在世界遗产哥斯达黎加科科斯岛国家公园发现的微塑料

Angelica Astorga, Andrea Montero-Cordero, Geiner Golfín-Duarte, A. García-Rojas, Hannia Vega-Bolaños, Fausto Arias-Zumbado, Daniela Solís-Adolio, Karol Ulate
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摘要

微塑料(MPs)被定义为小于5毫米的“小”塑料碎片,在世界上几乎所有的海洋栖息地都有发现,研究表明,我们可以在海洋表面、水柱、海底、海岸线、生物群和大气-海洋界面中找到它们。本研究旨在评估哥斯达黎加科科斯岛的海洋和淡水环境,通过采样沉积物和生物群来确定这种污染物的存在和丰度。沉积物样本是浅层的,每个重一公斤。淡水鱼和虾的取样,在有陆地通道的河流中采用小渔网非选择性捕获,海鱼的取样采用鱼竿,龙虾的取样采用网箱和水肺潜水。在所有类型的样品中都发现了塑料:93%的海洋沉积物、32%的淡水沉积物、20%的淡水鱼、15%的淡水虾、27%的海洋鱼和51%的海洋龙虾。与世界各地的许多报告一样,该报告预计将在海洋样本中发现MPs,并得出结论,洋流、旅游活动和非法捕鱼活动中丢弃的渔具可能是海洋污染物的来源。相比之下,在淡水环境中发现的MPs数量出乎意料。目前尚不清楚他们可能的来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microplastics found in the World Heritage Site Cocos Island National Park, Costa Rica
Microplastics (MPs) defined as ‘small’ pieces of plastic < 5 mm have been found in almost every marine habitat around the world, and studies have shown that we can find them in the ocean surface, the water column, the seafloor, the shoreline, in biota and in the atmosphere-ocean interface. This study aimed to assess both marine and freshwater environments of Cocos Island, Costa Rica, in the Pacific Ocean, by sampling sediments and biota to determine the presence and abundance of this pollutant. Sediment samples were superficial and weighed one kilogram each. For the sampling of freshwater fish and shrimps, nonselective capture with small nets was made in rivers with access by land, while fishing rods were used for the marine fish sampling, and cage and scuba diving for lobsters. Plastics were found in all types of samples: 93% of marine sediments, 32% of freshwater sediments, 20% of freshwater fish, 15% of freshwater shrimps, 27% of marine fish, and 51% of marine lobsters. Like many reports around the world, it was expected to find MPs at marine samples, and it was concluded that ocean currents, tourism activities, and discarded fishing gear from illegal fishing activities could be the sources of marine pollutants. In contrast, the amount of MPs found in freshwater environments was not expected. Their possible sources are unclear at this moment.
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