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Comparison between resident and caged mussels: Polycyclic aromatic hydrocarbon accumulation and biological response

机译:居住和笼养贻贝之间的比较:多环芳烃的积累和生物学响应

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The aim of this study was to compare the capability of "passive" and "active" biomonitoring to determine the environmental pressure. For this purpose, PAHs content and several biological responses in resident and caged mussels (Mytilus galloprovincialis) at five sampling sites (Rijeka Bay, Adriatic Sea) were analsed. Resident mussels were found better in reflecting the level of PAH loads at particular sites while only caged mussels could detect input of HMW PAHs. When data of each investigated parameter were compared separately, the majority of differences between resident and caged mussels' results were site specific. Integration of biological response patterns expressed as Index of Biological Response (IBR) resulted with different sampling sites ranking for resident and caged mussels. Multiple Factor Analysis (MFA) based on integration of tissue PAH concentration and biological response revealed resident mussels as more powerful for detection of environmental pressure. The use of resident mussels is recommended as appropriate and less costly approach for monitoring the effect of pollution. (C) 2017 Elsevier Ltd. All rights reserved.
机译:这项研究的目的是比较“被动”和“主动”生物监测确定环境压力的能力。为此,对五个采样点(里德卡湾,亚得里亚海)的常驻和笼养贻贝(Mytilus galloprovincialis)中的PAHs含量和几种生物学响应进行了分析。发现居民贻贝能更好地反映特定地点的PAH负荷水平,而只有笼中的贻贝才能检测到HMW PAH的输入。当分别比较每个调查参数的数据时,常驻贻贝和笼养贻贝的结果之间的大部分差异是针对特定地点的。表示为生物反应指数(IBR)的生物反应模式的整合导致居于和笼养贻贝的不同采样位点排名。基于组织PAH浓度和生物反应的综合的多因素分析(MFA)显示,贻贝对检测环境压力具有更大的作用。建议使用当地贻贝作为监测污染影响的适当且成本较低的方法。 (C)2017 Elsevier Ltd.保留所有权利。

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