How farmB and VALPRO Path Simplify Emission Reporting for Protein Crop Farmers

Across Europe, protein crop farmers face a dual challenge: increasing production while reducing environmental impact. The EU-funded VALPRO Path project is helping them meet both goals, with partner farmB turning everyday farm data into verifiable climate action.

The Problem: Emissions Are Hard to Measure

Modern precision agriculture tools can optimise yields, but they don’t automatically prove environmental performance. Frameworks such as ISO 14064-2 – which define how emission reductions should be quantified and verified – have not been fully aligned with on-farm digital systems. This gap makes it difficult for farmers and producers to prove their environmental performance, integrate sustainability into their supply chains while they gain access to the emerging carbon credit markets. At the same time, aligning agricultural innovation with EU Horizon priorities on standardisation and sustainability is essential to ensure credibility, comparability, and scalability of results.

For farmers, this is a problem: they may reduce emissions, but without clear, certified reporting, they can’t claim carbon credits or demonstrate sustainability to buyers. Bridging the gap between on-farm innovation and international standards is essential – for credibility, comparability, and access to emerging carbon markets.

The Solution: Smart Digital Monitoring

As part of the VALPRO Path project, the farmB team aims to turn sustainability into tangible economic value for farmers. Their ambition focuses on two interconnected goals: first, to simplify emission reporting by automating greenhouse gas (GHG) monitoring, making the process credible, transparent, and accessible even for smallholder farms; and second, to transform sustainability performance into market value, empowering protein crop producers to benefit financially through verified carbon credits and enhanced transparency within sustainable supply chains. 

FarmB has developed a Monitoring – Reporting (MR) system that connects farm data directly to recognised emission accounting frameworks.

Key features include:

• Automatic integration of precision agriculture data with GHG protocols
• Assessment of emission reduction performance
• Alignment with ISO 14064-2 verification standards

In Greece, the farmB team applied this system to legume cultivation, completing a full ISO verification process in a real-world setting.

How Verification Works

The process is science-driven:

1. Document farm practices aimed at lowering GHG emissions
2. Establish a baseline using the GHG Agricultural Protocol
3. Track over 15 indicators – including kilograms of CO₂ per kilogram of protein
4. Check data reliability through a two-level uncertainty assessment.
5. Produce a final Emission Reduction Report and undergo an external audit

This work has produced a certifiable, data-driven program that helps farmers reduce emissions from protein crop cultivation while creating measurable value for the wider agri-food sector. By linking verified environmental performance to carbon credit markets, farmers can turn sustainability efforts into real economic benefits. The approach also builds trust and transparency in reporting, clearly connecting farm practices to climate outcomes.

The Bigger Picture

This innovation goes far beyond supporting legume cultivation. It offers a blueprint for climate-smart farming across Europe, demonstrating how data collected on the farm can feed into credible and transparent carbon accounting. By linking everyday agricultural practices with measurable environmental outcomes, it empowers farmers to adopt methods that are both sustainable and economically rewarding. At the same time, it strengthens resilient supply chains and helps meet the European Union’s ambitious sustainability targets.

Conclusion

Innovation and collaborative efforts will be crucial in addressing challenges such as researching alternative proteins and making them more sustainable, resilient, and climate-friendly. This involves overcoming financial and technical obstacles to large-scale production, reducing energy consumption, enhancing the sensory appeal of products, and meeting strict regulatory requirements for food safety.

Committed to boosting European self-sufficiency, VALPRO PATH is at the forefront of developing and demonstrating effective methods to increase plant protein production significantly. By reducing Europe’s reliance on imported nutrients and promoting low-carbon, climate-smart practices, the project not only strengthens food autonomy and security but also contributes directly to the continent’s climate goals, showing how innovation can feed people and protect the planet at the same time.