Despite these observations, the quantification of the C storage of mangrove forests from the region has not been performed. Information and baseline data on C storage would benefit the development of more accurate models and mitigation strategies for climate change, and the development of effective REDD+schemes. In the present study,we hypothesized that the below-ground C stock accounts for the largest proportion of ecosystem C storage, and that ecosystem C storage of the CMNP's mangrove forest is comparable to that from the Asia-Pacific region.
We quantified the C storage of mangrove forest in the CMNP by measuring the biomass of trees, roots, downed woody debris, and sediment organic C and overall depth.
Despite these observations, the quantification of the C storage of mangrove forests from the region has not been performed. Information and baseline data on C storage would benefit the development of more accurate models and mitigation strategies for climate change, and the development of effective REDD+schemes. In the present study,we hypothesized that the below-ground C stock accounts for the largest proportion of ecosystem C storage, and that ecosystem C storage of the CMNP's mangrove forest is comparable to that from the Asia-Pacific region. We quantified the C storage of mangrove forest in the CMNP by measuring the biomass of trees, roots, downed woody debris, and sediment organic C and overall depth.
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