Claim · model-written summary
Using the stock-change method, carbon emissions from mangrove conversion were estimated at 482.93 Mg CO2e ha -1, among the lowest recorded for tropical land-use change.
- Taxon
- mangrovet0
- Outcome
- carbon emissionse0
- Value
- 482.93Mg CO2e ha -1e0
- Qualifier
- among the lowest recorded for tropical land-use changee0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirection
Verbatim
t0“Mangrove Forest”
e0“Using the stockchange method, carbon emissions were estimated to be 482.93Mg CO2e ha -1 , among the lowest recorded for tropical land-use change”
Title
Mohd. Safwan Azman; Sahadev Sharma; Rempei Suwa; et al. JIRCAS Working Report 2026. doi:10.64096/0002001108
Other claims from this paper (5)
- Intervention effect Total ecosystem carbon stock in clear-cut mangrove sites was 149.06 7.56 Mg C ha -1 versus 280.65 16.92 in intact sites, a difference that was not statistically significant.
- Observation The landscape-scale carbon budget remained positive, with a net gain of 2835 Mg C yr -1.
- Mechanism The positive landscape carbon budget is attributed largely to the carbon sink potential and the expansion of naturally regenerated mangroves in intact areas (796 Mg C yr -1).
- Observation A deforestation threshold of 75% was identified, beyond which the carbon budget approaches neutrality.
- Recommendation The authors conclude that conserving intact mangrove forests and sustainably managing regenerated areas is important.