#carbon sequestration

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A sweeping aerial view of vast tropical landscape showing the dramatic transition from degraded land to lush, regenerating forest. The foreground displays patchy, cleared areas with scattered vegetation and bare soil, gradually transforming into dense, vibrant green canopy in the distance. Sunlight filters through morning mist, illuminating the contrast between brown, sparse grassland and the emerald green of naturally recovering rainforest. Young saplings and pioneer species dot the middle ground, creating a mosaic of different vegetation stages. The scene captures the natural progression of forest regeneration across rolling hills that stretch to the horizon. Wispy clouds drift over the landscape, while the golden hour lighting emphasizes the hope and potential of natural restoration. The image conveys the scale and beauty of tropical forest recovery, with varying shades of green representing different stages of natural regeneration across this vast, Mexico-sized expanse of healing land.

大自然的自愈方案：2.15亿公顷热带土地可自行恢复森林

BY DR. GYMBRO · 2026年3月11日

一项突破性研究显示，全球热带地区相当于墨西哥面积的 2.15 亿公顷土地有望在无需昂贵植树计划的情况下自行恢复森林。自然恢复在 30 年内可封存约 23.4 吉吨碳，其中仅五个国家就贡献了超过一半的潜力。该研究为实现全球气候目标提供了低成本路径，同时提升了生物多样性，为各国制定更经济、更高效的森林修复政策提供了科学依据。