Vendace(Coreginus albula)产卵时广泛分散卵

IF 0.9 4区 生物学 Q4 ECOLOGY
J. Karjalainen, Markus Tuloisela, Kristiina Nyholm, T. Marjomäki
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引用次数: 8

摘要

根据它们的繁殖策略,不同的鱼类在它们的繁殖栖息地聚集或分散卵和幼虫。由于梭鲈(Coregonus albula)的卵黄囊幼虫广泛分布在北方湖泊的沿海和远洋区域,因此尚不清楚产卵和卵孵化的确切地点。研究了南Konnevesi湖旺迪斯的卵和幼虫密度,以阐明其产卵策略。2019年秋季,在产卵前1-2周,在20个采样地块的五个深度区域安装了500个卵采样器。在18块土地上发现了受精卵。平均卵密度为74粒m-2,平均受精率为85%。在产卵期间,复仇蛇将它们的后代分散到整个湖泊。2019年秋季取样点特异性卵密度与明年春季幼虫密度不相关。复仇的繁殖策略减少了其繁殖和苗圃栖息地高度时空波动的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Vendace (Coregonus albula) Disperse Their Eggs Widely during Spawning
Depending on their reproductive strategy, different fish species either aggregate or disperse eggs and larvae in their reproductive habitat. Because yolk-sac larvae of vendace (Coregonus albula) disperse widely across the littoral and pelagic zones of boreal lakes, it is unclear where the exact spawning and egg incubation locations are. Vendace egg and larvae densities were studied in Lake Southern Konnevesi to clarify its spawning strategy. In autumn 2019, 1–2 weeks prior to spawning, 500 egg samplers were installed in five depth zones in 20 sampling plots. Fertilized eggs were found in 18 plots. The mean density of eggs was 74 eggs m–2 and the mean fertilization rate 85%. During spawning, vendace dispersed their offspring throughout the lake. The sampling-plot-specific egg density in autumn 2019 did not correlate with larval density in the spring next year. The reproduction strategy of vendace reduces the effects of high spatial and temporal fluctuation in their reproduction and nursery habitats.
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来源期刊
Annales Zoologici Fennici
Annales Zoologici Fennici 生物-动物学
CiteScore
2.40
自引率
14.30%
发文量
10
审稿时长
>12 weeks
期刊介绍: Annales Zoologici Fennici publishes mainly original research reports, but also in-depth reviews and commentaries on all aspects of animal ecology and evolution, and fields related to them. Our aim is to promote papers which focus on the interactions among various components in the past and present environments by using integrative and cross-disciplinary approaches. This may be achieved by employing tools from different fields of research, such as (but not restricted to): ecology and paleoecology, molecular ecology and phylogeography, conservation biology, human-induced contemporary evolution and wildlife management, animal behaviour and interactions (including recognition systems and mechanisms), paleontology (except systematics and taxonomy) and evolution, bioenergetics.
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