Cotton buds: The new villain of the marine litter story in the coastal lagoon

IF 1 4区 地球科学 Q3 MARINE & FRESHWATER BIOLOGY Ocean and Coastal Research Pub Date : 2023-01-01 DOI:10.1590/2675-2824071.22119ca
Ceyhun Akarsu
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Abstract

Plastic bags, bottles, packing tapes, and fishing lines are at the forefront of the discussion on plastic pollution in the oceans. However, scientific interest on the role of cotton buds in such context is rapidly increasing, as these objects continue to be widely used and discarded improperly. Therefore, this study aimed to determine the abundance and fate of cotton buds as a case study in the Küçükçekmece Lagoon. At two sampling stations, the pebbly beach and the rocky beach, a total of 854 cotton buds were found over the course of six months with an average value of 71.16 litters m-2 per month. The similarity of months of occurrence in summer and autumn was statistically significant. However, in November and December, when meteorological conditions were more severe, significant similarity was observed. Furthermore, the results of the potential environmental hazard, risk assessment, and carbonyl index were used to provide answers to the main problems of cotton bud pollution. Consequently, the hazard level was classified as either III or IV and the risk level was determined unfriendly. In total, 44.5% of the samples had a high level of oxidation. EDX analysis also confirmed that the biofilm influenced the accumulation of metals on the plastic surface. Overall, the results have addressed the issues that should be considered in improving the management strategies for plastics, which can be implemented to reduce the environmental impact of plastics and achieved the main objective of raising awareness on the accumulation of plastic waste generated by anthropogenic activities in coastal areas.
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棉花芽:沿海泻湖海洋垃圾故事的新反派
塑料袋、塑料瓶、包装胶带和钓鱼线是海洋塑料污染讨论的前沿。然而,随着这些物品继续被广泛使用和不恰当地丢弃,科学界对棉花芽在这种情况下所起作用的兴趣正在迅速增加。因此,本研究旨在确定棉花芽的丰度和命运,并以k k ekmece泻湖为例进行研究。在石质滩和石质滩两个取样站,在六个月内共检获854个棉签,平均每月71.16升m-2。夏季和秋季发生月份的相似性有统计学意义。然而,在11月和12月,当气象条件更为恶劣时,观察到显著的相似性。在此基础上,利用潜在环境危害、风险评价和羰基指数对棉蕾污染的主要问题进行了解答。因此,危险等级被划分为III或IV级,风险等级被确定为不友好。总的来说,44.5%的样品有高水平的氧化。EDX分析也证实了生物膜对塑料表面金属的积累有影响。总体而言,研究结果解决了改进塑料管理策略应考虑的问题,可以实施这些策略以减少塑料对环境的影响,并实现了提高人们对沿海地区人为活动产生的塑料废物积累的认识的主要目标。
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来源期刊
CiteScore
1.60
自引率
12.50%
发文量
21
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