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BIOMASS, CARBON STOCK, CARBON UPTAKE, AND OXYGEN PRODUCTION OF SONNERATIA ALBA: ESTIMATING VALUES FOR MANGROVE FOREST ENVIRONMENTAL SERVICE IN CAN GIO, VIETNAM
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BIOMASS, CARBON STOCK, CARBON UPTAKE, AND OXYGEN PRODUCTION OF SONNERATIA ALBA: ESTIMATING VALUES FOR MANGROVE FOREST ENVIRONMENTAL SERVICE IN CAN GIO, VIETNAM
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Journal Article
BIOMASS, CARBON STOCK, CARBON UPTAKE, AND OXYGEN PRODUCTION OF SONNERATIA ALBA: ESTIMATING VALUES FOR MANGROVE FOREST ENVIRONMENTAL SERVICE IN CAN GIO, VIETNAM
2025
Overview
Sonneratia alba] .E. Smith is a key mangrove species contributing to forest structure along tropical Southeast Asian coasts. This study aims to quantify the ecosystem service value of natural S. alba populations through biomass, carbon stock, carbon uptake, and oxygen production, using a case study in the Can Gio Mangrove Biosphere Reserve, Vietnam. To our knowledge, this is the first study to provide a species-specific economic valuation of both carbon uptake and oxygen production for 5. alba in this region. Fifty sample plots were established to investigate above-ground biomass and carbon accumulation across diameter classes. Allometric equations were developed to estimate the above-ground biomass and carbon stock. Belowground values were assessed using standard conversion factors. Carbon uptake and oxygen production were calculated based on total carbon accumulation. The results show a total biomass of 88.25 metric tons per hectare (t ha\"), a total carbon stock of 37.95 t ha\", a carbon uptake of 139.27 t ha\", and an oxygen production of 101.32 t ha\". The estimated economic values of 5. alba include 696.3 USD ha\" for carbon uptake and 6079.2 USD ha\" for oxygen production. These results contribute to the understanding of mangrove ecosystems and offer practical input for payment for environmental services schemes and conservation policies.
Publisher
Forest Research Institute Malaysia
Subject
