哺乳动物独居的代价和益处

IF 1.9 3区 生物学 Q1 ZOOLOGY
L. Makuya, C. Schradin
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引用次数: 0

摘要

几十年来,行为生态学家一直在研究群居生活的成本和收益,但独居生活却很少受到关注。相反,人们认为独居是社会性进化的默认阶段。哺乳动物经历了大约 2 亿年的社会性进化,少数物种在恶劣的环境中进化出了群居或合作繁殖。其他哺乳动物物种则在完全相同的环境和许多其他环境中成功地实现了独居,这表明独居在许多环境条件下都是有益的。对哺乳动物的比较研究表明,独居可能不是哺乳动物的祖先,而是一种衍生状态。哺乳动物独居的情况没有以前认为的那么普遍,在所研究的物种中只有22%的哺乳动物会独居。在这里,我们回顾了哺乳动物独居的成本和益处。我们发现考虑独居的研究非常少,并根据群居进化的重要因素,指出了未来研究的重要途径。我们还强调,独居的社会组织形式并不意味着非社会性的生活方式:独居的哺乳动物通常会与邻居进行非随机但个性化的社会互动,这表明了重要的社会结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Costs and benefits of solitary living in mammals

Costs and benefits of solitary living in mammals

Costs and benefits of solitary living in mammals

While for decades behavioural ecologists have studied the costs and benefits of group living, solitary living has received little attention. Instead, it was assumed to be the default stage from which sociality evolved. Mammals underwent around 200 million years of social evolution, with a few species evolving communal or cooperative breeding in harsh environments. Other mammal species are successful with solitary living in exactly the same and many other environments, indicating that solitary living is beneficial under many environmental conditions. Comparative studies on mammals indicate that solitary living might not be the ancestral but a derived state. Solitary living in mammals is less common than previously believed, occurring in 22% of the studied species. Here, we review costs and benefits of solitary living in mammals. We found very few studies that considered solitary living and show important future avenues of research based on the factors that are important for the evolution of group living. We also emphasize that a solitary form of social organization does not imply an unsocial lifestyle: solitary mammals typically have non-random but individualized social interactions with their neighbours, indicating important social structure.

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来源期刊
Journal of Zoology
Journal of Zoology 生物-动物学
CiteScore
3.80
自引率
0.00%
发文量
90
审稿时长
2.8 months
期刊介绍: The Journal of Zoology publishes high-quality research papers that are original and are of broad interest. The Editors seek studies that are hypothesis-driven and interdisciplinary in nature. Papers on animal behaviour, ecology, physiology, anatomy, developmental biology, evolution, systematics, genetics and genomics will be considered; research that explores the interface between these disciplines is strongly encouraged. Studies dealing with geographically and/or taxonomically restricted topics should test general hypotheses, describe novel findings or have broad implications. The Journal of Zoology aims to maintain an effective but fair peer-review process that recognises research quality as a combination of the relevance, approach and execution of a research study.
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