A review: The use of mangrove for biomonitoring on aquatic environment

Wilda, R; Hamdan, Abd Mujahid; Rahmi, Rizna

doi:10.1088/1757-899x/980/1/012083

Cited by 7 publications

(3 citation statements)

References 46 publications

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“…Terjadinya pengurangan jumlah luasan ekosistem mangrove tentunya berdampak pada terjadinya penurunan kualitas kesehatan perairan pelabuhan Lembar dan sekitarnya, sedangkan mangrove sangat berperan penting dalam menopang kehidupan ekonomi dan kesehatan masyarakat pesisir, terutama terhadap cemaran logam berat yang berasal dari aktivitas pelabuhan Lembar. Hal ini didukung oleh berbagai studi terdahulu yang membuktikan bahwa mangrove merupakan salah satu bioakumulator logam berat berbahaya (Nur, 2013;Setiawan, 2013;Analuddin et al, 2017;Nilasari & Wibowo, 2018;Sasnita et al, 2017;Supriyantini et al, 2017;Warni et al, 2017;Khairuddin et al, 2018;Nurhamidin & Ibrahim, 2018;Rahman et al, 2018;Sanadi et al, 2018;Utami et al, 2018;Lubis et al, 2019;Falah et al, 2020;Lestari et al, 2020;Nawawi et al, 2020;Rahman et al, 2020;Wilda et al, 2020;Hadi et al, 2021;Nursagita & Sulistyaning, 2021;Hilyana et al, 2022). Berdasarkan pemaparan di atas, salah satu alternatif sederhana dalam mendeteksi kontaminasi cemaran limbah logam berat non esensial dari aktivitas pelabuhan Lembar dapat dimulai dengan analisis uji coba kandungan kontaminasi logam berat pada substrat ekosistem mangrove.…”

Section: Pendahuluanunclassified

Bioakumulasi Logam Berat (Pb) pada Vegetasi Mangrove Famili Rhizophoraceae di Teluk Lembar Kabupaten Lombok Barat

Rahman¹,

Listari²,

Jannah³

2022

Bioscientist j. ilm. bosbiol.

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Mangroves are one of the coastal vegetations that have ecological roles and benefits as disaster mitigation, one of which is the bioaccumulation of lead (Pb) heavy metal contamination. The purpose of this study was to determine the uptake ability of the heavy metal lead (Pb) by mangrove leaf and root tissues, and the potential storage capacity of the heavy metal lead (Pb) in the substrate of the mangrove ecosystem found under stands of each type of mangrove in the Rhizophoraceae family. The research was conducted on the mangrove ecosystem of the Lembar Bay of West Lombok Regency. This research is a quantitative descriptive research using purposive random sampling method, which starts with taking samples of leaves and roots of each different species and taking samples of the substrate found under stands of mangrove species in the Rhizophoraceae family. Sample testing was carried out using the Atomic Absorption Spectrophotometer (AAS) method. The results showed that the heavy metal (Pb) content in the root tissue was greater than the test results on the leaf samples, namely the roots of Bruguiera gymnorrhiza of 7.23 ppm, the roots of Rhizophora stylosa of 2.84 ppm, and the roots of Ceriops decandra. of 2.84 ppm, while for Rhizophora stylosa leaves it was 4.23 ppm, for Bruguiera gymnorrhiza leaves it was 2.92 ppm, and for Ceriops decandra leaves it was 2.91 ppm. In addition, the content of heavy metal deposits found under the Bruguiera gymnorrhiza mangrove stands was 19.64 ppm, rhizophora stylosa substrate was 16.94 ppm, and 12.94 ppm ceriops decandra substrate. Meanwhile, based on the phytoremediation ability of mangrove species in the Rhizophoraceae family of the Sheet Bay mangrove ecosystem, it was found that the leaves of the type Rhizophora stylosa (- 1.24), were higher than those of Bruguiera gymnorrhiza (- 0.26), and Ceriops decandra (0.20). Similarly, the ability of root tissue as a phytoremediation agent was found to be greatest in Rhizophora stylosa (- 1.32).

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Section: Pendahuluanunclassified

Bioakumulasi Logam Berat (Pb) pada Vegetasi Mangrove Famili Rhizophoraceae di Teluk Lembar Kabupaten Lombok Barat

Rahman¹,

Listari²,

Jannah³

2022

Bioscientist j. ilm. bosbiol.

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“…This needs to be done because mangrove vegetation plays a role in preventing eutrophication of waters [23]. Besides of that, mangrove vegetation also plays a role in the bioremediation of heavy metals and oil in waters [24][25][26]. With good water quality in the mangrove ecosystem, it will then become a suitable habitat to support the biota within it, including fish.…”

Section: Figmentioning

confidence: 99%

Community Structure and Fish Diversity in Some Mangrove Ecosystems with Varying Levels of Naturalness and Human Activity on Bawean Island, East Java, Indonesia

Retnaningdyah,

Arisoesilaningsih,

Vidayanti

et al. 2024

BIO Web Conf.

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The research aimed to evaluate the quality of some mangrove ecosystems on Bawean Island with varying levels of naturalness and human activity through community structure and diversity of fish species. Sampling was carried out in 11 mangrove ecosystems of Sawahmulya, Sungai Rujing, Hijau Daun, Sidogedungbatu, Pamona, Pasir Putih, Bangsal, Dekatagung, Jherat Lanjheng, Lebak and Pulau Cina. Fish were collected using the net (pore size 5 mm) and visual encounter method. Fish found were identified then the abundance of each species was used to determine the total abundance, taxa richness, and some indices of diversity, dominance, and evenness. Results showed that there were 18 fish species we found in all locations with varying taxa richness in each mangrove ecosystem. The total abundance of mangrove fish is in the range of 61-165 Idv/25m2. All the research sites show a low value (less than 1) in the Diversity Index of Shannon Wiener, low evenness (0.02-0.07), and high variation of dominance Index (0.26-0.94). The higher the level of naturalness and the lower the hemeroby Index, it was found to have an impact on the higher diversity, taxa richness, and evenness of fish. This research indicated that the quality of some mangrove ecosystems on Bawean Island was still low and needed to be managed.

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“…In addition, the extensive root structure of R. mucronata is very effective at preventing the entry of sediments and pollutants into the water. Moreover, according to recent studies, the roots of these species have sufficient ability to absorb heavy metals found in waters and sediments (Wilda et al 2020).…”

Section: Mangrove Community Structurementioning

confidence: 99%

Mapping of mangrove forest and carbon stock estimation of east coast Surabaya, Indonesia

2022

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Abstract. Hidayah Z, Rachman HA, As-Syakur AR. 2022. Mapping of mangrove forest and carbon stock estimation of east coast Surabaya, Indonesia. Biodiversitas 23: 4826-4837. The mangrove forests on Surabaya's east coast are an important protected area, providing habitat for a variety of marine organisms and water birds. This area is also vital for carbon storage and sequestration. The purpose of this research is to determine the changes in mangrove areas over the last 20 years and to calculate the amount of carbon stored in these mangrove forests. Changes in the area of mangrove forests and Normalized Difference Vegetation Indices (NDVI) were determined using Landsat-7 in 2000 and Landsat-8 in 2020. The vegetative carbon stock of mangrove stands was calculated using allometric measurements. The study results reveal that the mangrove forest area has increased significantly from 257.13 ha in 2000 to 753.48 ha in 2020. The results of regression models also show that NDVI has a significant influence on aboveground biomass (AGB), as indicated by the coefficient of determination (R2) = 0.7 (F test, df = 28, p-value < 0.05). The estimated aboveground and belowground carbon stock is 46.35 ± 13.65 ton C ha-1 and 13.65 ± 6.74 ton C ha-1 respectively. Accordingly, it is observed that the mangrove forest of East Coast Surabaya can sequester at least a total of 192.72 tons CO2 ha-1 in above and belowground biomass.

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A review: The use of mangrove for biomonitoring on aquatic environment

Cited by 7 publications

References 46 publications

Bioakumulasi Logam Berat (Pb) pada Vegetasi Mangrove Famili Rhizophoraceae di Teluk Lembar Kabupaten Lombok Barat

Bioakumulasi Logam Berat (Pb) pada Vegetasi Mangrove Famili Rhizophoraceae di Teluk Lembar Kabupaten Lombok Barat

Community Structure and Fish Diversity in Some Mangrove Ecosystems with Varying Levels of Naturalness and Human Activity on Bawean Island, East Java, Indonesia

Mapping of mangrove forest and carbon stock estimation of east coast Surabaya, Indonesia

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