‘Field to Market: The Alliance for Sustainable Agriculture’ has announced the release of Fieldprint Platform that introduces a new soil carbon indicator. The latest update is powered by the SWAT+ model, and brings refreshed greenhouse gas and energy use metrics, and a redesigned user interface that simplifies data entry. The Fieldprint Platform now supports multi year field histories, enabling more detailed analysis of crop rotations, soil carbon, and long term performance.
The latest update represents the most comprehensive development of the Fieldprint Platform to date. It integrates the latest USDA and IPCC science, enhances usability, and strengthens support for Scope 3 emissions reporting, allowing stakeholders across the agricultural value chain to achieve sustainability goals and commitments.
Scientific and Functional Upgrades
The release of Version 5 introduces substantial upgrades to the Platform’s science, functionality, and user experience. A new quantitative soil carbon indicator powered by the SWAT+ model enables the modeling of soil carbon stock changes. The greenhouse gas and energy use indicators have been updated, and the system now supports multi year field histories, which provide users with the ability to evaluate crop rotations, soil carbon, and long term sustainability performance.
The user interface has also been redesigned to offer simplified data entry, along with scorecard style results, creating a clearer and more efficient experience for those engaging with the tool. These enhancements deliver both improved scientific rigor and greater accessibility, enabling companies to track their sustainability progress more precisely while offering farmers deeper insights into environmental performance.
Scope of the Platform
The Fieldprint Platform is an online assessment framework developed to help brands, retailers, suppliers, and farmers measure the environmental impacts of commodity crop production and identify opportunities for continuous improvement. It is available as a free and confidential tool to farmers, who can either access it directly online or through farm management software that incorporates its indicators and algorithms.
Brands, retailers, and suppliers can access aggregated data provided by farmers who choose to opt into Fieldprint Projects, in accordance with the Fieldprint Project Standard. The Platform supports the analysis of sustainability outcomes for 17 crops, including alfalfa, barley, chickpeas, corn for grain and silage, cotton, dry beans, dry peas, fava beans, lentils, lupin, peanuts, potatoes, rice, sorghum, soybeans, sugar beets, and wheat.
“These updates represent a critical step forward in advancing transparent, scientifically rigorous indicators for US agriculture. Built on the latest USDA and IPCC science, Version 5 not only responds directly to the evolving needs of our members, but also offers broader usability and greater credibility for farmers, companies, and stakeholders across the agricultural value chain.”
Benefits Across the Value Chain
The reach of the Fieldprint Platform extends across the entire agricultural value chain. Retailers are able to align their supply chain sustainability claims around a common framework while also working upstream with suppliers to improve environmental outcomes. Brands can use the Platform to advance their sustainable sourcing targets within an industry aligned framework that is broadly recognized by universities and NGOs, partnering with suppliers to promote continuous improvement across both field and landscape levels.
Ingredient processors benefit from a single system through which they can measure and report on the sustainability performance of their sourcing regions, reducing the duplication caused by multiple, competing surveys. Agricultural service providers can integrate the Platform’s algorithms and indicators into their own tools, offering farmers sustainability insights alongside agronomic analysis.
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Farmers themselves can benchmark their management practices against regional, state, and national standards, saving time and resources by using one widely accepted framework instead of managing numerous survey requests, while also increasing their opportunities to collaborate with sustainability focused companies. Farm conservation project managers can quantify outcomes related to conservation practices, enhance whole farm planning services, and estimate environmental benefits to unlock funding for scaling adoption.
Functioning of the Platform
The functioning of the Fieldprint Platform relies on the input of management data by farmers, which is then analyzed to produce a Fieldprint Analysis. This analysis provides a graphical representation of the sustainability performance of a farmer’s operation across a range of indicators, including biodiversity, energy use, greenhouse gas emissions, irrigated water use, land use, soil carbon, soil conservation, and water quality.
The results are presented in a spidergram, with values closer to the center indicating greater efficiency and sustainability performance. By using this tool, farmers can voluntarily and securely understand how their practices impact natural resources and operational efficiency, while comparing their performance with benchmarks at local, state, and national levels.
Integration with Technology Partners
Technology partners play a central role in extending the utility of the Fieldprint Platform. A number of precision agriculture, decision support, and farm management software providers have already integrated its indicators, giving farmers seamless access to sustainability assessments alongside their existing agronomic tools. This integration provides greater ease of use and encourages broader adoption of the framework.
Commitment to Continuous Improvement
Through Version 5, Field to Market has reinforced its commitment to continuous improvement of the Fieldprint Platform. By maintaining free access for farmers, improving scientific robustness, and offering clearer usability across the agricultural value chain, the Platform continues to serve as a key resource for measuring, analyzing, and advancing sustainability in US commodity crop production.
