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The use of fish parasites as biological indicators of anthropogenic influences in coral-reef lagoons: A case study of Apogonidae parasites in New-Caledonia

机译:鱼类寄生虫在珊瑚礁泻湖中作为人为影响的生物学指标的应用:以新喀里多尼亚的Apogonidae寄生虫为例

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Parasite species have been widely used as fish host migration tag or as indicators of local pollution. In this paper our approach is to consider the entire parasite community as a biological indicator of the fish environmental conditions. Seven fish species belonging to the Apogonidae, Apogon bandanensis, A. cookii, A. doderleini, A. norfolkensis, A. trimaculatus, Cheilodipterus quinquelineatus and Fowleria variegata, were sampled on six stations in two bays (Grand-Rade and Sainte-Marie) around Noumea (New-Caledonia). The two bays are submitted to urban wastewater inputs alone or combined with additional industrial inputs which influences decrease from the inner part to the entrance of each bay. A total of 592 fish were dissected for macro parasite examination. Parasites were grouped according to their taxonomical rank and development stage for the analysis. We found an inconsistent effect of the confinement between the two bays, revealing that the parasite community is not the same in the two bays. Moreover, the encysted metacercariae found in the pericardic cavity were found to be significant indicators of the specific anthropogenically impacted environmental conditions prevailing in the inner parts of the two bays. Other parasite taxa were found to be significant indicators of specific environmental conditions in one or two stations among the six sampled. Results on parasite specificity and biological life cycle of the parasite taxa found in sampled Apogonid were further compared with environmental parameters.
机译:寄生虫物种已被广泛用作鱼类寄主的迁移标签或作为当地污染的指标。在本文中,我们的方法是将整个寄生虫群落视为鱼类环境状况的生物学指标。在两个海湾(格兰德-拉德和圣玛丽)的六个站点上采样了七种鱼类,它们分别属于Apogonidae,Apogon bandanensis,A。cookii,A。doderleini,A。norfolkensis,A。trimaculatus,Cheilodipterus quinquelineatusus和Fowleria variegata。努美阿(新喀里多尼亚)附近。这两个海湾单独或与其他工业投入一起提交给城市废水输入,这些影响从每个海湾的内部到入口的影响减小。解剖了总共592条鱼以进行宏观寄生虫检查。寄生虫根据其分类等级和发展阶段进行分组以进行分析。我们发现两个海湾之间的隔离效果不一致,这表明两个海湾中的寄生虫群落不同。此外,发现在心包腔中发现的包虫尾meta是两个海湾内部普遍存在的特定人为影响环境条件的重要指标。在六个采样点中的一个或两个站点中,发现其他寄生生物分类是特定环境条件的重要指标。将采样的Apogonid中发现的寄生虫类群的寄生虫特异性和生物学生命周期的结果与环境参数进行了进一步比较。

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