Crop reference
Wheat yield per acre
Start with a crop-level reference, then test whether your soil, climate, water supply and management can support it. This page does not predict the yield of a specific field.
Reference yield
2025 USDA ERS regional benchmark range — United States
45–91 bushels/acre
= 1.22–2.48 t/acre
Range across the published Farm Resource Regions shown below. It is not a national average or a field forecast.
AgriAuditor global reference per acre
1.55 t/acre
Same global reference per hectare
3.83 t/ha
Field Yield & Revenue Calculator
Interactive field calculator
Wheat yield, production & revenue estimator
Enter your field acreage, target yield, and expected commodity price. The estimator converts production across units and benchmarks your yield against official USDA ERS regional baselines.
Starting prices are illustrative examples, not current buyer quotes. Regional yields are benchmarks, not a forecast for your field. Where no benchmark is available, enter your own yield and price; no generic yield is substituted.
= 1.42 tonnes per acre based on 60 lbs/bushels
Official U.S. regional benchmarks
USDA Economic Research Service estimates keep their original unit, bushels per planted acre, with the tonne conversion shown above for comparison. They describe United States production regions, not your county or field. ERS projects these from a 2022 base survey, so the reference year is not the survey year.
| Farm Resource Region | Reference year | Yield |
|---|---|---|
| Northern Crescent | 2025 | 91 bushels/acre(2.48 t/acre) |
| Heartland | 2025 | 86 bushels/acre(2.34 t/acre) |
| Basin and Range | 2025 | 67 bushels/acre(1.82 t/acre) |
| Fruitful Rim | 2025 | 57 bushels/acre(1.55 t/acre) |
| Prairie Gateway | 2025 | 47 bushels/acre(1.28 t/acre) |
| Northern Great Plains | 2025 | 45 bushels/acre(1.22 t/acre) |
| U.S. total | 2025 | 52 bushels/acre(1.42 t/acre) |
Retrieved 28 August 2026 from the official ERS wheat cost-and-return file. Read the full USDA cost and break-even report or check the official ERS source.
What can move wheat yield?
Compare the crop profile with field evidence before using the reference in a budget or planting decision.
- Ideal soil pH
- 5.5 - 8.5
- Seasonal water requirement
- 450 mm / season
- Optimal temperature
- 15 - 23 °C
- Waterlogging tolerance
- Intolerant
- Nitrogen demand
- High
These requirements still omit cultivar choice, planting date, stand establishment, pests, disease, nutrient timing, harvest losses and local market specifications. Treat the reference as a starting assumption that needs local evidence.
Move from crop average to your field
Run a coordinate-level screen to compare wheat with mapped soil, climate, water and risk conditions. Then confirm material decisions with field measurements and qualified local advice.
Run a land and crop auditQuestions about the reference
What is the reference wheat yield per acre?
The AgriAuditor crop profile shows 1.55 t/acre, equivalent to 3.83 t/ha. This is a global reference average across producing countries, not a United States figure and not a forecast for a specific field. Where shown, the USDA range beside it describes US Farm Resource Regions and can differ substantially.
Is 1.55 t/acre guaranteed on my land?
No. Variety, soil, temperature, rainfall, irrigation, nutrient availability, pests, disease, management and the growing season can move actual yield above or below the reference.
Why can local yield differ from the reference?
A crop average does not contain your field coordinates or measurements. Local soil constraints, water supply, weather extremes, planting date and management determine how much of the crop potential is realised.
How can I estimate yield for a specific field?
Run a coordinate-level AgriAuditor screen, then replace mapped estimates with soil tests, field records, local trials and advice from a qualified local agronomist before making a material decision.
Compare other crop yield references
Method and data scope: read AgriAuditor methodology and limitations.