Profit Warranty to Optimize Nitrogen Rates

Concerned about rising nitrogen prices but worried about the risks of reducing nitrogen rates?

Our project is designed to help Ontario corn farmers optimize nitrogen rates through split nitrogen application in their fields, but without the risk of losing profit. Just like a warranty, this project will pay farmers in the case of lost profits (factoring in yields, operating costs, and input cost savings) due to implementing split nitrogen application on enrolled acres. This will minimize the risks associated with implementing this practice.

Participation in this project is free for selected farmers and offers the following supports:

• Up to $500 in agronomist services for project support (inclusive of tax), including nutrient management recommendations

• Full reimbursement for a required pre-sidedress nitrate test (PSNT), a soil test that will help guide how much nitrogen to apply

• A $1,000 honorarium for your time

There are still spaces remaining! If you are interested in participating, we encourage you to review the project’s requirements, frequently asked questions, and apply today! If you have any questions, please contact innovation@farmersforclimatesolutions.ca.

Requirements

Participating producers must:

• Be growing grain corn in Ontario in 2026.

• Select between 1-3 fields to include in the project.

• Have existing insurance coverage (e.g., multi-peril protection covering weather issues) for the project field(s).

• Per field, perform soil-applied split nitrogen application on at least 20 acres of grain corn, with no greater than 30 lbs N/ac at planting/pre-plant.

• Maintain a minimum of 5 acres using business-as-usual practices in a representative area compared to the enrolled area, e.g. same soil type, similar topography, similar previous management practice.

• Collect and share data, including accurate yield data (yield monitor, weigh wagon, truck scales, etc.), fertilizer management, and other field management practices.

• Follow Good Farm Management Practices, including appropriate weed control and soil fertility management (i.e. maintaining appropriate pH and meeting crop nutrient needs for phosphorus and potassium, etc.).

• Work with an agronomist, or be an agronomist, to interpret a PSNT and apply the recommended rate.

• Participate in post-harvest project evaluation through a short survey and/or conversation to gather feedback and your insights.