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  • Writer's pictureNicolas Netien

Harnessing Nature's Power for Carbon Sequestration and a Sustainable Future.

Updated: Jun 13

At Oleaphen, we're on a mission to revolutionize agriculture. We cultivate olives, citrus, and herbs, but our focus extends far beyond just the harvest. We're committed to regenerative farming practices that actively combat climate change by promoting soil health and sequestering carbon.

The Science of Soil Carbon Storage: A Powerful Ally

Healthy soil is a powerhouse for environmental well-being. It acts as a natural carbon sink, capturing atmospheric carbon dioxide (CO2) and storing it as soil organic carbon (SOC). This vital process, plays a critical role in mitigating climate change. By increasing SOC levels, we effectively remove greenhouse gasses from circulation, creating a more sustainable future.

Our Regenerative Approach: Building a Carbon Negative Farm

At Oleaphen, we meticulously implement practices that optimize soil health and maximize carbon sequestration:

Permaculture Design:

We leverage the wisdom of permaculture to create a thriving ecosystem. Plants, animals, and microorganisms work in harmony, fostering organic matter decomposition and promoting the formation of stable SOC.

Kot-Kot Program: Feathered Allies for Enhanced Soil Carbon

Our rescued hens from the egg industry aren't just a heartwarming addition; they're champions of soil health. Instead of traditional composting, we divert food waste from schools and restaurants to feed these chickens. This food waste becomes a valuable resource, providing essential nutrients for the hens while minimizing landfill methane emissions. The hens, in turn, act as mobile composters, distributing their nutrient-rich manure across the farm. This manure serves two crucial functions:

1. Direct Carbon Sequestration: The manure itself contains carbon derived from the hens' diet, which gets directly deposited into the soil as organic matter.

2. Enhanced Plant Growth and Soil Microbiome Activity: The manure provides readily available nutrients for our plants, stimulating their growth. This increased plant biomass translates to more carbon being captured through photosynthesis and ultimately deposited into the soil as roots and other organic matter. Additionally, the manure fosters a thriving soil microbiome – the diverse community of microorganisms that drive organic matter decomposition and SOC formation.

The Big Picture: Global Challenges and Our Role

The world faces a daunting challenge: rising atmospheric CO2 levels. By prioritizing soil health and carbon sequestration, we can contribute significantly to mitigating climate change. Our practices not only benefit our farm but also serve as a model for a more sustainable agricultural future. However, challenges remain:

Scaling Up Regenerative Practices:

Widespread adoption of regenerative techniques is crucial for a global impact. We actively share our knowledge and collaborate with other farmers to accelerate this shift.

Long-Term Monitoring:

Continuously monitoring SOC levels is essential to track progress and refine our approach. We seek continous collaboration with academia to ensure the effectiveness of our efforts.


It works and it is not rocket science, it is about working with nature and not against it, looking at natural processes and copiyng them, biomimicry.

Oleaphen's groves are already a carbon sink, one litter of our High Phenolic Olive sequester 16 Kg of carbon. We are working hard every day to raise that number.

Join us on this journey! By embracing regenerative agriculture, we can create a future where agriculture goes hand-in-hand with environmental responsibility. We invite you to be part of the solution and a sustainable future with every products of Oleaphen.

carbon sequestration

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