Estimated Carbon Stock In The Mangrove Sylvo-Ecotourism Area, Tanjung Piayu Village, Sei Beduk District, Batam Island, Indonesia

The mangrove ecosystem acts as a carbon absorber in the atmosphere with more absorption capacity than other types of forest ecosystems. The mangrove sylvo-ecotourism area in Tanjungpiayu Village, Batam City, is part of the forest and land rehabilitation program carried out by BPDAS Sei Jang Duriangk...

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Main Authors: Lestari Febrianti, Azizah Diana, Putra Romi Lenza, Febriansyah Pajri, Zakia Rahima, Tobing Bontor L., Noordianto Muhammad Hendy, Rahinanto Bagtis Dwi
Format: Article
Language:English
Published: EDP Sciences 2023-01-01
Series:BIO Web of Conferences
Online Access:https://www.bio-conferences.org/articles/bioconf/pdf/2023/15/bioconf_macific2023_03015.pdf
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author Lestari Febrianti
Azizah Diana
Putra Romi Lenza
Febriansyah Pajri
Zakia Rahima
Tobing Bontor L.
Noordianto Muhammad Hendy
Rahinanto Bagtis Dwi
author_facet Lestari Febrianti
Azizah Diana
Putra Romi Lenza
Febriansyah Pajri
Zakia Rahima
Tobing Bontor L.
Noordianto Muhammad Hendy
Rahinanto Bagtis Dwi
author_sort Lestari Febrianti
collection DOAJ
description The mangrove ecosystem acts as a carbon absorber in the atmosphere with more absorption capacity than other types of forest ecosystems. The mangrove sylvo-ecotourism area in Tanjungpiayu Village, Batam City, is part of the forest and land rehabilitation program carried out by BPDAS Sei Jang Duriangkang in the Riau Islands region. In an effort to provide data and information regarding the potential for carbon absorption in mangrove forest ecosystems resulting from the rehabilitation program, it is necessary to calculate the stored carbon stock as a reference for monitoring in subsequent years. The research was carried out from August to September 2023. The method used was the roaming method without harvesting using an allometric model. Data analysis was carried out by calculating the value of biomass, carbon stock and CO2 absorption. The analysis results show that the average total mangrove biomass at the top surface (ABG) and below the surface (BGB) is 420.50 tons/Ha with a biomass composition of AGB of 265.23 tons/Ha, and BGB of 155.27 tons/Ha. Ha. The average value of total carbon stock is 197.63 tonC/Ha with a carbon stock composition of AGB of 124.66 tonC/Ha and BGB of 72.97 tonC/Ha. Furthermore, the average value of total carbon uptake is 724.65 CO2 e ton /Ha with a carbon uptake composition of ABG of 457.07 CO2 e ton /Ha and BGB of 267.58 CO2 e ton /Ha.
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spelling doaj.art-be5f5b32443341d4ae18049c0a2f3f6d2023-11-07T10:17:43ZengEDP SciencesBIO Web of Conferences2117-44582023-01-01700301510.1051/bioconf/20237003015bioconf_macific2023_03015Estimated Carbon Stock In The Mangrove Sylvo-Ecotourism Area, Tanjung Piayu Village, Sei Beduk District, Batam Island, IndonesiaLestari Febrianti0Azizah Diana1Putra Romi Lenza2Febriansyah Pajri3Zakia Rahima4Tobing Bontor L.5Noordianto Muhammad Hendy6Rahinanto Bagtis Dwi7Faculty of Marine Science and Fisheries, University of Maritini Raja Ali HajiFaculty of Marine Science and Fisheries, University of Maritini Raja Ali HajiFaculty of Marine Science and Fisheries, University of Maritini Raja Ali HajiFaculty of Marine Science and Fisheries, University of Maritini Raja Ali HajiMaster of Environmental Science, University of Maritini Raja Ali HajiBPDAS Sei Jang DuriangkangBPDAS Sei Jang DuriangkangBPDAS Sei Jang DuriangkangThe mangrove ecosystem acts as a carbon absorber in the atmosphere with more absorption capacity than other types of forest ecosystems. The mangrove sylvo-ecotourism area in Tanjungpiayu Village, Batam City, is part of the forest and land rehabilitation program carried out by BPDAS Sei Jang Duriangkang in the Riau Islands region. In an effort to provide data and information regarding the potential for carbon absorption in mangrove forest ecosystems resulting from the rehabilitation program, it is necessary to calculate the stored carbon stock as a reference for monitoring in subsequent years. The research was carried out from August to September 2023. The method used was the roaming method without harvesting using an allometric model. Data analysis was carried out by calculating the value of biomass, carbon stock and CO2 absorption. The analysis results show that the average total mangrove biomass at the top surface (ABG) and below the surface (BGB) is 420.50 tons/Ha with a biomass composition of AGB of 265.23 tons/Ha, and BGB of 155.27 tons/Ha. Ha. The average value of total carbon stock is 197.63 tonC/Ha with a carbon stock composition of AGB of 124.66 tonC/Ha and BGB of 72.97 tonC/Ha. Furthermore, the average value of total carbon uptake is 724.65 CO2 e ton /Ha with a carbon uptake composition of ABG of 457.07 CO2 e ton /Ha and BGB of 267.58 CO2 e ton /Ha.https://www.bio-conferences.org/articles/bioconf/pdf/2023/15/bioconf_macific2023_03015.pdf
spellingShingle Lestari Febrianti
Azizah Diana
Putra Romi Lenza
Febriansyah Pajri
Zakia Rahima
Tobing Bontor L.
Noordianto Muhammad Hendy
Rahinanto Bagtis Dwi
Estimated Carbon Stock In The Mangrove Sylvo-Ecotourism Area, Tanjung Piayu Village, Sei Beduk District, Batam Island, Indonesia
BIO Web of Conferences
title Estimated Carbon Stock In The Mangrove Sylvo-Ecotourism Area, Tanjung Piayu Village, Sei Beduk District, Batam Island, Indonesia
title_full Estimated Carbon Stock In The Mangrove Sylvo-Ecotourism Area, Tanjung Piayu Village, Sei Beduk District, Batam Island, Indonesia
title_fullStr Estimated Carbon Stock In The Mangrove Sylvo-Ecotourism Area, Tanjung Piayu Village, Sei Beduk District, Batam Island, Indonesia
title_full_unstemmed Estimated Carbon Stock In The Mangrove Sylvo-Ecotourism Area, Tanjung Piayu Village, Sei Beduk District, Batam Island, Indonesia
title_short Estimated Carbon Stock In The Mangrove Sylvo-Ecotourism Area, Tanjung Piayu Village, Sei Beduk District, Batam Island, Indonesia
title_sort estimated carbon stock in the mangrove sylvo ecotourism area tanjung piayu village sei beduk district batam island indonesia
url https://www.bio-conferences.org/articles/bioconf/pdf/2023/15/bioconf_macific2023_03015.pdf
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