Social context and the evolution of delayed reproduction in birds.

Liam U Taylor, Josef C Uyeda, Richard O Prum
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Abstract

One puzzling feature of avian life histories is that individuals in many different lineages delay reproduction for several years after they finish growing. Intraspecific field studies suggest that various complex social contexts-such as cooperative breeding groups, nesting colonies, and display leks-result in delayed reproduction because they require forms of sociosexual development that extend beyond physical maturation. Here, we explicitly propose this hypothesis and use a full suite of phylogenetic comparative methods to test it, analyzing the evolution of age at first reproduction (AFR) in females and males across 963 species of birds. Phylogenetic regressions support increased AFR in colonial females and males, cooperatively breeding males, and lekking males. Continuous Ornstein-Uhlenbeck models support distinct evolutionary regimes with increased AFR for all of cooperative, colonial, and lekking lineages. Discrete hidden state Markov models suggest a net increase in delayed reproduction for social lineages, even when accounting for hidden state heterogeneity and the potential reverse influence of AFR on sociality. Our results support the hypothesis that the evolution of social contexts reshapes the dynamics of life history evolution in birds. Comparative analyses of even the most broadly generalizable characters, such as AFR, must reckon with unique, heterogeneous, historical events in the evolution of individual lineages.

Abstract Image

社会环境和鸟类延迟繁殖的进化。
经典的生命史理论对大分支之间的表型相关性进行了广义预测。这些相关性的现代比较测试解释了系统发育树的基本结构。然而,无论是生命史理论还是系统发育比较方法,都没有自动指定生物学机制如何产生相关性。这个问题在鸟类的比较分析中很明显。鸟类在首次繁殖时表现出体型和年龄之间的相关性,但如果推迟繁殖,它们实际上不会变大。相反,实地研究提出了这样一种假设,即社会环境,特别是合作繁殖、殖民主义和lekking,会产生对行为发展的独特需求,进而导致繁殖延迟。在这里,我们用一个涵盖155个鸟类科961个物种的比较数据集来支持这一假设。连续(Ornstein-Uhlenbeck)、离散(隐态马尔可夫)和系统发育回归模型揭示了殖民地鸟类的繁殖延迟,合作鸟类的信号较弱,以及一夫多妻、lekking鸟类性早熟的一致进化。这些结果表明,鸟类的不同社会背景、性别特异性发育需求和生活史进化之间存在关联。考虑到这种多样性,我们讨论了即使是统计上强大的系统发育相关性,无论是集中在质量、寿命还是广泛的社会类别,最终也会无法对生命史进化史进行建模。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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