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A proposed nomenclature for microplastic contaminants

Marine Pollution Bulletin 2021 9 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 30 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Tiefeng Cui, Tiefeng Cui, Tiefeng Cui, Tiefeng Cui, Wenzhuo Shi, Tiefeng Cui, Tiefeng Cui, Lihui An Lihui An Wenzhuo Shi, Haiwen Wu, Haiwen Wu, Tiefeng Cui, Haiwen Wu, Tiefeng Cui, Tiefeng Cui, Haiwen Wu, Haiwen Wu, Haiwen Wu, Wenzhuo Shi, Tiefeng Cui, Lihui An Lihui An Wenzhuo Shi, Lihui An Lihui An Lihui An Lihui An Lihui An Gerald A. LeBlanc, Haiwen Wu, Haiwen Wu, Haiwen Wu, Haiwen Wu, Haiwen Wu, Gerald A. LeBlanc, Wenzhuo Shi, Lihui An Lihui An Lihui An Feifei Wang, Lihui An Haiwen Wu, Gerald A. LeBlanc, Lihui An Gerald A. LeBlanc, Lihui An Wenzhuo Shi, Lihui An Feifei Wang, Lihui An Gerald A. LeBlanc, Lihui An Lihui An Lihui An Lihui An Lihui An Wenzhuo Shi, Gerald A. LeBlanc, Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Lihui An Wenzhuo Shi, Lihui An Lihui An Haiwen Wu, Haiwen Wu, Lihui An Lihui An Lihui An Lihui An Lihui An Tiefeng Cui, Lihui An Lihui An Lihui An Tiefeng Cui, Lihui An Lihui An Tiefeng Cui, Tiefeng Cui, Lihui An Lihui An

Summary

Researchers propose a standardized naming system for microplastic contaminants to improve consistency across scientific studies. Clear, agreed-upon definitions are essential for comparing data across labs and regions, which is critical for understanding the true scope of microplastic pollution.

Microplastics are emerging contaminants with a wide environmental distribution and potential to elicit adverse impacts on organisms. Despite this lack of consistency among reports, data obtained from different investigations are often compared, resulting in the potential for misrepresentation of global microplastic contamination. Major interlaboratory variability in quantification of microplastic levels stem from size-related differences in sampling and analysis with different density solutions to separate microplastics. Herein, we propose a nomenclature that provides key information relating to the microplastics abundance in samples. That is, the proposed nomenclature, MPs, informs on mesh or filter size used in sampling, the density of flotation solution used to separate the microplastics, and the detection limit during the analysis progress of microplastics. This proposed nomenclature would facilitate comparisons among studies to avoid over- or under-estimation of global microplastic levels. Moreover, it would also facilitate the interpretation of meta-data in future assessments.

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