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首页> 外文期刊>Journal of Chemical Ecology >Exposure to Urine of Canids and Felids, but not of Herbivores, Induces Defensive Behavior in Laboratory Rats
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Exposure to Urine of Canids and Felids, but not of Herbivores, Induces Defensive Behavior in Laboratory Rats

机译:暴露于犬科动物和猫科动物的尿液中而不是草食动物中的尿液可引起实验大鼠的防御行为

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摘要

Predator odors induce defensive behavior in many prey species. For various reasons, studies carried out up to now have been unable to establish whether predator odor recognition is innate or not. Mostly, only particular odors or wild-living (i.e., experienced) test animals have been used in these studies, restricting the conclusiveness of the observations. In the present study, the behavioral effects of exposure to different predator odors on predator odor-naive laboratory male rats were compared with the effects of different nonpredator odors and of a no-odor control stimulus. Results show that exposure to urine of canids and felids, but not of herbivores or conspecifics, induce defensive behaviors. Taken together, the study provides support for the hypothesis that there is an innate recognition of predator odors in laboratory rats.
机译:捕食者的气味会引起许多猎物的防御行为。由于各种原因,迄今为止进行的研究尚不能确定捕食者的气味识别是先天的。通常,在这些研究中仅使用了特殊的气味或野生动物(即有经验的)测试动物,这限制了观察的结论性。在本研究中,将暴露于不同捕食者气味的行为对未捕食者的幼稚雄性大鼠的行为影响与不同非捕食者气味和无气味控制刺激的影响进行了比较。结果表明,犬科动物和猫科动物的尿液接触会引起防御行为,但草食动物或同种动物则不会。综上所述,该研究为以下假设提供了支持:在实验大鼠中天生就认识到捕食者的气味。

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