Advanced Agrilytics to Host Virtual Roundtable on Nitrogen Efficiency White Paper Findings
Advanced Agrilytics™, a prominent player in agronomy technology, is set to host a roundtable discussion focused on its groundbreaking white paper, "The Nitrogen Efficiency Breakthrough: How Digital Tools Cut Corn Nitrogen Emissions by 21% Without Sacrificing Yields." This pivotal event is scheduled for Monday, October 27, 2025, from 2:00 to 3:00 PM Central Time, and is exclusively available to media representatives. Interested journalists are advised to pre-register to secure their participation in this significant conversation.
The white paper was first unveiled during the 2025 Norman E. Borlaug International Dialogue. It offers comprehensive insights derived from extensive field analyses conducted over three growing seasons from 2022 to 2024. This analysis encompasses more than 750,000 acres managed by Advanced Agrilytics, affirming that advancements in nitrogen use efficiency (NUE) can generate both environmental and economic benefits without compromising crop yields.
In examining the implications of improved NUE, the study revealed that corn growers leveraging Advanced Agrilytics' methodologies reported a median NUE of 0.75 lb N/bu, markedly above the industry average of 1.0 to 1.2 lb N/bu. The report highlights a substantial reduction in the carbon intensity score by 23.5%, lowering it to 21.2 g CO2e/MJ compared to the industry's baseline of 27.72. Additionally, nitrous oxide (N2O) emissions were reduced by 20.6%, with the updated figure standing at 10.7 g CO2e/MJ (down from 13.47).
These reductions play a crucial role, as N2O is known to be a potent greenhouse gas with a warming potential 273 times greater than that of carbon dioxide. The findings illustrate an annual reduction of 272,262 metric tons of CO2e emissions alongside a decrease of 423,641 kilograms of N2O emissions (equivalent to 115,654 metric tons of CO2e). Such reductions are comparable to taking more than 63,000 gasoline-powered vehicles off the roads or offsetting the CO2 emissions from over 26 million gallons of diesel fuel, akin to the carbon removal achieved by cultivating more than 4.5 million tree seedlings over a decade.
The economic aspect is equally noteworthy, as the new analysis calculated that an average loss of NUE by 0.15 lb N/bu equates to a gross revenue decline of approximately $80.42 per acre. These losses stem from both the increased cost of nitrogen inputs and diminished yield performance, whether due to an over-application of nitrogen, mis-timing its application, or nitrogen loss in overly saturated areas. When this figure is extrapolated across the 750,000 acres analyzed, it presents a potential annual economic impact of around $60 million.
Moreover, enhancing NUE may also qualify growers for incentive payments stemming from various public and private conservation and sustainability initiatives. The white paper elaborates on the role of Advanced Agrilytics' TerraFraming™ platform. By utilizing patented algorithms for sub-acre spatial analysis, it allows for precise application of nitrogen and stabilizers, targeting the correct amount, location, and timing to optimize efficiency and crop resilience.
Jon Fridgen, Chief Science Officer at Advanced Agrilytics, emphasized the company’s predictive agronomic approach, describing it as a more intelligent and efficient method for crop production that contributes to sustainable agricultural practices. He stated, "With conclusive data illustrating the economic and environmental advantages of our techniques—such as enhanced nitrogen use efficiency, reduced emissions, and increased profit margins—our methodology is clearly beneficial to farmers."
This new analysis supports Advanced Agrilytics' overarching vision of embedding predictive agronomy practices as a refined approach to achieving sustainable and profitable crop production. Advanced Agrilytics remains at the forefront of agronomy technology, committed to providing innovative solutions that empower agricultural stakeholders to improve profitability and sustainability within the industry. Founded in Huntington, Indiana, in 2015, and now based in Indianapolis, the company prides itself on helping partners forge a legacy of agricultural excellence for generations ahead. For more details, interested parties can visit Advanced Agrilytics.
The white paper was first unveiled during the 2025 Norman E. Borlaug International Dialogue. It offers comprehensive insights derived from extensive field analyses conducted over three growing seasons from 2022 to 2024. This analysis encompasses more than 750,000 acres managed by Advanced Agrilytics, affirming that advancements in nitrogen use efficiency (NUE) can generate both environmental and economic benefits without compromising crop yields.
In examining the implications of improved NUE, the study revealed that corn growers leveraging Advanced Agrilytics' methodologies reported a median NUE of 0.75 lb N/bu, markedly above the industry average of 1.0 to 1.2 lb N/bu. The report highlights a substantial reduction in the carbon intensity score by 23.5%, lowering it to 21.2 g CO2e/MJ compared to the industry's baseline of 27.72. Additionally, nitrous oxide (N2O) emissions were reduced by 20.6%, with the updated figure standing at 10.7 g CO2e/MJ (down from 13.47).
These reductions play a crucial role, as N2O is known to be a potent greenhouse gas with a warming potential 273 times greater than that of carbon dioxide. The findings illustrate an annual reduction of 272,262 metric tons of CO2e emissions alongside a decrease of 423,641 kilograms of N2O emissions (equivalent to 115,654 metric tons of CO2e). Such reductions are comparable to taking more than 63,000 gasoline-powered vehicles off the roads or offsetting the CO2 emissions from over 26 million gallons of diesel fuel, akin to the carbon removal achieved by cultivating more than 4.5 million tree seedlings over a decade.
The economic aspect is equally noteworthy, as the new analysis calculated that an average loss of NUE by 0.15 lb N/bu equates to a gross revenue decline of approximately $80.42 per acre. These losses stem from both the increased cost of nitrogen inputs and diminished yield performance, whether due to an over-application of nitrogen, mis-timing its application, or nitrogen loss in overly saturated areas. When this figure is extrapolated across the 750,000 acres analyzed, it presents a potential annual economic impact of around $60 million.
Moreover, enhancing NUE may also qualify growers for incentive payments stemming from various public and private conservation and sustainability initiatives. The white paper elaborates on the role of Advanced Agrilytics' TerraFraming™ platform. By utilizing patented algorithms for sub-acre spatial analysis, it allows for precise application of nitrogen and stabilizers, targeting the correct amount, location, and timing to optimize efficiency and crop resilience.
Jon Fridgen, Chief Science Officer at Advanced Agrilytics, emphasized the company’s predictive agronomic approach, describing it as a more intelligent and efficient method for crop production that contributes to sustainable agricultural practices. He stated, "With conclusive data illustrating the economic and environmental advantages of our techniques—such as enhanced nitrogen use efficiency, reduced emissions, and increased profit margins—our methodology is clearly beneficial to farmers."
This new analysis supports Advanced Agrilytics' overarching vision of embedding predictive agronomy practices as a refined approach to achieving sustainable and profitable crop production. Advanced Agrilytics remains at the forefront of agronomy technology, committed to providing innovative solutions that empower agricultural stakeholders to improve profitability and sustainability within the industry. Founded in Huntington, Indiana, in 2015, and now based in Indianapolis, the company prides itself on helping partners forge a legacy of agricultural excellence for generations ahead. For more details, interested parties can visit Advanced Agrilytics.
Topics Consumer Technology）
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