Tree planting for carbon sequestration is popular, but forest-based agroforestry (FAF) offers a unique approach to enhance carbon storage and provide various benefits.
FAF integrates agricultural practices into existing forests, supporting biodiversity, ecological health, and sustainable crop production.
Despite the benefits of FAF, it lacks support compared to tree-planting initiatives, highlighting the need for funding and focus realignment.
Misunderstandings exist around industrial agroforestry, emphasizing the urgency to prioritize sustainable forest management for climate mitigation.
Managed forests can coexist with humans, offering climate solutions and economic opportunities through sustainable practices.
The study advocates for policy frameworks that explicitly include FAF, emphasizing the importance of effective forest management practices.
Forest resources management can extend beyond carbon storage, contributing to forest health and ecosystem services.
Expanding incentives for forest-based agroforestry can enhance climate strategies, local livelihoods, and global conservation efforts.
Recognizing FAF's potential in climate action can boost biodiversity, carbon stabilization, and resilience in forests and communities.
Effective forest management practices are crucial for sustainable ecological futures, emphasizing benefits for both environment and economy.