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Environmental transmission of a personality trait: foster parent exploration behaviour predicts offspring exploration behaviour in zebra finches

机译:人格特质的环境传递:养父母的探索行为预测斑马雀的后代探索行为

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摘要

Consistent behavioural differences among individuals are common in many species and can have important effects on offspring fitness. To understand such ‘personality’ variation, it is important to determine the mode of inheritance, but this has been quantified for only a few species. Here, we report results from a breeding experiment in captive zebra finches, Taeniopygia guttata, in which we cross-fostered offspring to disentangle the importance of genetic and non-genetic transmission of behaviour. Genetic and foster-parents’ exploratory type was measured in a novel environment pre-breeding and offspring exploratory type was assessed at adulthood. Offspring exploratory type was predicted by the exploratory behaviour of the foster but not the genetic parents, whereas offspring size was predicted by genetic but not foster-parents’ size. Other aspects of the social environment, such as rearing regime (uni- versus biparental), hatching position, brood size or an individual's sex did not influence offspring exploration. Our results therefore indicate that non-genetic transmission of behaviour can play an important role in shaping animal personality variation.
机译:个体之间一致的行为差异在许多物种中很常见,并且可能对后代的适应性产生重要影响。要了解这种“个性”变异,确定遗传模式很重要,但这仅针对少数物种进行了量化。在这里,我们报告了在圈养斑马雀(Taeniopygia guttata)的繁殖实验中获得的结果,在该实验中,我们对后代进行了交叉培育,以消除遗传和非遗传行为传播的重要性。遗传和寄养父母的探索类型在新的育种前环境中进行了测量,而后代的探索类型则在成年后进行了评估。后代的探索类型是通过寄养者的探索行为来预测的,而不是遗传父母的探索行为,而后代的大小是通过遗传而不是养父母的大小来预测的。社会环境的其他方面,例如养育方式(单亲或双亲),孵化位置,育雏量或个人性别,均不会影响后代的探索。因此,我们的结果表明,行为的非遗传传递可以在塑造动物性格变异中发挥重要作用。

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