Carbon farming is gaining ground in European policy. But its credibility depends on one key question: can (existing) MRV systems reliably capture real-world impacts across different conditions? And what needs to be adapted for them to work in Mediterranean conditions?
Our findings suggest that existing MRV frameworks provide a solid methodological foundation, but require adaptation to specific conditions. Across international and EU-level systems, there is broad agreement on several core principles: transparent and standardised monitoring, tiered approaches, the integration of modelling, activity data and remote sensing, and third-party verification.
Thus, the challenge is less about the existence of these elements and more about whether they can be applied in ways that are practical and affordable for Mediterranean agriculture.
A strong MRV base — but not yet designed for Mediterranean realities
The findings show that current MRV systems offer robust foundations for carbon farming. But Mediterranean agriculture brings specific conditions that make direct application difficult. Fragmented farm structures, mixed and perennial systems such as olive groves and silvopasture, variable soils, and limited technical capacity challenge the consistent application of standard approaches in practice.
This often leads to high costs, complex data requirements, and uneven implementation capacity — especially for smallholders. As a result, MRV can become one of the main barriers to wider participation.
The scaling challenge: robust enough to trust, feasible enough to use
For carbon farming to move beyond pilot logic, MRV must do two things at once: protect environmental integrity and remain workable on the ground. This is where the main scaling barrier lies.
If MRV is too weak, credibility suffers. If it is too complex or too expensive, uptake becomes limited to larger actors or isolated pilot projects. With Carbon Farming MED, we therefore focus on the space in between: how to preserve credibility while reducing the burden of implementation.
What workable MRV looks like in Mediterranean conditions
The findings of our research point to several directions for adaptation. These include greater use of modelling and remote sensing, tiered approaches that reflect different data and capacity levels, and group-based or cooperative models that can share costs and reduce administrative pressure on smaller farms. At the same time, any adapted framework must remain aligned with broader EU standards while still being flexible enough for national and regional realities.
This is particularly relevant in Mediterranean contexts, where practical implementation depends not only on technical design, but also on whether institutions, advisory systems, and farmers can realistically operate within the framework.
From credible in theory to usable in practice
Carbon farming will only scale if MRV systems strike a workable balance: robust enough to be trusted, practical enough to be used. Defining that balance for Mediterranean conditions is one of the key contributions of Carbon Farming MED.
The project helps move the conversation beyond general principles and toward implementation: not just how to define credible carbon farming, but how to make it function in real agricultural and policy settings.
Discover the key findings and core principles for workable MRV in the Mediterranean here.
