微塑料
可比性
一致性(知识库)
环境科学
工作流程
环境资源管理
质量保证
领域(数学)
最佳实践
样品(材料)
数据质量
质量(理念)
环境规划
公民科学
指南
环境监测
服务(商务)
计算机科学
塑料污染
标准化
公民新闻
风险分析(工程)
控制(管理)
数据科学
海洋化学
作者
Nina Wootton,Patrick Reis‐Santos,Rachel Przeslawski,Tanveer M. Adyel,Michelle Blewitt,Bradley O. Clarke,Thomas Crutchett,Anirban Ghose,Sara Hajbane,Mark Hamann,Britta Denise Hardesty,Rumana Hossain,Jennifer L. Lavers,Sophie C. Leterme,Frédéric D.L. Leusch,S. Lynch,Melanie MacGregor,Cherie A. Motti,Warwick Noble,Allyson OBrien
标识
DOI:10.3389/fmars.2025.1674412
摘要
Global interest in microplastics is increasing, with numerous organisations collecting data on microplastics in the environment. However, disparate sampling, analysis, and reporting methods limit our ability to integrate data, hindering a global understanding of microplastic occurrence, effects and dynamics. Drawing on international directives and collaborations, we present a comprehensive guideline of harmonised and standardised field and laboratory approaches for microplastics in marine and coastal environments. We aim to ensure data consistency and comparability, incorporating the latest methodological developments for investigating and monitoring microplastics in four environmental matrices: sediment, water, biota, and air. A participatory approach brought together 40 researchers with diverse experience, reflecting a broad range of regional and international research. We provide best practice recommendations for sample processing to isolate, quantify and characterise microplastics, along with effective quality assurance and quality control measures. We also include reporting and data release recommendations, to ensure consistency and comparability across datasets. This guideline is endorsed by Ocean Best Practices System. By following these guidelines, and incorporating workflows supporting Findable, Accessible, Interoperable, and Reusable (FAIR) data, diverse stakeholders and practitioners can generate harmonised data essential for decision-making, facilitating a collective ability to synthesise global datasets and support action on microplastics.
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