暴龙科捕蝇类信号进化机制的解析(一):鸣叫受形态约束并与生态因子共变

Pub Date : 2023-01-01 DOI:10.5751/jfo-00260-940306

Jacqueline Schoen, Sydney Miller, M. Reudink, Quinn Jennings, Sean M. Mahoney

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引用次数: 1

摘要

。声音信号介导了关键的动物相互作用，并可以通过多种因素进化。信号发散可以加强合子前屏障，减少近缘种之间昂贵的杂交，或划分声空间以避免信号干扰。为了揭示鸣声进化的驱动因素，同时测试导致异种鸣声变异的多个进化轴是至关重要的

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Disentangling the mechanisms of signal evolution in Tyrannidae flycatchers, part I: song is constrained by morphology and covaries with ecological factors

. Acoustic signals mediate key animal interactions and can evolve through a variety of factors. Signal divergence can reinforce pre-zygotic barriers and minimize costly hybridizations among closely related species or partition acoustic space to avoid signal interference. To unravel the drivers of song evolution, it is critical to simultaneously test multiple evolutionary axes leading to heterospecific song variation (e

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