俄罗斯北欧奥涅加半岛东部淡水珍珠贝的种群状况和寄主鱼类

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2024-07-01 DOI:10.1016/j.limno.2024.126184
Ekaterina S. Konopleva , Ilya V. Vikhrev , Olesya A. Chelpanovskaya , Gennady A. Dvoryankin , Pavel A. Futoran , Mikhail Yu. Gofarov , Alexander V. Kondakov , Ivan N. Bolotov
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引用次数: 0

摘要

在俄罗斯北欧奥涅加半岛东部的三个河流流域的下游河段研究了淡水珍珠贻贝 Margaritifera margaritifera 的四个种群:Bol'shaya Syarta、Ust'-Yaren'ga 和 Lopshen'ga(包括 Kamenny 溪)。其中来自 Lopshen'ga 河的一个种群是首次发现。在此,我们提供了所研究流域中 margaritifera 的种群状况、其寄主鱼类以及钩毛虫侵扰情况的初步数据。仅在两个水体(即 Bol'shaya Syarta 河和 Ust'-Yaren'ga 河)中记录到活体幼蚌和受钩毛虫侵染的鱼类。Bol'shaya Syarta 河的珍珠贻贝种群似乎是所研究的珍珠贻贝种群中最繁盛的。河流下游可见贻贝的平均密度较小,但幼贝的比例相当高(33.1%),每条鱼的球虫感染强度达到 865 个。洛普申加河流域卡缅尼溪的珍珠蚌群平均密度最高。然而,在这条河道中只记录到了一只幼蚌,也没有记录到受球孢子虫感染的寄主鱼类,这可能预示着种群老化和繁殖能力下降。形态分析表明,所研究的四个玛氏贻贝种群在贝壳凸度指数(SCI)和贝壳伸长指数(SEI)方面存在显著差异。在所有研究流域,鲑鱼还受到其他寄生虫的侵扰,主要是扁形虫及其囊蚴。这一因素可能会对鲑科寄主鱼类种群造成负面影响,因此需要对现状进行监测。所获得的数据和未来的研究将有助于建立一个保护和监测淡水珍珠贻贝等珍稀物种种群的系统。
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Population status and host fishes of the freshwater pearl mussel in the eastern part of the Onega Peninsula, Northern European Russia

Four populations of freshwater pearl mussel Margaritifera margaritifera were studied at lower sections of three river basins of the eastern part of the Onega Peninsula, Northern European Russia: the Bol’shaya Syarta, the Ust’-Yaren’ga and the Lopshen’ga (including Kamenny Stream). One of the populations from the Lopshen’ga River was discovered for the first time. Here we present preliminary data on the population status of M. margaritifera, its host fishes and glochidia infestation in the studied river basins. Living juvenile mussels and fishes infested by glochidia were recorded only in two waterbodies, i.e., the Bol’shaya Syarta and Ust’-Yaren’ga rivers. The pearl mussel population from the Bol’shaya Syarta River seems to represent the most prosperous among studied ones. The average density of visible mussels was small in the lower section of the river, but the proportion of young mussels was rather high (33.1 %) and intensity of glochidia infection reached 865 glochidia per fish. The highest average density was recorded in the pearl mussel population from the Kamenny Stream, Lopshen’ga River basin. However, only one juvenile mussel and none of host fishes infested by glochidia were recorded in this watercourse that may indicate the population aging and decrease of reproduction. Morphological analyses revealed significant differences between four studied populations of M. margaritifera towards the shell convexity index (SCI) and shell elongation index (SEI). In all studied basins, salmonid fishes were also infested by other parasites, mainly flatworms and their cysts. This factor may negatively impact the salmonid host fish populations that require monitoring of the current situation. The data obtained and future studies will allow to develop a system for protecting and monitoring of populations of a rare species such as the freshwater pearl mussel M. margaritifera.

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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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