Geochemical Fractionation of Copper (Cu), Lead (Pb), and Zinc (Zn) in Sediment and their Correlations with Concentrations in Bivalve Mollusc &lt;i&gt;Anadara indica&lt;/i&gt; from Coastal Area of Banten Province, Indonesia

Takarina, Noverita Dian; Bengen, Dietriech G.; Sanusi, Harpasis S.; Riani, Etty

doi:10.5376/ijms.2013.03.0030

Cited by 7 publications

(9 citation statements)

References 18 publications

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“…The surface sediments (±2-4 cm) are collected using a grab sampler, then put in a plastic container that has been pre cleaned with acid solution. Furthermore, it is stored in a cool box at -4 0 C (Takarina et al, 2013;Bastami et al, 2017).…”

Section: Methodsmentioning

confidence: 99%

“…Heavy metals that flow to the marine environments due to human activities show high mobility and are associated with carbonate, oxide, hydroxide and sulfide sedimentary phases (Bastami et al, 2017). Research on geochemical fractionation of heavy metal has been carried out widely in coastal and marine areas such as the Malacca Strait (Yap et al, 2003), Persian Gulf (Karbassi et al, 2005), Jakarta Bay (Takarina et al, 2008;Arifin and Fadhlina, 2009), Berau-East Kalimantan Delta (Situmorang et al, 2010), Rodrigo de Freitas-RJ / Brazil Lagoon (Fonseca et al, 2011), and Banten Coastal Waters (Takarina et al, 2013).…”

Section: Introductionmentioning

confidence: 99%

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Source Identification, Bioavailability, and Risk Assessment based on Geochemical Fractionation of Heavy Metals Pb, Cu, and Zn in Surface Sediments of Kelabat Bay, Bangka Island

2019

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Although concentrations of many heavy metals has been measured totally, they may not give a good indicator for environmentally hazard to organism. The purpose of this study is to identify sources, determine bioavailability, and assess risk based on the geochemical fractionation of heavy metals Pb, Cu and Zn on the surface sediments of Kelabat Bay, Bangka Island. Fractionation of heavy metals was analyzed by sequential extraction. The concentrations of heavy metals Pb, Cu, and Zn in sediments ranged from 8.86-29.21 mg.kg-1 (average 16.85 mg /kg), 0.16-9.54 mg.kg-1 (average 4.39 mg.kg-1), and 25.58-237.24 mg.kg-1 (average 71.99 mg.kg-1). Pb and Zn in Kelabat Bay are more bound to non-residual fractions (F1+F2+F3) or non-resistant with a range of 60.63-89.87% and 47.98-84.66% that are mainly come from anthropogenic activities. Cu tend to be stored or bound to the residual fraction (F4) with a proportion of 97.7-100% meaning that it comes from natural sources. Based on the Risk Assessment Code (RAC), Pb have a low to moderate risk in the environment and Zn heavy metals are not at risk to low. These conditions indicate the potential for biological availability (bioavailability) of Pb and Zn in the inner bay waters. For heavy metals Cu is not at risk in the environment.

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Section: Methodsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Source Identification, Bioavailability, and Risk Assessment based on Geochemical Fractionation of Heavy Metals Pb, Cu, and Zn in Surface Sediments of Kelabat Bay, Bangka Island

2019

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“…Semua biota laut pada dasarnya mempunyai kemampuan untuk mengakumulasi logam berat (Riani 2009, Riani 2010Cordova 2011, Takarina et al 2013dan Qin et al 2015, begitu pula halnya dengan biota yang hidup di Pulau Seribu. Biota yang hidupnya menetap (sesil) seperti kerang kapak-kapak (Pinna muricata) mempunyai potensi untuk mengakumulasi logam berat lebih tinggi dibanding biota yang aktif berenang.…”

Section: Pendahuluanunclassified

Bioaccumulation of Cadmium and Lead in Prickly Pen Shell in Seribu Archipelago

2017

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AbstrakPerairan Teluk Jakarta tercemar logam berat, sehingga perairan Kepulauan Seribu juga berpotensi untuk tercemar logam berat. Penelitian ini bertujuan untuk mengetahui kondisi kualitas air di Pulau Panggang dan Pulau Karya, menganalisis kontaminasi logam berat pada air, sedimen dan kerang kapak-kapak serta menganalisis korelasi logam berat antar ketiganya. Penelitian ini meliputi pengukuran pH, suhu, oksigen terlarut/DO, BOD, salinitas, kekeruhan dan logam berat (Cd dan Pb) pada air, sedimen dan kerang kapakkapak di perairan Pulau Panggang dan Pulau Karya. Data yang diperoleh selanjutnya dibandingkan dengan baku mutu. Kualitas air di Pulau Panggang dan Pulau Karya dilihat dari pH, salinitas dan temperatur air cenderung menuju ke kurang baik. Kontaminasi Cd dan Pb pada air pada April dan Juli, berada di bawah baku mutu Kepmen LH No.51 th 2004, namun pada Oktober di kedua tempat tersebut, Cd dan Pb melebihi baku mutu yg ditetapkan. Kontaminasi Cd dan Pb pada sedimen di kedua pulau tersebut masih berada dibawah baku mutu RNO (1981), namun Cd dalam sedimen di Pulau Karya pada Juli dan Oktober berada diatas baku mutunya. Cd dan Pb pada kapak-kapak masih berada di bawah baku mutu Ditjen POM RI No. 03725 (1989). Korelasi Cd dan Pb antara air dan sedimen positif. Korelasi Cd dan Pb antara air dan kerang paling kuat dibanding korelasi logam berat pada air dan sedimen, namun keeratan hubungan kadmium lebih tinggi dibanding timbal.Kata kunci: Cd, kapak-kapak, Kepulauan Seribu, kontaminasi, korelasi, Pb Abstract Jakarta Bay waters contaminated with heavy metals, so that the waters of the Thousand Islands are also potentially contaminated with heavy metals. The purpose of this study were to determine the condition of the water quality on the Panggang Island and Karya Island, analyze contamination of heavy metals (Cadmium and Lead) in water, sediments and Prickly Pen Shell and then the correlation. Based on Ministry of Environment decree No. 51/2004, water quality in the Panggang Island and Karya Island tend toward to low category. Cadmium and lead concentration in the water on October exceed the quality standards. In the sediment on July and October at Karya Island, concentration of cadmium were exceed the quality standar by RNO. On the other hand, cadmium and lead concentration on Prickly Pen Shell still below standard quality from decree of Director General of POM RI No. 03725. We found highest positive correlation were found between cadmium and lead accumulation in the water and on the Prickly Pen Shell, then positive correlation between cadmium and lead in the water and in the sediment. For the heavy metal contamination, we found contamination of cadmium correlation were higher than lead contamination.

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“…Masuknya logam berat ke dalam lingkungan perairan akan berdampak pada menurunnnya kualitas lingkungan perairan (Zhang et al 2009;Riani 2012). Keberadaan logam berat yang menumpuk pada air laut dan sedimen akan masuk ke dalam sistem rantai makanan dan berpengaruh pada kehidupan organisme di dalamnya (Hutagalung 1984;Takarina et al 2013 Ikan dapat menjadi salah satu indikator pencemaran lingkungan dari limbah kimia, termasuk logam berat pada lingkungan perairan (Authman et al 2015). Hal ini karena ikan merupakan organisme perairan yang siklus hidupnya lebih lama dibanding organisme akuatik lainnya dan menempati peringkat teratas dalam rantai makanan akuatik (Farkas et al 2001…”

Section: Pendahuluanunclassified

Heavy Metals Contamination Mercury (Hg) and Lead (Pb) in Water, Sediment and Torpedo Scad Fish (Megalaspis cordyla L) in Palu Bay, Sentral Sulawesi)

Paundanan¹,

Riani²,

Anwar³

2015

jpsl

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Palu bay waters is susceptible to heavy metal pollution due to the inclusion of the waste product of Palu city, and such as agriculture, and traditional mining. The objective of this research was to determine the contamination of heavy metals mercury (Hg) and lead (Pb) in water, sediment, and torpedo scad fish (Megalaspis cordyla) Sampling was done purposively at 10 sampling points. Parameters of water quality measurements were done in the field for temperature, pH, brightness, turbidity, and dissolved oxygen (DO), and at laboratory analysis for salinity, chemical oxygen demand (COD), ammonia, and nitrates. Heavy metals were analized by following APHA, and Indonesian National Standard (SNI) methods. The results showed that Hg consentrations in water, sediment, gill, meat, liver, and spleen were 0.0008-0.0042 mg/l, 0.017-0.287 mg/kg, 0. respectively. Pb concentrations in water, sediments, gill, meat, liver, respectively. The average of Hg and Pb concentrations in the water had exceeded the specified quality standards, while in the sediment were still below the quality standards. The average of Hg and Pb concentrations in all observed fish organs were below the quality standards, except for Pb concentrations in gill, liver, and spleen.

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Geochemical Fractionation of Copper (Cu), Lead (Pb), and Zinc (Zn) in Sediment and their Correlations with Concentrations in Bivalve Mollusc <i>Anadara indica</i> from Coastal Area of Banten Province, Indonesia

Cited by 7 publications

References 18 publications

Source Identification, Bioavailability, and Risk Assessment based on Geochemical Fractionation of Heavy Metals Pb, Cu, and Zn in Surface Sediments of Kelabat Bay, Bangka Island

Source Identification, Bioavailability, and Risk Assessment based on Geochemical Fractionation of Heavy Metals Pb, Cu, and Zn in Surface Sediments of Kelabat Bay, Bangka Island

Bioaccumulation of Cadmium and Lead in Prickly Pen Shell in Seribu Archipelago

Heavy Metals Contamination Mercury (Hg) and Lead (Pb) in Water, Sediment and Torpedo Scad Fish (Megalaspis cordyla L) in Palu Bay, Sentral Sulawesi)

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