Speaker
Description
Argan forests in Morocco play a critical role in carbon sequestration, biodiversity conservation, and rural livelihoods. However, their potential to contribute to climate change mitigation remains underexploited due to the absence of transparent carbon accounting systems and accessible carbon markets for local communities. This study proposes a modeling framework that integrates carbon sequestration dynamics in argan ecosystems with blockchain technology to establish a trusted, decentralized local carbon market. Using ecological growth models and remote sensing data, carbon stock accumulation is simulated under different conservation and management scenarios. Blockchain smart contracts are then designed to register, verify, and trade carbon credits securely, ensuring transparency and equitable revenue distribution. The model highlights how combining ecological modeling with digital innovation can incentivize sustainable forest management, empower local actors, and align regional development with global climate goals.
