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Winter wheat economics in NebraskaWinter wheat economics in Nebraska

Benefits include moisture retention for the following crop, weed suppression and building organic matter.

September 11, 2020

4 Min Read
Winter wheat
ROTATIONAL BENEFITS: Nebraska research has shown as much as 100 bushels or more difference in yield where corn or grain sorghum followed winter wheat in the cropping system as compared to following a summer crop. Tyler Harris

Including winter wheat in the cropping system does not appear to be a profitable decision when one only examines the production costs and expected returns.

Generally, there are additional production and economic benefits (35 to 100 bushels per acre increase in corn or grain sorghum yield) that should be considered. First, we will review the cost of production, and then discuss other potential benefits of including winter wheat in the cropping system.

There are seven winter wheat crop budgets included among the 2020 Nebraska Crop Budgets. The cost of production ranges from $3.88 to $5.50 per bushel in the 2020 wheat budgets. Cash costs per bushel of production in these budgets range from $2.87 to $3.62.

The Nebraska Farm Business Inc. 2019 Whole State Average Farm Financial Data report indicated direct production cost for wheat for the seven operations included in their analysis at $4.18 per bushel, and a total cost of $5.06 per bushel with allocated expenses added.

Benefits to the rotation

The University of Nebraska-Lincoln crop budgets and the cost of production in the Nebraska Farm Business Report for wheat do not credit the other potential benefits of including winter wheat in the cropping system.

These benefits include, in areas with limited precipitation, the accumulation on average of 3 inches of soil water after winter wheat harvest, which usually benefits the next year’s corn or sorghum crop with an increase in yield of about 35 bushels per acre.

We have experience where there was as much as 100 bushels or more difference in yield where corn or grain sorghum followed winter wheat in the cropping system as compared to following a summer crop. How did this occur?

With the average annual 3 inches of additional soil water saved to the soil profile after wheat harvest in the fall, plus the reduced soil evaporation from the wheat stubble mulch, under drought conditions the corn or grain sorghum that followed a good winter wheat crop did not suffer from the drought for about an additional 3 weeks.

This was compared to corn or grain sorghum that followed a summer crop whose growth was terminated by the drought. The result was as much as 100 bushels or more in yield occurred when adequate rainfall occurred during the three-week period followed by enough rainfall to sustain the crop needs. The corn or grain sorghum yield depended on the amount of additional rainfall.

Other benefits of wheat production include controlling or reducing pest problems, and winter wheat helps maintain soil organic matter. It is estimated that two to two-and-a-half tons of crop residue per year is needed to maintain soil organic matter.

Wheat generates 100 pounds of crop residue per bushel, while corn and grain sorghum provide 50 pounds per bushel. Cover crops provide similar benefits. However, in areas with limited precipitation, one must consider the benefits of the cover crop against the soil water used.

Wheat prices were generally above corn prices before the introduction of distillers grain, a cereal byproduct of the distillation process, which is great cattle feed. Because of the higher protein content in wheat as compared to corn, cattle feeders would include winter wheat to balance rations, especially when the wheat price got closer to the corn price.

After determining your cost of production, including operating expenses, ownership costs, and cash and non-cash overhead, consider the soil improvement, water, and weed reduction, and potential feed benefits of wheat production on your operation. These benefits can provide a positive economic boost to your operation, not accounted for in typical enterprise budgeting.

Sample winter wheat budget

Within the seven UNL winter wheat budgets, you may find a budget that comes closest to the winter wheat production system in your operation. The budgets are available to download in both PDF and Excel file formats.


For example, budget No. 78 (Figure 1) in the 2020 Nebraska Crop Budgets is a dryland, no-till before corn (also grain sorghum), two crops in three years, 80-bushel-yield budget. The total cost of production per bushel is estimated at $4.29, while the cash cost per bushel is $3.03. This budget includes the cost of fallow in the spring and summer before winter wheat seeding in the fall.

Examine each item in the budget and add your cost if it is different from the cost shown in the budgets. You will notice on some items that the percent acres applied is less than 100%. For budget No. 78, noted are several pesticide applications that are applied on less than 100% of the acres. Twenty-five percent acres applied indicates that an operation is performed one in four years, while 15% is representative of a one in seven-year application.

If you have questions, contact the authors at [email protected] or [email protected].

Klein is a UNL Extension emeritus professor. McClure is a Nebraska Extension farm and ranch management analyst.

Source: UNL CropWatch, which is solely responsible for the information provided and is wholly owned by the source. Informa Business Media and all its subsidiaries are not responsible for any of the content contained in this information asset.

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