An article that introduces our novel approach to NEE measurement and validates its performance against eddy covariance towers, across six diverse sites, encompassing a range of environmental conditions.

Quantifying carbon fluxes at ecosystem scale is critical for understanding the global carbon cycle, and NEE measurements play a pivotal role in achieving this objective. This article demonstrates the performance of the Arbiter System in NEE measurement.

By Nicholas F. Boogades of Texas Tech University and Katie L. Lewis of Texas A&M AgriLife Research Center. Demonstrates that manual chamber systems deployed on three week measurement intervals yield flux rates comparable to continuous measurement systems.

A white paper cross-validating the Agrology gas flux sensors by benchmarking them against the Picarro G2508 Gas Analyzer

We introduce a novel, cost-effective sensor system designed to accurately measure nitrous oxide (N2O) and carbon dioxide (CO2) concentrations and, by extension, the fluxes, and then validate the performance against the Picarro G2508 Gas Analyzer.

A white paper on measuring carbon and greenhouse gas emissions

Agrology’s Arbiter Chamber is a new approach to monitoring soil greenhouse gas flux, based on the proven soil flux chamber lineage of fundamental physics principles and almost 100 years of field usage and study.

Agrology NEE measurement unlocks new insights into carbon flows and regenerative land management. It allows for affordable ground-truthing of models and MMRV programs. It also brings new dataset into agronomic management: allowing growers to monitor carbon flows, soil biology and photosynthesis - three precursors to building healthier soils, farm-ecosystems and low input production. Here's how it works.

The future of regenerative agriculture involves quantifying and optimizing soil health. Enhancing and encouraging the health and vitality of the soil microbial community enables the opportunity to lower carbon emissions across the entire agriculture sector.

Each farm is unique. Context matters. Resources are limited. That’s why accurately measuring the results of your regenerative farming practices must start and end with ground-truth data. Not measurements from outer space. Not inaccurate models. Actual measurements that show (in real-time) what’s working for your crop, your soil, your farm. Here’s how we measure.