China's Planted Forests Outgrow Natural Ones on Carbon Uptake but the Edge Fades Over Time

A new study shows that China's planted forests initially absorb carbon faster than natural forests, but that advantage shrinks as the trees age. The research, covered by Wood Central, highlights a key tension in forest-based carbon offsets: young, fast-growing plantations pack on carbon quickly, but natural forests maintain steady sequestration over longer periods. For carbon market participants, this means the timing of credits matters a lot. Early credits from planted forests may look strong, but the long-term storage potential of natural forests is more durable. For anyone involved in carbon offset procurement or forest carbon projects, the study is a reminder that not all forest carbon is equal. Planted forests can deliver quick returns for short-term offset needs, but their carbon advantage fades as they mature. Natural forests, while slower to accumulate carbon initially, offer more reliable long-term sequestration. This has implications for how carbon credits are valued and for the design of afforestation and reforestation projects under voluntary and compliance carbon markets.