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首页> 外文期刊>Reviews in Fish Biology and Fisheries >Review of fish associative behaviour: toward a generalisation of themeeting point hypothesis [Review]
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Review of fish associative behaviour: toward a generalisation of themeeting point hypothesis [Review]

机译:鱼类联想行为的综述:汇合点假设的一般化[综述]

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Associative behaviour is defined as the spatial relationship between an animal (or a group) of a given species and another animal of another species, which is based on a decision by at least one of the two individuals to maintain contact with the other associate, but not for the purpose of feeding on the other. This definition is expanded to include objects and topographic structures (seamount, island, etc) that are not the exclusive habitat of the associated animal. Associations between fish and objects, mammals, topographic structures and other species of fish are reviewed, and the different hypotheses for these associations analysed. Finally, a generalisation of the meeting point hypothesis, fitting all types of association, is proposed. This hypothesis, initially applied to the association between tuna and floating objects, proposes that fish make use of animate or inanimate targets to increase the encounter rate between isolated individuals or small schools and other schools in order to constitute bigger schools that are more efficient to the survival of the species. It is strongly recommended to move from the scientific description of the association to specific experimental studies aimed at identifying ethological processes. This would provide a better understanding of the dynamics of associative behaviour of pelagic species, which in turn would permit better stock assessment and fishery management.
机译:关联行为定义为给定物种的动物(或一组)与另一物种的另一动物之间的空间关系,该关系是基于两个人中至少一个人与另一个伙伴保持联系的决定,但是并非以喂养他人为目的。该定义已扩展为包括并非相关动物专有栖息地的物体和地形结构(海山,岛屿等)。审查了鱼类与物体,哺乳动物,地形结构和其他鱼类之间的关联,并分析了这些关联的不同假设。最后,提出了适合所有类型关联的汇合点假设的一般化。该假设最初适用于金枪鱼和漂浮物体之间的关联,建议鱼类利用有生命或无生命的目标来提高孤立的个体或小型学校与其他学校之间的接触率,从而构成对渔业更有效率的较大学校。该物种的生存。强烈建议从协会的科学描述转移到旨在识别伦理学过程的特定实验研究。这将使人们更好地了解中上层物种的联合行为的动态,从而可以更好地进行种群评估和渔业管理。

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