鱼类基因的比较种群生物学:地中海泻湖海洋硬骨鱼中3种螺纹鱼(水螅目,硬骨鱼科)中寄生虫的案例

J. Reversat, P. Silan
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引用次数: 7

摘要

在Etang de Thau (Herault, France),三种Helicometra在成虫阶段寄生于黑虾虎鱼Gobius niger、草虾虎鱼Zosterisessor ophiocephalus、灰濑鱼Symphodus cinereus和鳗鲡Anguilla Anguilla (Teleostei)的消化道。这些鱼在这些扁形蠕虫的生物循环中扮演着最终宿主的角色。gobii也存在于尼日尔G.、蛇头Z.、S. cinereus和A. anguilla中;镰状芽孢杆菌存在于尼日尔;而H. pulchella只存在于S. cinereus中。以虾虎鱼和鳗鱼为例,这三种同源基因有时会共存于同一下层群落中。对这些不同种群的时空分析使得:1)发现其结构的季节性变化;2)确定其特异性性质与人口统计学策略之间的关系;3)在同一基础群落中不同物种的强度之间不存在统计依赖性。在解释最终宿主中观察到的结构时,考虑了先前关于这些吸虫在其第一个中间宿主(软体动物室)中的人口统计学行为的研究结果。本文从种群结构的角度探讨了在同一寄生虫群落中分类学上非常接近的两种之间共存的问题,以及潜在的物种形成机制。
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Comparative population biology of fish digenes : The case of 3 Helicometra (Trematoda, Opecoelidae) mesoparasites of marine teleosts in a mediterranean lagoon
In the Etang de Thau (Herault, France), three species of Helicometra parasitize in their adult stage the digestive tract of the black goby Gobius niger, the grass goby Zosterisessor ophiocephalus, the grey wrasse Symphodus cinereus, and the common eel Anguilla anguilla (Teleostei). These fish act as definitive hosts in the biological cycle of these platyhelminths. Also H. gobii exists in G. niger, Z. ophiocephalus, S. cinereus and A. anguilla ; H. fasciata is found in G. niger ; and H. pulchella is only found in S. cinereus. In the case of the two gobies and the eel, these three congeneric digenes sometimes coexist in the same infracommunity. Spatio-temporal analysis of these different populations has enabled : 1) detection of seasonal variations in their structure, 2) identification of the relationships between the nature of their specificity and demographic strategy, and 3) the global absence of statistical dependence between the intensities of different species in the same infracommunity to be show. Implications arising from previous research concerning the demographic behaviour of these trematodes in their first intermediate host (mollusc compartment), were taken into account when interpreting structures observed in the definitive hosts. The problems of coexistence between these species, which are taxonomically very close in the same parasite community, and the under-lying speciation mechanisms are discussed in the light of population structuration.
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