The transfer and resulting negative effects of nano-and micro-plastics through the aquatic trophic web—A discreet threat to human health  被引量:2

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作  者:Charles V.Neves Christine C.Gaylarde Jose Antonio Baptista Neto Khaue S.Vieira Bruno Pierri Carolina C.C.Waite Daniela C.Scott Estefan M.da Fonseca 

机构地区:[1]Department of Geology and Geophysics/LAGEMAR–Laboratorio de Geologia Marinha,Instituto de Geociencias,Universidade Federal Fluminense,Avenida Litoranea S/n,24210-340,Niteroi,RJ,Brazil [2]Department of Microbiology and Plant Biology,Oklahoma University,770 Van Vleet Oval,Norman,OK,73019,USA

出  处:《Water Biology and Security》2022年第4期1-8,共8页水生生物与安全(英文)

摘  要:The ubiquitous occurrence of plastic nano-and micro-particle contamination has raised concerns about its potential risks and impacts on the global environment,especially in aquatic ecosystems.Hundreds of aquatic species,from different trophic levels,have been affected by this“new”contaminant,which has been reported mainly in their digestive tracts.Consequently,current knowledge about plastic nano-and micro-particle spread and the potential impact on aquatic biota is growing rapidly.However,there is a significant lack of understanding of the trophic spread of microplastic contamination and integration of knowledge derived from laboratory assays with that from field research is difficult.Field experiments are unable to deal with differentiating between directly and indirectly ingested plastic microparticles.On the other hand,laboratory assays evaluating the influence of plastic microparticles and of their adhered or constitutive toxins on representative species cannot satisfactorily simulate the real environment.As a result,little is known about the effective transfer of plastic particles through the trophic net and the resulting human health risks.The present review seeks to gather information that can give a more accurate idea of the current situation and future challenges to be faced in mitigating the environmental and human effects of plastic particle pollution in aquatic,particularly estuarine,ecosystems.

关 键 词:Trophic transfer Plastic matrix additives Anthropogenic pollution Human health Microplastics 

分 类 号:Q178.1[生物学—水生生物学]

 

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