Analisis Risiko Kesehatan Pencemaran Timbal (Pb) Pada Kerang Hijau (Perna viridis) di Perairan Cilincing Pesisir DKI Jakarta

Abstract

<strong>Health Risk Assessment of Lead (Pb) Pollution in Green Mussel (Perna viridis) at Cilincing Waters, DKI Jakarta Littoral.</strong> Cilincing waters is one of the river estuaries on the coast of DKI Jakarta with increasing industrial and community activities. These activities certainly produce waste that contains heavy metal lead and into the water. Water pollution will affect the health of humans who interact directly or indirectly in these waters. Green mussel (Perna viridis) is one of the dominant benthic biota in Cilincing Waters and becomes one of the food for the people of DKI Jakarta. Green mussels exposed to lead metals at a certain concentration will adversely affect human health. So that required analysis of water pollution to health risks that may occur. This study aims to analyze the health risks of pollution, especially lead metals found in green mussel against humans. The research was conducted in Cilincing Coastal Waters of DKI Jakarta, from September to December 2017 by using survey method to determine the condition of existing environment. Parameters analyzed included Total Suspended Solid (TSS), Pb metal in water, sediment and green mussels. Health risk analysis of lead metal pollution is carried out using the SEDISOIL risk analysis model. This study shows that the concentrations of Pb metal in sediments and green mussels have been above the quality standard so that green mussels from that area are not feasible for consumption by the community. This is evident from the health risk (RQ) noses that have exceeded each sample location

Public health risk analysis due to consuming Tilapia (Oreochromis niloticus) containing heavy metals in Bakan village, Lolayan district, Bolaang Mongondow regency

“…Consuming green mussels in cilincing waters is no longer safe. 17 Makmur et al found that using a maximum portion size of the cilincing community of 650.70 g, the value of witnesstotoxin exposure is 1.88 g/kg b.b. the value is still below the exposure value agreed by the EFSA panel which is 5.3 g/kg.…”

Kadar Logam Berat Timbal (Pb) Tumbuhan Aquatik dan Air Sebagai indikator kualitas Air Sungai Brangkal Mojokerto

“…Pengambilan uji air sampel Sungai Brangkal diambil pada musim penghujan dengan kondisi perairan dengan volume air yang meningkat. Menurut Simbolon (2018) konsentrasi timbal (Pb) yang rendah dalam perairan dipengaruhi oleh peningkatan volume perairan pada musim penghujan dapat menyebabkan proses pengenceran. Selain itu kadar timbal (Pb) pada suatu perairan dipengaruhi oleh intensitas aktivitas manusia, berkaitan dengan aktivitas industri yang menghasilkan limbah buangan serta aktivitas pembuangan sampah (Priatna et al, 2016).…”

Performa Dan Karakter Morfologis Kepiting Bakau Yang Terpapar Logam Berat Di Ekosistem Mangrove Passo

“…Logam berat tergolong bahan pencemar kerena bersifat relatif stabil dan susah terurai (Hasni dkk., 2020). Logam berat yang masuk ke perairan bersumber dari debu vulkanik, pengikisan bebatuan serta kegiatan antropogenik, berupa pembuangan limbah, baik domestik maupun indutri (Maddusa dkk., 2017); (Simbolon, 2018). Peningkatan sumber logam berat di alam akan menambah tingkat pencemaran logam berat di kolom air dan sedimen perairan, yang selanjutnya akan terakumulasi pada komponen-komponen rantai makanan dalam ekosistem perairan tersebut, sehingga menyebabkan keracunan pada organisme penghuni (Sembe, 2015); (Simbolon & Purbonegoro, 2021).…”