Estimation of aboveground biomass and carbon stock in Damas Beach, Trenggalek District, East Java, Indonesia

NUR, ALYA AFRA INAS; ARIFIANI, KIRANA NURUL; RAMADHANDI, ANANDA RILO; SABRINA, AGRA DEWI; NUGROHO, GILANG DWI; Kusumaningrum, Lia; RAMDHUN, DEVESEE; Tran, Bao Quang; Yap, Chee Kong; Budiharta, Sugeng; Setyawan, Ahmad Dwi

doi:10.13057/oceanlife/o060203

Cited by 4 publications

(5 citation statements)

References 35 publications

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“…The cumulative AGB in AG-SS was 140.93 ton.ha -1 , while AG-SSB was 127.98 ton.ha -1 . Comparatively, Nur et al (2022) reported a distinct AGB value of 336.37 ton.ha -1 , which differs from the results of this study. Consequently, concerning the AGB in the AG-SS and AG-SSB, this study's findings were smaller than those reported by Nur et al (2022).…”

Section: Aboveground Biomass (Agb)contrasting

confidence: 99%

“…Compared with this study, the total AGC in agroforestry (131.31 ton.ha -1 ) and POP (100.89 ton.ha -1 ) in East Luwu was greater than in Gunung Mas. Notably, this study's total AGC of agroforestry was lower than that Nur et al (2022) reported from Trenggalek, East Java (168.18 ton.ha -1 ). Meanwhile, the total AGC of POP in this study was greater than the report of Khasanah et al (2015) from mineral soils in various regions of Indonesia (35.28 ton.ha -1 ).…”

Section: Potential Carbon Storagecontrasting

confidence: 85%

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Effect of biophysical conditions on standing and soil carbon storage in various land uses in Gunung Mas, Central Kalimantan, Indonesia

LINDIANI,

SUNDAWATI,

SUWARNA

2023

Biodiversitas

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Abstract. Lindiani P, Sundawati L, Suwarna U. 2023. Effect of biophysical conditions on standing and soil carbon storage in various land uses in Gunung Mas, Central Kalimantan, Indonesia. Biodiversitas 24: 4493-4502. One of the human activities that accelerates climate change is degradation and deforestation, which can lead to new land use in the form of palm oil plantations and agroforestry. Both of these land uses have the potential to store carbon, which can be optimized if the influencing factors are known. This study aims to estimate the potential for carbon storage in palm oil and agroforestry plantations in Gunung Mas, Central Kalimantan, Indonesia, and to analyze the effect of biophysical conditions such as topography, soil fertility, and stand density on the potential for carbon storage. The research was conducted in palm oil plantations (POP) and agroforestry areas categorized as agroforestry with forestry and palm oil plantation commodities (AG-SS), as well as agroforestry consisting of forestry, palm oil, and fruit crops (AG-SSB). Sample plots were determined through purposive sampling with 30 plots for each land use. The research results show significant differences in aboveground carbon (AGC), soil organic carbon (SOC), and total carbon storage among the three land uses. The largest total AGC was in AG-SS (66.24 ton.ha-1), while the lowest AGC was observed in POP (48.15 ton.ha-1). The greatest SOC was recorded in AG-SSB (2163.21 ton. ha-1), followed by POP (1922.12 ton.ha-1) and AG-SS (1846.72 ton.ha-1). The highest total carbon storage was measured in AG-SSB (2223.36 ton.ha-1), followed by POP (1970.27 ton.ha-1), and the lowest in AG-SS (1912.96 ton.ha-1). Biophysical factors, including topography, soil fertility, and stand density, influenced carbon storage in each land use. Topography and stand density factors significantly influenced AGC, while soil fertility factors significantly affected SOC and total carbon storage in all three land uses.

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Section: Aboveground Biomass (Agb)contrasting

confidence: 99%

Section: Potential Carbon Storagecontrasting

confidence: 85%

Effect of biophysical conditions on standing and soil carbon storage in various land uses in Gunung Mas, Central Kalimantan, Indonesia

LINDIANI,

SUNDAWATI,

SUWARNA

2023

Biodiversitas

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“…The capacity of a forest as a carbon sink can be referred to from the Above-Ground biomass (AGB) stored by forest vegetation (Ketterings et al 2001;Nur et al 2022). Carbon storage estimation helps gather data relevant to Greenhouse Gas (GHG) reduction (Adame et al 2020).…”

Section: Introductionmentioning

confidence: 99%

Vegetation diversity, structure, composition and carbon stock of community managed forests of Mid-hills, Nepal

Joshi

Sapkota

et al. 2023

Asian J For

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Abstract. Joshi P, Joshi R, Sapkota RP, Panta M, Chand P. 2023. Vegetation diversity, structure, composition and carbon stock of community managed forests of Mid-hills Nepal. Asian J For 7: 29-36. Depending on management practices, forests can serve as both carbon sinks and sources. The goal of reducing carbon emissions and increasing the carbon sink is thought to be feasible if carbon reservoirs in current forests are protected and conserved. This study was objectively conducted to assess the vegetation diversity, structure, and carbon stock of the Mid-hills of Nepal. The study was undertaken in the Lanta Community Forest, Jajarkot District, Nepal, which has an extent of 38.65 hectares. Data for vegetation analysis and carbon stock assessment were collected using systematic random sampling using quadrats of 10×10 m with a total number of 35 quadrats. Within each quadrat, individual trees and bamboo were identified in the sites, and their height (m) and DBH (cm) were measured. Density, frequency, basal area, and Important Value Index (IVI) were calculated as structural parameters of vegetation. The Above-Ground Tree Biomass (AGTB) and Below-Ground Tree Biomass (BGTB) were calculated using an allometric equation based on tree diameter, height, and wood-specific gravity. The species diversity, species richness, and evenness were found to be 2.2, 2.35, and 0.83, respectively. A total of 14 tree species, with 723 individuals and one bamboo species were recorded. Rhododendron arboreum Sm. had the highest tree density with 211 trees/ha, while Tsuga dumosa (D.Don) Eichler had the highest IVI. Total wood volume, biomass, and total carbon stock were estimated at 15.37 m3 ha-1, 31.99 t ha-1, and 15.03 t ha-1, respectively. There was a strong negative correlation (r = -0.59) between R. arboreum and R. campanulatum D. Don and a strong positive correlation (r = +0.65) between Malus sikkimensis and Machilus species. For the preservation and sustainable management of community forests, information regarding the structure, composition, and dominance of tree species is provided by the study. The establishment of community forests is thus demonstrated in this article as a means of promoting the protection and preservation of regional biodiversity.

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“…Such greenhouse gases are then trapped in the atmosphere, thereby increasing the earth's temperature (Latuconsina 2010). One of the efforts to reduce carbon dioxide levels in the atmosphere and the oceans is by using vegetation on terrestrial and marine ecosystems to absorb and store carbon in the form of living biomass (Wahyudi and Yona 2017;Nur et al 2022). In marine ecosystems, the vegetation consists of low-level and higher-level plants with habitats in the ocean and coast (Duarte et al 2005).…”

Section: Introductionmentioning

confidence: 99%

Diversity, carbon stock and associated biota of seagrass beds in Central Tapanuli District, North Sumatra, Indonesia

MAULITA,

NUGRAHA,

SUHARTI

et al. 2023

Biodiversitas

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Abstract. Maulita M, Nugraha E, Suharti R, Tanjung NW, Sayuti M, Mulyono M, Mantani S, Setiarto RHB. 2023. Diversity, carbon stock and associated biota of seagrass beds in Central Tapanuli District, North Sumatra, Indonesia. Biodiversitas 24: 2080-2087. Various human activities emit carbon dioxide which drives global warming and climate change. Seagrass ecosystems can absorb and store enormous quantities of carbon, hence reducing carbon emissions. This research aimed to assess the diversity, vegetation cover, carbon stock and associated biota of seagrass beds in Central Tapanuli District, North Sumatra, Indonesia. Purposive sampling method was employed with data collection used the line transect quadrant method. Carbon stock was measured using the loss of ignition method. There were four species of seagrass in the studied area, namely Enhalus acoroides (L.f.) Royle, Thalassia hemprichii (Ehrenb. ex Solms) Asch., Cymodocea rotundata Asch. & Schweinf. and Halodule uninervis (Forssk.) Boiss. with a density ranging from 23-164 stands/m2. Seagrass cover ranged from 3.87%-34.37%. Associated biota (fish and crustaceans) at each observation station were Siganus javus Linnaeus 1766, Siganus canaliculatus Park 1797, Siganus vermiculatus Valenciennes 1835, Colomesus psittacus Bloch & Schneider 1801, Epinephelus fuscoguttatus Forsskål 1775, Terapon jarbua Forsskål 1775, Ambassis dussumieri Cuvier 1828, Cryptocentrus leptocephalus Bleeker 1876, Leiognathus robustus Sparks & Dunlap 2004, Portunus armatus A.Milne-Edwards 1861, Rhinolambrus pelagicus Rüppell 1830 and Hippolyte obliquimanus Dana 1852. The total carbon stock of the top substrate (leaves) was 12.8 tons, while carbon bottom substrate (rhizomes and roots) was 12.9 tons, resulting in a total carbon stock of 25.7 tons. The analysis of water quality parameters indicated that the studied area had suitable environmental conditions for seagrass growth. The results of this study add new information regarding seagrass ecology of the western region of Indonesia, especially Sumatra.

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Estimation of aboveground biomass and carbon stock in Damas Beach, Trenggalek District, East Java, Indonesia

Cited by 4 publications

References 35 publications

Effect of biophysical conditions on standing and soil carbon storage in various land uses in Gunung Mas, Central Kalimantan, Indonesia

Effect of biophysical conditions on standing and soil carbon storage in various land uses in Gunung Mas, Central Kalimantan, Indonesia

Vegetation diversity, structure, composition and carbon stock of community managed forests of Mid-hills, Nepal

Diversity, carbon stock and associated biota of seagrass beds in Central Tapanuli District, North Sumatra, Indonesia

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