Advanced Agrilytics brings a proven, data-driven perspective to one of agriculture’s most critical global challenges, producing more with less. Through years of field-scale research and predictive agronomy innovation, we’ve demonstrated how improving nutrient efficiency and understanding sub-acre variability can strengthen yields, reduce environmental impact, and create more resilient food systems.
At the 2025 Norman E. Borlaug International Dialogue, hosted by the World Food Prize Foundation, our team will share how predictive agronomy is already driving measurable improvements in nitrogen efficiency, carbon intensity, and grower profitability, and why these same principles can be scaled to advance food security worldwide.
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Think Differently. Farm Smarter. A More Sustainable Way to Feed the World.
Watch the full session to learn how predictive agronomy creates a scalable pathway to greater yield stability, improved soil health, and more efficient food production. Through real-world data and comparative case studies, the panel demonstrates how sub-acre insights reduce variability and risk, strengthen crop resilience, and support global food security.
Meet the Panel
Kenny Avery
Chief Executive Officer
Advanced Agrilytics
Dr. William Kess Berg
Chief innovation Officer
Advanced Agrilytics
Jon Fridgen
Chief Science Officer
Advanced Agrilytics
Rachel Hurley
Head of Sustainability
paine schwartz partners
Kip Tom
Chairman, Tom Farms; former U.S. Ambassador to the UN Food Agriculture Agencies
WHITE PAPER
The Nitrogen Efficiency Breakthrough
At the Borlaug Dialogue, we will debut our latest whitepaper: a large-scale field analysis of 750,000 acres across three growing seasons. The findings show how predictive nitrogen management can:
- Reduce carbon intensity by 23.5%
- Cut nitrous oxide emissions by 21%+
- Lower greenhouse gas emissions by 272,262 metric tons annually
- Prevent grower revenue losses of up to $60 million annually
These outcomes demonstrate how nutrient efficiency is both a climate solution and a path to stronger food systems.
How Predictive Agronomy Extends Across Geographies
From Iowa to Indonesia: Scalable Solutions for Food Security
Advanced Agrilytics’ TerraFraming™ platform translates soil science into action by analyzing data subsets such as slope, organic matter and soil moisture, which affect sub-acre mechanisms such as mineralization, diffusion and denitrification. These mechanisms, in turn, affect nutrient availability and uptake. These principles apply consistently across geographies, making predictive agronomy a powerful, scalable tool for farmers everywhere.
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