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岛屿家燕种群中的卵排斥与巢穴卫生():概率、反应潜伏期和性别效应

Egg Rejection and Nest Sanitation in an Island Population of Barn Swallows (): Probability, Response Latency, and Sex Effects.

作者信息

Yang Qiuhui, Chen Xiangyang, Zhang Ziqi, Han Jingru, Wu Neng, Yang Canchao

机构信息

Ministry of Education Key Laboratory for Ecology of Tropical Islands, College of Life Sciences, Hainan Normal University, Haikou 571158, China.

出版信息

Animals (Basel). 2022 Nov 3;12(21):3027. doi: 10.3390/ani12213027.

Abstract

Bird nests function as vessels for eggs and nestlings, and an environment for rearing offspring. However, foreign objects falling into bird nests and nestling eggshells may be harmful. Moreover, the smell of fecal sacs increases the risk of detection by predators. Many bird species have evolved nest sanitation to prevent damage to their nests. Furthermore, egg rejection evolved in some birds to thwart brood parasites that lay eggs in their nests. We studied 133 nests of barn swallows () in an island population through a nest content manipulation experiment to determine nest sanitation and egg rejection behaviors and their relationship. Swallows rejected non-egg foreign objects more frequently (100% vs. 58.6%) and sooner than parasite eggs, which supports the hypothesis that nest sanitation is a pre-adaptation to egg rejection. However, nest sanitation did not increase egg rejection, either in probability or latency. Furthermore, both sexes incubated the eggs, cleaned the nests, and removed parasite eggs, implying that both are confronted with natural selection related to nest sanitation and brood parasitism. However, females invested more time in these behaviors than males. This provides evidence for the evolutionary relationship of nest sanitation and egg rejection behaviors in barn swallows.

摘要

鸟巢作为卵和雏鸟的容器,以及养育后代的环境。然而,落入鸟巢的异物和雏鸟蛋壳可能是有害的。此外,粪囊的气味增加了被捕食者发现的风险。许多鸟类已经进化出巢卫生行为以防止巢穴受到损害。此外,一些鸟类进化出了卵拒绝行为以抵御在它们巢中产卵的巢寄生者。我们通过巢内容物操纵实验研究了一个岛屿种群中133个家燕()的巢穴,以确定巢卫生和卵拒绝行为及其关系。燕子对非卵异物的拒绝频率更高(100%对58.6%),且比寄生卵更早拒绝,这支持了巢卫生是卵拒绝的一种预适应的假设。然而,巢卫生在概率或潜伏期方面都没有增加卵拒绝。此外,雌雄两性都参与孵卵、清洁巢穴和移除寄生卵,这意味着两者都面临与巢卫生和巢寄生相关的自然选择。然而,雌性在这些行为上投入的时间比雄性更多。这为家燕巢卫生和卵拒绝行为的进化关系提供了证据。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/ed4f/9658383/3024c4c886cc/animals-12-03027-g001.jpg

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