Skip to main content

Cotton Pilot Links Farm Data to Field Checks

The U.S. Cotton Trust Protocol has launched the framework for its pilot program, creating a scalable and verifiable supply of regenerative cotton. The Field Partner Program, now underway for the 2025 crop season, is designed to provide brands and retailers with traceable, regenerative cotton—and credible data.

“The Trust Protocol is built on a foundation of continuous improvement and providing a science-based approach, supported by a verification process to meet assurances for our members,” said Daren Abney, executive director of the U.S. Cotton Trust Protocol. “This program is a direct extension of that commitment.”

Related Stories

By leveraging the Trust Protocol’s data verification and traceability infrastructure, the science-based sustainability program said, the initiative directly addresses the growing demand for regenerative materials by establishing a formal market pathway. Developed with input from member brands and aggregators, the pilot will test the program’s framework before a broader rollout, planned for 2026. The trial will examine market demand for regenerative cotton and traceability of bales in the supply chain, as well as the credibility of its assurance system. The effort is aligned with Field to Market’s regenerative agriculture guidance, too.

“There is a clear and growing demand for materials that contribute to a regenerative agricultural system,” Abney said. “This initiative creates a formal pathway for recognizing regenerative practices at the field level, enhancing value for our growers and providing brands and retailers with the credible sourcing options they need to meet their sustainability targets.” 

The Field Partner Program introduces a dual framework—one “where practices meet outcomes to create maximum impact,” according to the voluntary program for U.S. cotton growers and traceability platform for all stateside cotton. The pilot will also consider demand for participating in a scalable system to provide a clear pathway for regenerative U.S. cotton to move through the supply chain.

The pilot program is designed to achieve four key objectives: assess market demand, test and enhance the field partner relationship, prove end-to-end traceability and validate the program’s credibility.

Up first is considering industry appetite for regenerative cotton bales from the Trust Protocol’s 40-plus member brands. The Memphis, Tenn.-based organization will then explore relationship dynamics with cotton merchants and co-ops to strengthen their role in the assurance process; demonstrating how to trace regenerative cotton bales through the value chain, meanwhile, tackles traceability. Finally, the protocol will validate the program’s credibility through a reportedly robust set of technical requirements and a multi-level assurance system.

The program draws on the Trust Protocol’s existing system, using field-level data to pre-assess grower eligibility. Verification will occur alongside the standard Trust Protocol process, combining field visits with satellite imagery. The framework aims to link practices with measurable outcomes—positioning it as a first-of-its-kind regenerative standard.

The Trust Protocol has set minimum requirements for its Field Partner Program, adapting regenerative agriculture frameworks from major organizations. To qualify, growers must adopt practices that address soil health, water use, synthetic inputs, water quality and biodiversity.

Mordor Intelligence data estimated the regenerative agriculture global market size at $9.2 billion, projected to reach over $18.3 billion by 2030 at a compound annual growth rate of 14.75 percent. The revenue-funded organization cited rising demand for corporate net-zero pledges and supportive public policy as powerful levers shifting capital away from conventional input-intensive systems and toward practices that restore soil ecology instead. Lest one forget regulatory tailwinds; the European Union Nature Restoration Law obliges EU member states to rehabilitate 20 percent of degraded ecosystems by 2030.