BAMBOO CARBON REMOVALS
If grown as a deforestation free crop, bamboo has the potential to remove vast volumes of carbon dioxide from the atmosphere and store this carbon in a long term biological carbon sink representing one of the most effective nature based solutions for addressing climate change. Bamboo's relatively fast growth rate means that these carbon removals occur in a short time period in comparison to other trees, with the majority of the carbon benefits being realized within ten years after planting.
The unique growth pattern of giant timber bamboo species allows for a permanent bamboo forest, even under a sustainable harvesting regime. The removal of select poles from each plant each year does not kill the bamboo plant, but in contrast stimulates further growth, with these poles and the carbon sink that they represent, being replaced during the following year's growing season.
These combined benefits make bamboo one of the most effective plants in the fight against global climate change, while providing both mitigation and adaptation benefits.
VERIFIED CARBON OFFSETS
EcoPlanet Bamboo is the only entity globally to have developed a verified system for the Monitoring, Reporting and Verification of bamboo's climate change benefits. Our Nicaragua Bamboo Farms were validated under the Verified Carbon Standard in 2013, and verified most recently in 2021, representing the only accredited bamboo carbon offsets in the world. In addition, EcoPlanet Bamboo has an additional three projects in the VCS pipeline.
VCS Project ID 2928 - North Bandai Reforestation Project, Ghana
VCS Project ID 2929 - Bandai Hills Reforestation Project, Ghana
VCS Project ID 2958 - Lanao Del Sur Reforestation Project, Philippines
These integrated bamboo farms are removing and storing more than 10,000,000 tons of atmospheric carbon over a 20 year monitoring period, while allowing for sustainable thinning once the bamboo achieves maturity.
Contact us to learn more about our work to develop bamboo nature based solutions on some of the world's most degraded lands and the associated suite of climate change, environmental and social benefits.