Carbon farming is often discussed in terms of technical potential. But in Mediterranean agriculture, the more important question is practical: which actions are best suited to local conditions, and which can deliver benefits without creating new risks for farmers, institutions, and implementation systems?
With Carbon Farming MED, we address this question directly. Our findings show that regenerative agriculture and agroforestry stand out as among the most relevant approaches for Mediterranean conditions because they combine carbon sequestration with broader gains in soil health, water retention, biodiversity, and farm resilience.
Why the Mediterranean needs a specific approach
The Mediterranean is not a generic farming context. Hot, dry summers, irregular rainfall, erosion risks, degraded soils, and growing water stress create a very specific agricultural reality. These constraints mean that carbon farming cannot rely on the direct transfer of practices developed elsewhere. Instead, successful implementation depends on adapted, system-based approaches that reflect local soils, water availability, cropping systems, and long-term climate pressures.
Carbon farming refers to agricultural practices designed to increase carbon storage in soils, vegetation, and biomass, while helping reduce greenhouse gas emissions. Soil organic carbon (SOC), a key indicator of soil health, refers to the carbon stored in organic matter within the soil.
This is why we focus on practices such as cover cropping, reduced tillage, crop rotation and diversification, organic inputs, irrigation management, and agroforestry. Their value lies not only in carbon sequestration but also in their ability to improve the resilience and functioning of the farming system as a whole.
Explore the key findings on the carbon farming actions best suited to Mediterranean conditions here.
Why regenerative agriculture and agroforestry stand out
Our findings identify regenerative agriculture and agroforestry as the most promising directions because they can improve soil organic carbon while also supporting productivity, water efficiency, and ecosystem health. In Mediterranean conditions, this matters especially because climate mitigation cannot be separated from adaptation, soil protection, and long-term farm viability.
At the same time, outcomes depend strongly on local soil type, climate, crop systems, and management choices. Benefits are therefore context-specific and usually require sustained implementation over time.
For policymakers, this is critical. These approaches matter not only because they store carbon, but because they align with broader public objectives around soil, water, biodiversity, and rural resilience. Their value for policy depends not only on promise, but on whether their benefits can be demonstrated and sustained over time.
The real challenge is not only performance, but uptake
At the same time, no practice is without trade-offs. Transitioning to these systems requires new knowledge, initial investment, and continued support. Soil carbon gains are not automatically permanent; some measures may affect short-term yields or land use choices, and monitoring remains challenging and costly.
This is why we point away from isolated actions and toward integrated, system-based approaches. The real task is not to promote practices in the abstract, but to support combinations of actions that are suited to Mediterranean conditions, backed by sufficient evidence, and realistic for implementation over time.
From promising actions to practical uptake
The message is clear: the Mediterranean does not need generic carbon farming measures. It needs practices that are adapted to its soils, climate, and farming systems — and frameworks that make those practices workable in real life and in the long term.
With Carbon Farming MED, we help define that pathway. By identifying which actions are most suitable, where their benefits are strongest, and what barriers still limit uptake, we move the conversation from broad potential to practical implementation.
Long-term progress will depend on integrated regional frameworks, continued advisory support, and credible monitoring systems that make adoption realistic for farmers and reliable for policymakers.
Discover the key findings on which carbon farming actions are best suited to Mediterranean conditions here.
