中爪哇北海岸凡纳美对虾养殖重金属污染

Fadil Apresia, Ambariyanto Ambariyanto, Bambang Yulianto, Carolyn Melissa Payus
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引用次数: 0

摘要

中爪哇北部海岸接收来自几个来源的含有重金属污染的废物,导致海岸水质下降。水源中的重金属污染,如铅、镉和铬,将用于虾养殖。铅、镉和铬的影响会产生健康风险、生态失衡、降低虾的生长和产量、污染环境等不利影响。进行这项研究是为了分析中爪哇北部海岸池塘中的重金属污染水平和凡纳美虾的产量。该方法包括在9个不同地点收集虾、水和沉积物样本(Dampyak;Suradadi;Kedongkelor;Danasari;Nyamplungsari;经学院;Depok;Wonokerto;Degayu)。重金属数据采用SPSS统计软件进行分析。平均铅浓度为0.52+0.19 mg。沉积物中Kg-1, 0.66+0.11 mg。水中Kg-1, 0.86+0.18 mg。虾重1公斤。测定了土壤(0.028+0.03 mg.kg-1)、水中(0.027+0.021 mg.kg-1)和虾(0.011+0.004 mg.kg-1)中的镉含量。平均铬浓度为0.51+0.25 mg。沉积物中Kg-1, 0.93+0.40 mg。Kg-1在水中,0.95+0.11 mg。虾重1公斤。根据平均BAF x >1.0、中爪哇北部海岸的凡纳美虾具有成为生物蓄积和生物指示物的能力。由于LCR值为x >中爪哇北部海岸10-6号。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Heavy Metal Contamination on Vannamei Shrimp Aquaculture in North Coast of Central Java
The North Coast of Central Java receives consignments of waste containing heavy metal contamination from several sources, resulting in a decrease in water quality on the coast. Heavy metal contamination in water sources, such as Pb, Cd, and Cr that will be used in shrimp farming. The impact of Pb, Cd, and Cr can have several adverse effects, such as health risk, ecological imbalance, reduce shrimp growth and productivity, environment pollution. The research was conducted to analyze heavy metal contamination levels in ponds and vannamei shrimp yields on the northern coast of Central Java. The method involved collecting shrimp, water, and sediment samples at nine different locations (Dampyak; Suradadi; Kedongkelor; Danasari; Nyamplungsari; Pesantren; Depok; Wonokerto; Degayu). Heavy metal data were analyzed with SPSS. The mean lead concentrations were 0.52+0.19 mg.kg-1 in sediment, 0.66+0.11 mg.kg-1 in water, and 0.86+0.18 mg.kg-1 in shrimp. Cadmium levels were measured in soil (0.028+0.03 mg.kg-1), water (0.027+0.021 mg.kg-1), and shrimp (0.011+0.004 mg.kg-1). The mean chromium concentrations were 0.51+0.25 mg.kg-1 in sediment, 0.93+0.40 mg.kg-1 in water, and 0.95+0.11 mg.kg-1 in shrimp. Based on the calculation of the average BAF x > 1.0, vannamei shrimp on the northern coast of Central Java have the capability of becoming bioaccumulation and bioindicators. The consumption of vannamei shrimp for 70 years has a lifetime risk of developing cancer due to the LCR value of x > 10-6 on the northern coast of Central Java.
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