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首页> 外文期刊>Journal of Natural History: An International Journal of Systematics and General Biology >Metazoan parasite communities of the Pacific jack Caranx caninus (Pisces: Carangidae): exploring the variability of their parasite communities
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Metazoan parasite communities of the Pacific jack Caranx caninus (Pisces: Carangidae): exploring the variability of their parasite communities

机译:太平洋杰克卡拉克山茱萸(双鱼座:Carangidae)的美氮烷寄生虫社区:探索寄生虫社区的可变性

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摘要

An initial study was done of the metazoan parasite communities of Caranx caninus from the Pacific coast of Mexico. Parasite communities were characterised and analyses were done to determine if these experience spatial or temporal variations in structure and/or species composition. Four hundred ninety-two C. caninus were collected between April 2014 and December 2018 from four locations. Thirty-five metazoan parasite species were identified: 6 species of Monogenea, 12 Digenea, 1 Acanthocephala, 4 Nematoda, 10 Copepoda and 2 Isopoda. Monogeneans were the most frequent and abundant parasite species at all locations and in all years. Parasite species richness at the component community level varied significantly from 7 (San Blas 2017) to 22 (Acapulco 2018(a)). The component communities and infracommunities of C. caninus exhibited similar patterns: low species numbers, low diversity, and dominance by a single species (the monogenean Protomicrocotyle manteri). Parasite community structure and species composition varied between locations and/or sampling years. Seasonal or local fluctuations in biotic and abiotic environmental factors were probably responsible for these variations.
机译:初步研究是从墨西哥太平洋海岸的Caranx Caninus的Metazoan寄生虫社区完成的。寄生虫群落的特征和分析是为了确定这些经历结构和/或物种组合物的空间或时间变化。从四个地点到2018年4月至2018年12月之间收集了四百九十二C. Caninus。确定了三十五种寄生虫物种:6种Monogenea,12种Digenea,1 acanthocephala,4个线火,10糖型和2个异索多巴。 MonoveneeNs是所有地点最常见和丰富丰富的寄生虫物种。寄生虫物种在组件社区一级的丰富性从7(SAN BLAS 2017)到22(Acapulco 2018(A))很大。 C. caninus的组分群落和基础术表现出类似的模式:低种类数,低多样性,单一物种的多样性和统治性(MonogeneAl Protomicrocotyle Manteri)。寄生虫群落结构和物种组成在地点和/或取样年之间变化。生物和非生物环境因素的季节性或局部波动可能对这些变化负责。

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