Wageningen Marine Research, Ankerpark 27, 1781 AG Den Helder, the Netherlands.
Wageningen Marine Research, Ankerpark 27, 1781 AG Den Helder, the Netherlands.
Mar Pollut Bull. 2020 Feb;151:110858. doi: 10.1016/j.marpolbul.2019.110858. Epub 2020 Jan 29.
This review quantifies plastic interaction in marine biota. Firstly, entanglement and ingestion records for all marine birds, mammals, turtles, fish, and invertebrate species, are summarized from 747 studies. Marine debris affected 914 species through entanglement and/or ingestion. Ingestion was recorded for 701 species, entanglement was documented for 354 species. Secondly, the frequency of occurrence of ingestion per species (Sp-%FO) was extracted for marine birds, mammals and turtles. Thirdly, for seabird species, average numbers of plastics ingested per individual were determined. Highest Sp-%FO and average number of plastics were found in tubenosed seabirds with 41% of all birds analysed having plastics, on average 9.9 particles per bird. The Sp-%FO and average number of ingested particles is lower for most other species. However, for certain species, ingestion rates of litter are reason for serious concern. Standardized methods are crucial for future studies, to generate datasets that allow higher level ecosystem analyses.
本综述定量分析了海洋生物体内的塑料相互作用。首先,从 747 项研究中总结了所有海洋鸟类、哺乳动物、海龟、鱼类和无脊椎动物物种的纠缠和摄入记录。海洋碎片通过纠缠和/或摄入影响了 914 个物种。已记录到 701 种物种的摄入,354 种物种的纠缠。其次,提取了海洋鸟类、哺乳动物和海龟的每个物种的摄入频率(Sp-%FO)。第三,对于海鸟物种,确定了每个个体摄入的塑料数量的平均值。在分析的所有鸟类中,有 41%的管状海鸟发现了塑料,平均每只鸟有 9.9 个颗粒,Sp-%FO 和平均摄入颗粒数量最高。对于大多数其他物种,Sp-%FO 和摄入颗粒的平均数量较低。然而,对于某些物种,摄入垃圾的速度令人严重关切。标准化方法对于未来的研究至关重要,以生成允许进行更高层次生态系统分析的数据集。