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A checklist of parasites of non‐native populations of the fish rotan Perccottus glenii (Odontobutidae): Communication II
Journal of Applied Ichthyology ( IF 0.7 ) Pub Date : 2020-07-29 , DOI: 10.1111/jai.14075
Sergey G. Sokolov 1 , Andrey N. Reshetnikov 1
Affiliation  

The fish rotan, Perccottus glenii Dybowski, 1877 (Odontobutidae) is one of the most successful fish invaders during 20th and beginning of 21st century in European and Asian fresh waters. The diversity of its parasites within its invaded range was first reviewed by Sokolov, Reshetnikov, et al. (2014). The current paper analyzes new data from 2013 to 2019 on protistan and metazoan parasites of the non‐native populations of this fish. We used information from peer‐reviewed journals, difficult to access grey literature and our own recently obtained original data. 45 literature sources were included in the analysis. The newly‐available data originate from 95 water bodies of 13 river basins, isolated lakes in West Siberia, and Gulf of Finland, spanning a total of eight countries. A total of 132 recently detected parasite species/taxa are listed in this paper. Each species is presented with its location in/on the host, geographical localities, countries, and according literature sources. When available, number of examined fish as well as prevalence and range of intensity of infection are cited from the original source. This review enlarges contemporary knowledge on parasites of non‐native populations of the studied fish species up to 167 species/taxa. We highlight perspectives for further parasitological investigations of this invasive fish.

中文翻译:

鱼类rotan Perccottus glenii(Odontobutidae)外来种群寄生虫清单:交流II

鱼ro鱼,Perccottus gleniiDybowski,1877年(Odontobutidae)是20世纪至21世纪初在欧洲和亚洲淡水中最成功的鱼类入侵者之一。Sokolov,Reshetnikov等人首先综述了其入侵范围内其寄生虫的多样性。(2014)。本文分析了2013年至2019年该鱼类非本地种群的原生动物和后生寄生虫的新数据。我们使用来自同行评审期刊的信息,难以获得的灰色文献以及我们自己最近获得的原始数据。分析中包括45个文献来源。新获得的数据来自13个流域的95个水体,西西伯利亚的偏远湖泊和芬兰湾,涵盖了八个国家。本文列出了总共132种最近检测到的寄生虫物种/分类。每个物种的位置,所在的地理位置,所在的地理位置,国家/地区以及相应的文献来源均会展示出来。如果有的话,从原始资料中引用受检鱼的数量以及感染的流行程度和强度范围。这篇综述扩大了关于被研究鱼类物种的非本地种群寄生虫的当代知识,最高可达167种/生物分类。我们重点介绍了对这种入侵鱼类进行进一步寄生虫学调查的观点。这篇综述扩大了关于被研究鱼类物种的非本地种群寄生虫的当代知识,最高可达167种/生物分类。我们重点介绍了对这种入侵鱼类进行进一步寄生虫学调查的观点。这篇综述扩大了关于被研究鱼类物种的非本地种群寄生虫的当代知识,最高可达167种/生物分类。我们重点介绍了对这种入侵鱼类进行进一步寄生虫学调查的观点。
更新日期:2020-07-29
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