Estimation of carbon stocks of mangrove forests along the Carigara Bay in Leyte, Philippines
Mangrove forest ecosystems are known to sequester large quantities of carbon, becoming a significant carbon source when disturbed. This paper presents a quantification in aboveground (standing trees, palm, shrub, standing dead trees, downed wood and litter), belowground (root and soil) and ecosystem...
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Visayas State University
2024-11-01
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| Series: | Annals of Tropical Research |
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| Online Access: | https://atr.vsu.edu.ph/article/view/509 |
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| author | Syrus Cesar P. Decena Arwin O. Arribado Carlo A. Avorque Dionesio R. Macasait Jr. |
| author_facet | Syrus Cesar P. Decena Arwin O. Arribado Carlo A. Avorque Dionesio R. Macasait Jr. |
| author_sort | Syrus Cesar P. Decena |
| collection | DOAJ |
| description | Mangrove forest ecosystems are known to sequester large quantities of carbon, becoming a significant carbon source when disturbed. This paper presents a quantification in aboveground (standing trees, palm, shrub, standing dead trees, downed wood and litter), belowground (root and soil) and ecosystem carbon stocks in mangrove forests along the Carigara Bay in Leyte, Philippines. The carbon stocks in the different mangrove forest types (fringe and riverine) and zones (landward, middleward, and seaward/along water) were compared. Further, the relationship between environmental factors (eg, interstitial soil salinity, soil water content and soil depth) and ecosystem carbon stocks was examined. The study yielded an ecosystem carbon stock of 558.02±51.13Mg ha¹, partitioned into aboveground and belowground carbon stocks of 251.96±31.08 and 306.06±28.50Mg ha, respectively. The ecosystem carbon stocks of the riverine (805.89±80.57Mg ha") greatly exceeded that of the fringe mangrove forests (310.15±24.59Mg ha). In general, biomass and soil both store a similar proportion of carbon, corresponding to 57% and 43%, respectively. In addition, regression analysis revealed that soil depth was a reasonable predictor of ecosystem carbon stocks, whereby increasing ecosystem carbon stocks were associated with deeper soil deposits. Overall, the study's results highlight the exceptionally high amount of carbon stored in the mangrove ecosystems, indicating their potential role in climate change mitigation. |
| format | Article |
| id | doaj-art-a021abce682042e299669ab989fb77d9 |
| institution | Kabale University |
| issn | 0116-0710 2704-3541 |
| language | English |
| publishDate | 2024-11-01 |
| publisher | Visayas State University |
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| series | Annals of Tropical Research |
| spelling | doaj-art-a021abce682042e299669ab989fb77d92025-01-10T02:41:03ZengVisayas State UniversityAnnals of Tropical Research0116-07102704-35412024-11-014624474https://doi.org/10.32945/atr4624.2024Estimation of carbon stocks of mangrove forests along the Carigara Bay in Leyte, PhilippinesSyrus Cesar P. Decena0https://orcid.org/0000-0002-0237-6269Arwin O. Arribado1Carlo A. Avorque2Dionesio R. Macasait Jr.3College of Agricultural and Environmental Sciences, Visayas State University-Alangalang, Brgy. Binongto-an Alangalang, Leyte 6517, PhilippinesCollege of Agricultural and Environmental Sciences, Visayas State University-Alangalang, Brgy. Binongto-an Alangalang, Leyte 6517, PhilippinesCollege of Agricultural and Environmental Sciences, Visayas State University-Alangalang, Brgy. Binongto-an Alangalang, Leyte 6517, PhilippinesCollege of Agricultural and Environmental Sciences, Visayas State University-Alangalang, Brgy. Binongto-an Alangalang, Leyte 6517, PhilippinesMangrove forest ecosystems are known to sequester large quantities of carbon, becoming a significant carbon source when disturbed. This paper presents a quantification in aboveground (standing trees, palm, shrub, standing dead trees, downed wood and litter), belowground (root and soil) and ecosystem carbon stocks in mangrove forests along the Carigara Bay in Leyte, Philippines. The carbon stocks in the different mangrove forest types (fringe and riverine) and zones (landward, middleward, and seaward/along water) were compared. Further, the relationship between environmental factors (eg, interstitial soil salinity, soil water content and soil depth) and ecosystem carbon stocks was examined. The study yielded an ecosystem carbon stock of 558.02±51.13Mg ha¹, partitioned into aboveground and belowground carbon stocks of 251.96±31.08 and 306.06±28.50Mg ha, respectively. The ecosystem carbon stocks of the riverine (805.89±80.57Mg ha") greatly exceeded that of the fringe mangrove forests (310.15±24.59Mg ha). In general, biomass and soil both store a similar proportion of carbon, corresponding to 57% and 43%, respectively. In addition, regression analysis revealed that soil depth was a reasonable predictor of ecosystem carbon stocks, whereby increasing ecosystem carbon stocks were associated with deeper soil deposits. Overall, the study's results highlight the exceptionally high amount of carbon stored in the mangrove ecosystems, indicating their potential role in climate change mitigation.https://atr.vsu.edu.ph/article/view/509biomassclimate change mitigationfringeriverinesequestration |
| spellingShingle | Syrus Cesar P. Decena Arwin O. Arribado Carlo A. Avorque Dionesio R. Macasait Jr. Estimation of carbon stocks of mangrove forests along the Carigara Bay in Leyte, Philippines Annals of Tropical Research biomass climate change mitigation fringe riverine sequestration |
| title | Estimation of carbon stocks of mangrove forests along the Carigara Bay in Leyte, Philippines |
| title_full | Estimation of carbon stocks of mangrove forests along the Carigara Bay in Leyte, Philippines |
| title_fullStr | Estimation of carbon stocks of mangrove forests along the Carigara Bay in Leyte, Philippines |
| title_full_unstemmed | Estimation of carbon stocks of mangrove forests along the Carigara Bay in Leyte, Philippines |
| title_short | Estimation of carbon stocks of mangrove forests along the Carigara Bay in Leyte, Philippines |
| title_sort | estimation of carbon stocks of mangrove forests along the carigara bay in leyte philippines |
| topic | biomass climate change mitigation fringe riverine sequestration |
| url | https://atr.vsu.edu.ph/article/view/509 |
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