努萨半岛大曼塔湾Pari Manta区觅食地的微塑性特征

Janis Khansa Putri Argeswara, I. G. Hendrawan, I. S. Dharma, Elitza Germanov
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引用次数: 0

摘要

微塑料,即尺寸小于5毫米的塑料片,对海洋生物来说是危险的材料,如果摄入,会在解剖学和地貌上改变海洋生物。蝠鲼(Mobula alfredi)是滤食性动物,通过过滤海水来捕食浮游生物和小型鱼类。蝠鲼每天可以过滤数百立方米,这表明它摄入微塑料的可能性。本研究旨在了解努沙佩尼达大曼塔湾的微塑料特性。在大曼塔湾北部和南部两个地点,通过使用浮游生物网在代表大曼塔海湾的每个地点拖网捕鱼6次,获得了样本。样品通过密度分离法分离塑料和有机物进行处理,然后使用解剖显微镜根据其类型、数量和大小进行鉴定。研究结果显示,微塑料的丰度达到123767件/km2,微塑料总数达到174件。最常见的塑料类型是碎片(44,69%)、薄膜(38,55%)、纤维(14,53%)和泡沫(2,23%)。还使用FTI-R光谱法对样品进行了分析,其中塑料被鉴定为聚丙烯(PP)和低密度聚乙烯(LDPE)。这两种聚合物都是全球产量最高的两种聚合物。
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Karakteristik Mikroplastik pada Daerah Feeding Ground Pari Manta, Big Manta Bay, Nusa Penida
Microplastic, the pieces of plastic sized < 5 mm, are dangerous materials for marine organisms where if is ingested can anatomically and physiogically change the marine organism. Manta rays (Mobula alfredi) are filter feeders where they eat planktons and small fishes by filtering seawater. Mantas can filter up to hundreds cubic meter everyday, indicating the chances of it ingesting microplastics. This research was conducted to find out the microplastic characteristics at Big Manta Bay, Nusa Penida. Samples were obtained at two sites, North and South Big Manta Bay, by trawling 6 times on each site that represents Big Manta Bay using a plankton net. Samples were processed by separating plastics and organic matters using density separation method, and afterwards identified based on its type, quantity and size using a dissecting microscope. Results from the research came back stating the microplastic abundance reached 123,767 pieces/km2, with a total number of microplastics up to 174 pcs. The types of plastics most frequently found are fragments (44,69%), films (38,55%), fiber (14,53%) and foam (2,23%). Samples were also analysed using FTI-R Spectrometry, where plastics are identified as Polypropylene (PP) and Low-density Polyethylene (LDPE). Both polymers are the top two polymers that are produced globally.
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