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丰富饲养有助于弗吉尼亚鹑幼雏的空间探索。

Enriched rearing facilitates spatial exploration in northern bobwhite (Colinus virginianus) neonates.

作者信息

Lazic Maria, Schneider Susan M, Lickliter Robert

机构信息

Department of Psychology, Medaille College, Buffalo, NY 14214, USA.

出版信息

Dev Psychobiol. 2007 Jul;49(5):548-51. doi: 10.1002/dev.20230.

Abstract

Rearing with enriched environmental complexity has been shown to enhance spatial exploration and spatial learning, among other benefits. Most studies examining enriched rearing effects have used extended periods of exposure in mammals; little is known about enrichment effects on avian species. We provided objects designed to encourage spatial exploration to socially raised northern bobwhite neonates; controls were socially raised without the enrichment devices. After 3-5 days of exposure, maze performance was assessed for 48 chicks. Chicks in the enriched group showed significantly more spatial activity in the maze than control chicks. These results extend the generality of spatial enrichment effects to birds and to a relatively short duration of enrichment exposure.

摘要

研究表明,在丰富的环境复杂性中饲养除了有其他益处外,还能增强空间探索和空间学习能力。大多数研究丰富饲养效果的实验都在哺乳动物身上进行了长时间的暴露实验;而对于丰富环境对鸟类的影响却知之甚少。我们为群居饲养的北部白喉鹑幼雏提供了旨在鼓励空间探索的物品;对照组则在没有这些丰富装置的情况下群居饲养。在暴露3至5天后,对48只雏鸡的迷宫表现进行了评估。与对照组雏鸡相比,丰富组雏鸡在迷宫中表现出明显更多的空间活动。这些结果将空间丰富效应的普遍性扩展到了鸟类,以及相对较短时间的丰富暴露。

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