Cutting back vines lets recovering forests grow faster, Borneo study shows
A study in Borneo found that cutting back lianas, or woody vines, in logged forests significantly accelerates forest recovery by increasing canopy height and carbon sequestration three times faster than tree planting alone. Lianas can dominate disturbed areas, hindering tree growth and regeneration. The research highlights a practical method for restoring degraded tropical forests, offering insights relevant to global reforestation efforts.
A study in Borneo found that cutting back lianas, or woody vines, helps regenerating forests grow faster than just planting trees.
This method could improve forest recovery, boost carbon storage, and support biodiversity in areas affected by logging.
The finding offers practical, science-based solutions for restoring forests, showing how small interventions can have big environmental benefits.
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