoil depths. Soil compaction at planting time can impact root growth and development for the rest of the growing season, and can be a serious problem for Iowa farmers. However, with proper field management, compaction can be minimized.

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Cover crops provide grazing opportunities

June 15, 2016 9:17 AM
Blog Post

Cover crops have become quite popular in recent years, not only from a soil conservation and water quality perspective, but also due to their potential to be an additional forage source for livestock producers. To better understand how cover crops can be used as a potential forage source, Iowa State University Extension and Outreach started a grazing cover crop project in the fall of 2015 at the McNay Research Farm near Chariton and the Allee Research Farm near Newell. 

 

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Be aware of potential problems with fall tillage

November 9, 2015 12:16 PM
Blog Post

By: Mahdi Al-Kaisi


Soil tillage increases the potential for soil erosion and reduces water infiltration and subsoil recharge. Keeping crop residue on the soil surface this fall along with cover crops can increase water infiltration, reduce soil erosion, sediment and nutrient loss, contribute to soil organic matter, and improve soil quality. Here are some things to keep in mind when planning for the choice of tillage practice this fall. 

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