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Embryonic Learning of Vocal Passwords in Superb Fairy-Wrens Reveals Intruder Cuckoo Nestlings

机译:精湛的童话W声乐密码的胚胎学习揭示了入侵者杜鹃雏鸟

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摘要

How do parents recognize their offspring when the cost of making a recognition error is high [1-3]? Avian brood parasite-host systems have been used to address this question because of the high cost of parasitism to host fitness. We discovered that superb fairy-wren (Malurus cyaneus) females call to their eggs, and upon hatching, nestlings produce begging calls with key elements from their mother's "incubation call." Cross-fostering experiments showed highest similarity between foster mother and nestling calls, intermediate similarity with genetic mothers, and least similarity with parasitic Horsfield's bronze-cuckoo (Chalcites basalis) nestlings. Playback experiments showed that adults respond to the begging calls of offspring hatched in their own nest and respond less to calls of other wren or cuckoo nestlings. We conclude that wrens use a parent-specific password [4] learned embryonically to shape call similarity with their own young and thereby detect foreign cuckoo nestlings.
机译:当犯下识别错误的代价很高时,父母如何识别自己的后代[1-3]?禽类寄生虫宿主系统已经被用来解决这个问题,因为寄生虫对宿主的适应成本很高。我们发现,极好的仙女(Malurus cyaneus)雌性会打电话给卵,孵化后,雏鸟会发出乞讨的声望,这些呼唤都来自其母亲的“孵化声”。交叉寄养实验显示,寄养母亲和雏鸟之间的相似度最高,与遗传母体之间的相似度最高,而寄生虫霍斯菲尔德的青铜杜鹃(Chalcites basalis)雏鸟的相似度最低。回放实验表明,成年幼犬对自己巢中孵出的后代的乞讨反应较弱,而对其他w或杜鹃雏鸟的呼唤则反应较弱。我们得出的结论是,w使用从父母那里学到的父母专用密码[4]来塑造与自己年幼的杜鹃的相似性,从而发现外来的杜鹃雏鸟。

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