The carbon conservation of mangrove ecosystem applied REDD program

Hilmi, Endang; Parengrengi,; Vikaliana, Resista; Kusmana, Cecep; Iskandar, Iskandar; Sari, Lilik Kartika; Setijanto,

doi:10.1016/j.rsma.2017.08.005

Cited by 30 publications

(32 citation statements)

References 17 publications

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“…Carbon stock in the extensive/traditional, semi-intensive, and intensive ponds was 0.0071 tons ha -1 , 0.1560 tons ha -1 , and 0.2663 tons ha -1 , respectively. That carbon stock is still much lower than the mangrove ecosystem carbon stock, it was 79.2 -242.2 tons ha -1 (Hilmi et al 2017).…”

Section: Discussionmentioning

confidence: 81%

“…The Indonesian mangroves that convert into shrimp ponds have happened since the 1800s (Ilman et al 2016), which caused blue carbon emission. The emission is due to the loss of approximately 79.2 -242.2 tons C ha -1 carbon stocks (Hilmi et al 2017), carbon burial deficiency of 1.15 -2.70 tons ha -1 year -1 (Bianchi et al 2013;Siikamäki et al 2013), loss of CO2 sequestration capacity from 36.52 -263.85 tons ha -1 year -1 (Chen et al 2016;Rahman et al 2017) and the release of 262 -1,084 tons ha -1 carbon stored in the substrate of the mangrove (Siikamäki et al 2013;Kauffman et al 2014;Liu et al 2014). The conversion of mangroves into shrimp ponds resulted in the loss of 58% -82% carbon stock in its ecosystems with an average potential emission of 1,390 Mg CO2-e ha -1 (Kauffman et al 2018).…”

Section: Introductionmentioning

confidence: 99%

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The contribution of phytoplankton in the carbon adsorption and stock during shrimp culture in brackishwater ponds

Widigdo

Rifqi

Nazar³

et al. 2020

Biodiversitas

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Abstract. Widigdo B, Rifqi M, Mashar A, Nazar F, Wardiatno Y. 2020. The contribution of phytoplankton in the carbon adsorption and stock during shrimp culture in brackishwater ponds. Biodiversitas 21: 5170-5177. In environmental point of view, it is important to determine the potential of adsorption and stock of blue carbon during shrimp farming in ponds with three cultivation technologies namely: extensive/traditional, semi-intensive, and intensive. The aquatic primary productivity approach is used to measure the potential of carbon adsorption in shrimp ponds, while the carbon conversion of chlorophyll-a content is used to measure its stock. The primary productivity and chlorophyll-a content were measured using three ponds for each cultivation technology every ten days from stocking (DOC 0) until the harvest period. The sampling location is in the BLUPPB shrimp pond area of Karawang, West Java - Indonesia. The study concluded that the adsorption and stock of blue carbon varied during shrimp farming in ponds. The primary productivity and chlorophyll-a content of the three cultivation technologies were the significant difference as the results of ANOVA Single Factor. Carbon adsorption average during extensive/traditional, semi-intensive, and intensive shrimp farming in ponds was 1.912832 g C m-3 day-1, 7.097145 g C m-3 day-1 and 8.250195 g C m-3 day-1, respectively. While, the average carbon stock during shrimp farming in extensive/traditional, semi-intensive, and intensive ponds were 0.64896 g m-3, 14.97473 g m-3, and 25.11102 g m-3, respectively.

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Section: Discussionmentioning

confidence: 81%

Section: Introductionmentioning

confidence: 99%

The contribution of phytoplankton in the carbon adsorption and stock during shrimp culture in brackishwater ponds

Widigdo

Rifqi

Nazar³

et al. 2020

Biodiversitas

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“…Mangrove merupakan hutan dengan vegetasi halofit ditemukan di daerah pesisir, terutama di muara sungai dan pada laguna di daerah tropis dan subtropik yang berfungsi penting untuk ekologis dan sosial-ekonomi (FAO 2007). Ekosistem mangrove memiliki peran yang sangat penting dalam hal dinamika lingkungan pesisir dan lautan itu sendiri, antara lain sumber bahan organik dan nutrient (Haryadi dan Hadiyanto 2012) sebagai habitat berbagai jenis ikan dan udang untuk mencari makan, memijah, berlindung dan bertelur (Zagars et al 2013), habitat berbagai jenis fauna (Das 2017;Leung 2015), dapat digunakan sebagai media pembelajaran dan rekreasi (Wijayanto et al 2013;Salam et al 2000), menyerap karbon dalam perubahan iklim global (Hilmi 2017;Ahmed dan Glaser 2016;Alongi 2014), pelindung pantai dari erosi, tiupan angin dan ombak (Alongi 2008) dan penghasil kayu serta sumber daya lainnya (Aziz et al 2015;Ewel et al 1998).…”

Section: Pendahuluanunclassified

Estimasi Cadangan Karbon Biomassa di Atas Permukaan pada Tegakan Mangrove Menggunakan Pengindraan Jauh di Tongke-Tongke, Sulawesi Selatan

Husna

2019

JPSL

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Mangrove is one of the most intensive carbon sinks and plays a major role in the carbon cycle. However, the existence of mangrove is decreasing due to land use change that are not in accordance with its allocation, and disrupt the carbon cycle in the ecosystem. This study aims to estimate mangrove carbon stock using remote sensing technique in Tongke-tongke, South Sulawesi. Estimation using remote sensing usually has a low accuracy, therefore this research use multispectral (Landsat) and radar (PALSAR) sensor to increase the accuracy. Total carbon stocks in the study area based on model built for HH and HV polarization were 5662.85 ton and 6431.46 ton, respectively.

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“…Management of mangrove forest ecosystems with community involvement is a dynamic and sustainable process that brings together various interests (government and society), science and management, and sectoral interests and the general public. 20 Community-based management here is that the use of the main resources in the community and must be the resource management actor. 21 The involvement of communities is needed for the sake of sustainable management of resources, and in general different groups of people will also differ in their importance to those resources.…”

Section: Development Of Community Participation In Mangrove Forest Mamentioning

confidence: 99%

Community-based mangrove forest management action in Rangsang region, district of Kepulauan Meranti, Riau

Eddiwan¹,

Hanifah²

2018

MOJES

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One of the coastal ecosystems that have experienced a high level of degradation due to its utilization pattern which tends not to pay attention to its sustainability aspects is the mangrove forest in Rangsang District, Meranti Islands Regency, and Riau, Indonesia. Seeing the symptoms of mangrove forest destruction for various purposes, it is necessary to manage mangrove forests sustainably. To be able to carry out sustainable management of mangrove forests, management efforts are needed ber of strategic value and right. Management of community-based marine resources is one management strategy that can improve efficiency and fairness in the utilization and management of natural resources. The research aims to identify and analyze the condition of mangrove forests, reviewing mangrove forest management, and the development of community-based mangrove forest in the district of stimuli. The approach used in this study is an analytical descriptive approach with survey methods. This research was conducted in Rangsang sub-district, Meranti Islands regency, Riau. The results showed that the mangrove vegetation found included 7 species from 3 families, namely Avicenniaceae (Avicennia alba and Avicennia marina), Rhizophoraceae (Rhizophora mucronata, Rhizophora apiculata, Rhizophora stylosa, and Bruguiera gymnorrhiza) families, and Sonneratiaceae family (Sonneratia alba) , with the value of diversity index (H ') of mangrove vegetation in Rangsang sub-district at each station ranged from 0.91 to 1.69 and the environmental parameters of mangrove vegetation in Rangsang sub-district were obtained from clay sand, sandy clay and sandy clay; Soil pH ranges from 6.6-7.1; temperatures range from 29-31˚C; salinity ranges from 27-31 ppt; and organic matter content between 1.09-7.65. At the very least, there are three factors of decision making on community participation in mangrove forest management, namely management factors, knowledge factors and attitude factors. Meanwhile, mangrove forest management carried out by the community in Rangsang District in the form of rehabilitation, care and supervision. Therefore, in an effort to manage community-based mangrove forests active community participation is required by taking into account management factors, knowledge factors and attitude factors.

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The carbon conservation of mangrove ecosystem applied REDD program

Cited by 30 publications

References 17 publications

The contribution of phytoplankton in the carbon adsorption and stock during shrimp culture in brackishwater ponds

The contribution of phytoplankton in the carbon adsorption and stock during shrimp culture in brackishwater ponds

Estimasi Cadangan Karbon Biomassa di Atas Permukaan pada Tegakan Mangrove Menggunakan Pengindraan Jauh di Tongke-Tongke, Sulawesi Selatan

Community-based mangrove forest management action in Rangsang region, district of Kepulauan Meranti, Riau

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