Key Takeaways
- Agrology has developed the first scalable and affordable Net Ecosystem Exchange (NEE) Measurement System, advancing global carbon cycle research.
- The system underwent validation against eddy covariance towers across six diverse U.S. sites, demonstrating strong accuracy in measuring carbon flux dynamics.
- The technology provides continuous, in-situ carbon cycle data, offering a cost-effective alternative to traditional measurement methods.
- Agrology’s NEE System supports climate-smart agriculture, carbon sequestration, and ecosystem-scale carbon flux monitoring.
- A beta program is now open for U.S. researchers, with an international launch planned for spring 2025.
Agrology Introduces Cost-Effective Carbon Flux Measurement
A Breakthrough in Climate-Smart Agriculture
Agrology has developed the first scalable Net Ecosystem Exchange (NEE) Measurement System, enabling affordable, continuous field-based monitoring of carbon flux dynamics.
“To make ecosystem-scale carbon flux measurement accessible and to empower broader adoption of nature-based climate solutions, we need tools that work in both scientific and commercial settings,” said Adam Koeppel, Co-Founder and CEO of Agrology. “Agrology’s NEE System provides a practical solution for monitoring and quantifying nature-based carbon removal at scale. We invite researchers to join us in advancing this transformative technology.”
Validated Performance of Agrology’s NEE System
Cutting-Edge Carbon Flux Monitoring
Agrology’s NEE Measurement System was validated across six diverse U.S. sites, including corn-rice rotations, forage corn fields, sustainable vineyards, and almond orchards. The study, conducted in spring and summer 2024, demonstrated a strong correlation between Agrology’s system and traditional eddy covariance towers.
Features of the Agrology NEE System
- Environmental Sensors – Measures air temperature, humidity, soil moisture, soil temperature, and barometric pressure to track greenhouse gas fluxes.
- Soil CO₂ Flux Measurement – Monitors CO₂ emissions from soil respiration using specialized chambers.
- Concentration Gradient Monitoring – Infrared sensors track CO₂ movement from the ground to the canopy.
- Machine Learning Model – Real-time in-field data enhances predictive accuracy for NEE calculations.
A Practical Tool for Researchers and Growers
By providing continuous, in-situ data on carbon accumulation and emissions, Agrology’s system reduces uncertainty in carbon farming programs and helps growers manage their carbon sequestration efforts more effectively.
“NEE is a vital metric for understanding in-field carbon dynamics,” said Dr. Francois Visser, CEO of Carbon Friendly. “By providing continuous, in-situ data on the carbon cycle and microclimate, Agrology equips growers with a tool to manage and increase carbon accumulation in their soils.”
Beta Testing Now Open for Agrology’s NEE Measurement System
Invitation to Participate
To refine and deploy the system further, Agrology has launched a beta program for U.S. researchers, which will continue throughout 2025. Researchers interested in testing the NEE Measurement System can apply to participate, with an international launch expected in spring 2025.
For more details on the beta program and Agrology’s validation findings, researchers can explore the company’s website.
