红树林生态系统海洋废弃物上的腹足纲动物

N. R. Prasetiawan, R. Kurniasih, Putri Milenia Damayanti, Muhammad Agus
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引用次数: 0

摘要

红树林生态系统是包括塑料在内的各种海洋废弃物的聚集区之一,也是腹足类动物的栖息地。这种情况使得腹足类动物与废弃物直接接触,成为生物群受污染的入口。本研究旨在了解彭甘达兰的 Bulaksetra 红树林生态系统中海洋废弃物的腹足类物种。在 10 米 x 10 米的地块中,收集、鉴定、计数和确定 1 米 x 1 米方格内的腹足类动物和废弃物的成分。Bulaksetra 红树林生态系统中有 22 种海洋废弃物,主要是塑料。在废弃物周围发现了 16 种腹足类动物,其中 15 种附着在废弃物上。腹足类动物可以在塑料废弃物的顶部、中部或底部发现。Faunus ater 和 Terebralia palustris 主要分布在周围区域和废弃物上。树栖动物腹足类利用被粘住的碎片从树木的一部分移动到另一部分。塑料垃圾已成为红树林栖息地的一部分,并与将其作为生活介质的腹足类动物发生相互作用。
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Gastropods on Marine Debris at Mangrove Ecosystem
The mangrove ecosystem is one of the accumulation areas for various marine debris including plastic and also the habitat for gastropods. This condition allows direct contact between gastropods and debris which can be an entranceway for contamination in biota. This study aimed to know the species of gastropods in the marine debris in the Bulaksetra mangrove ecosystem in Pangandaran. The method used was stratified random sampling with a transect line of 100 m. Gastropods and debris in the 1 m x 1 m square in the 10 m x 10 m plot were collected, identified, counted, and determined in composition. There were 22 types of marine debris in the Bulaksetra mangrove ecosystem which were dominated by plastic. 16 species of gastropods were found in the area around the debris and 15 species were found attached to the debris. Gastropods can be found on the top, middle, or bottom surfaces of plastic waste. Faunus ater and Terebralia palustris dominate in the surrounding area and the debris. Treefauna gastropods utilize stuck debris to move from one part to another part of the tree. Plastic waste has become part of the mangrove habitat and there are interactions with gastropods that use it as a living medium.
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发文量
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审稿时长
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