Arsenic (As) bioaccumulation and biotransformation in marine ecosystems involve a number of fields and disciplines such as Environmental Sciences & Ecology, Marine & Freshwater Biology, and Toxicology. Arsenic research in these areas has been developing rapidly in recent years. It is crucial to keep up with the emerging trends and critical development of the collective knowledge. Therefore, a progressively synthesized network was achieved from 6396 original publications that cited 500 articles obtained from an initial topic search between 2010 and 2019. CiteSpace was used to analyze the progress and emerging trends. Results showed that these publications were divided into 13 different but closely related clusters. A major ongoing trend was identified in Cluster #3 and #5, concerning As and other heavy metals as heterogeneous complexants and assessing their overall impacts on human health. Other new emerging trends include evaluating the As profile in estuarial ecosystems and assessing its bioaccumulation and biotransformation along the food chain. Overall, the scientometric analytics of targeting literature performed in this review has offered a valuable and timely approach to evaluate the new emerging trends, providing researchers with up-to-date and critical information in research areas relevant to the searching topic.

中文翻译：

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关于海洋生态系统中砷生物富集和生物转化的最新文献的科学计量分析。

海洋生态系统中砷的生物富集和生物转化涉及许多领域和学科，例如环境科学与生态学，海洋与淡水生物学和毒理学。近年来，这些领域的砷研究发展迅速。紧跟集体知识的新兴趋势和关键发展至关重要。因此，从6396篇原始出版物中获得了一个逐步综合的网络，该出版物引用了2010年至2019年之间从初始主题搜索中获得的500篇文章。CiteSpace被用于分析进展和新兴趋势。结果表明，这些出版物被分为13个不同但密切相关的类别。在第3组和第5组中发现了一个主要的持续趋势，将砷和其他重金属作为异质络合物，并评估其对人体健康的总体影响。其他新出现的趋势包括评估河口生态系统中的砷分布，并评估其在食物链中的生物蓄积和生物转化。总体而言，本综述中针对目标文献的科学计量分析为评估新兴趋势提供了一种有价值的及时方法，为研究人员提供了与搜索主题相关的研究领域的最新和关键信息。