Peran Hutan Mangrove sebagai Biofilter dalam Pengendalian Polutan Pb dan Cu di Hutan Mangrove Sungai Donan, Cilacap, Jawa Tengah

Giska Parwa Manikasari, N. P. A. Mahayani
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引用次数: 4

Abstract

Cilacap Oil Refinery that produces heavy metal waste containing Pb and Cu is located across to themangrove forests along Donan river banks. This study aimed to recognize the role of mangrove forestas biofilters in controlling water pollutants of Pb and Cu  that is predicted containing the mangroverehabilitation areas along Donan River banks, Cilacap.  The research site was grouped into fourareas, which are control zone (three km before the point source), Inner Zone (at the point source),middle zone (one km  point source), and outer zone (estuarine). Four plots were established tomeasure chemical water quality and mangrove tree density. Data colected were then analyzed usingregression model to identify the relationship between mangrove tree density and Pb and Cuconcentration in the water, substrate, roots, and leaves of Rhizophora apiculata. Analysis of variancewere applied among four zones to find out the role of mangrove as biofilters for those heavy metals.The results showed that  even though Pb and Cu  concentration in the water was not significantlydifferent, however, the concentrations of those heavy metals from the point source to the estuarinezones decreased, especially the concentration of Pb in the substrat highly reduced. Finally, the role ofmangrove forest as biofilter was also recognized from the concentration of Pb and Cu detected in theroots and leaves of Rhizophora apiculata.
生产含铅和铜的重金属废物的Cilacap炼油厂位于多南河岸的红树林对面。本研究旨在了解红树林生物过滤器在控制多南河沿岸红树林恢复区Pb和Cu水污染物中的作用。研究地点分为控制区(点源前3公里)、内区(点源处)、中区(点源处1公里)和外区(河口)4个区域。建立4个样地测量化学水质和红树林树密度。利用回归模型对收集到的数据进行分析,确定了红树林树密度与水、基质、根和叶片中Pb和cu浓度的关系。通过方差分析,探讨红树林对重金属的生物过滤作用。结果表明,虽然水体中Pb和Cu的浓度没有显著差异,但从点源到河口的重金属浓度有所下降,尤其是底质中Pb的浓度大幅下降。最后,通过对尖根蒿根和叶中Pb和Cu含量的检测,也确认了红树林作为生物过滤器的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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