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Mercury concentrations in biota in the Mediterranean Sea a compilation of 40 years of surveys

机译:地中海地区生物区系中的汞浓度收集了40年的调查

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摘要

The Mediterranean Region has a long lasting legacy of mercury mining activities and a high density of sub-marine volcanoes that has strongly contributed to its mercury budget. In the last forty years, there have been recorded increases in mercury concentrations in biota that have spurred a growing number of research activities to assess the impact of mercury pollution on human health and environment. Field investigations that quantify mercury concentrations in marine biota have led to a large amount of experimental data scattered in many peer-reviewed publications making it difficult for modelling applications and regional environmental assessments. This paper reviews existing peer-reviewed literature and datasets on mercury concentration in marine flora and fauna (Animal, Plants and Chromista Kingdoms) in the Mediterranean basin. A total of 24,465 records have been retrieved from 539 sources and included in Mercury in Mediterranean Biota (M2B). Well-defined specimens account for 24,407 observations, while a few records include generic plankton and unidentified fish species. Among all considered species, we selected Diplodus sargus, Sardina pilchardus, Thunnus thynnus and Xiphias gladius to show trends of mercury concentration against WHO and EU limits. Few notes on how M2B is intended to support the implementation of the Minamata Convention on Mercury by a user-driven Knowledge Hub are finally reported.
机译:地中海地区汞开采活动历史悠久,海底火山密度高,这极大地促进了其汞预算。在过去的四十年中,记录了生物区系中汞浓度的增加,这刺激了越来越多的研究活动,以评估汞污染对人类健康和环境的影响。量化海洋生物中汞浓度的现场调查导致大量实验数据分散在许多经过同行评审的出版物中,这使得难以对应用进行建模和进行区域环境评估。本文回顾了有关地中海盆地海洋动植物(动物,植物和Chromista王国)中汞浓度的现有同行评审文献和数据集。从539个来源中总共检索到24,465条记录,并将其包含在地中海生物区系(M2B)的水星中。定义明确的标本占24,407个观测值,而一些记录包括普通浮游生物和未识别的鱼类。在所有考虑的物种中,我们选择了梁龙,沙丁鱼,胸腺金枪鱼和剑兰,以显示相对于WHO和EU限值的汞浓度趋势。最终,很少有关于M2B如何通过用户驱动的知识中心来支持《水am水Convention公约》实施的说明。

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