莫斯科运河水库鲤科和过鲤科寄生虫区系

N. Romanova, N. Golovina, A. Vishtorskaya, P. Golovin
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引用次数: 2

摘要

本研究的目的是确定莫斯科运河水库中鲤科和过鲤科鱼类的寄生虫种类组成。材料和方法。2019-2020年,采用鱼类寄生虫学普遍接受的方法,于春季、夏季和秋季采集莫斯科运河水库(Ikshinsky、Pestovsky、Pyalovsky和Klyazminsky水库)2 - 7岁的过子鱼(梭鱼和欧洲鲈鱼)和鲤科鱼(鲷鱼、银鱼、蟑螂、陆克鱼和剑鱼)的寄生虫资料。为了量化鱼类感染率,我们使用了感染发生率或流行率、感染强度和感染强度的平均振幅。采用Kabiosh指数(K)评价寄生虫的物种多样性。结果和讨论。本文报道了莫斯科运河水库中两种鱼类的寄生虫学分析结果。鱼类共发现寄生虫34种,分属9个类群:微孢子虫、粘孢子虫、单目虫、Cestoda、吸虫、Nematoda、棘头虫、水蛭虫、甲壳类。最大数量的物种属于吸虫,其余的分类群(混合孢子虫和小孢子虫、囊虫、线虫、棘头虫、水蛭和寄生甲壳类动物)是单独代表的。水库鱼类寄生虫的物种多样性比(R)为0.335 ~ 0.575,区系相似度为50% ~ 75%。寄生蜂区系相似性最大的是蟑螂(R = 0.168 ~ 0.447),最小的是欧洲鲈鱼(R = 0.447 ~ 1.0)。我们已经确定了超过20%的研究鱼类的优势种,并确定了寄生动物群的“核心”,其中包括4种兽疫寄生虫和1种具有流行病学意义的寄生虫。
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Fauna of parasite of cyprinids and percoids in the reservoirs of the Moscow Canal
The purpose of the research is determination of the species composition of parasites of cyprinid and percoid fish in the reservoirs of the Moscow Canal.Materials and methods. In 2019–2020, parasitological material was collected in the spring, summer and autumn from percoid (the pike perch and European perch) and cyprinid fish (the bream, silver bream, roach, rudd and sabrefish) aged 2 to 7 years from the reservoirs of the Moscow Canal (Ikshinsky, Pestovsky, Pyalovsky and Klyazminsky Reservoirs) by the methods generally accepted in ichthyo-parasitology. To quantify the fish infection rate, we used the incidence or prevalence of infection, the intensity of infection, and the mean amplitude of the intensity of infection. We used Kabiosh index (K) to assess the species diversity of parasites. Results and discussion. The parasitological analysis results of percoids and cyprinids from the reservoirs of the Moscow Canal are presented. 34 parasite species were found in fish, which belong to nine taxonomic groups: Microsporidia, Myxosporea, Monogenea, Cestoda, Trematoda, Nematoda, Acanthocephala, Hirudinea, Crustacea. The largest number of species belongs to trematodes, the rest, taxa (mixo- and microsporidia, cestodes, nematodes, acanthocephalans, leeches and parasitic crustaceans), are represented singly. We calculated the species diversity ratio (R) of fish parasites in the reservoirs, which ranged from 0.335 to 0.575, which indicates the fauna similarity from 50 to 75%. The greatest similarity in the parasite fauna was found in the roach (R = 0.168–0.447), the least in the European perch (R = 0.447–1.0). We have identified the dominant species that are found in more than 20% of the studied fish and determine the “core” of the parasitic fauna, which included 4 parasite species of epizootic and 1 parasite species of epidemiological significance.
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