Scientists cut climbing vines from a damaged Borneo forest. Its canopy then grew three times faster, and the method may cost 10 times less than tree planting
Trimming aggressive climbing vines from logged tropical forests can substantially expedite canopy recovery, providing a more economical alternative to new tree planting for ecosystem restoration. Areas where vines were cut exhibited a carbon storage rate three times quicker than those with newly planted trees, as confirmed by laser mapping. Effective vine management promotes forestry sustainability and preserves biodiversity.
Trimming aggressive climbing vines from logged tropical forests can substantially expedite canopy recovery, providing a more economical alternative to new tree planting for ecosystem restoration. Areas where vines were cut exhibited a carbon storage rate three times quicker than those with newly planted trees, as confirmed by laser mapping. Effective vine management promotes forestry sustainability and preserves biodiversity.
