仔猪饲养中的认知富集:一种提高动物福利和减少攻击行为的方法。

ISRN veterinary science Pub Date : 2013-10-01 eCollection Date: 2013-01-01 DOI:10.1155/2013/389186
Lilia Thays Sonoda, Michaela Fels, Sally Rauterberg, Stefano Viazzi, Gunel Ismayilova, Maciej Oczak, Claudia Bahr, Marcella Guarino, Erik Vranken, Daniel Berckmans, Jörg Hartung
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引用次数: 7

摘要

众所周知,在营养丰富的环境中饲养的猪表现出较少的攻击性行为。出于这个原因,德国汉诺威兽医大学实验了一种新的认知环境丰富方法。在第一阶段,78只哺乳仔猪接受了为期8天的训练,以学习电子喂食器发出的声音与巧克力糖果形式的饲料奖励之间的联系。在第二阶段,同样的仔猪被用于常驻入侵者测试,以验证喂养系统中断攻击行为的潜力。各训练周期的分析表明,仔猪在8 d的训练中学会了命令,并且在训练期间仔猪的兴趣有所增加(P < 0.05)。在寄生者-入侵者测试中,79.5%的攻击性互动被喂食者激活打破。在攻击者或接收者都有反应的互动中,大量的打斗被停止(96.7%对93.1%),这表明攻击者或接收者是否对喂食器的激活做出反应无关。我们得出的结论是,电子喂养系统有潜力用于仔猪的认知增强,适用于减少居民入侵者情况下的攻击行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Cognitive enrichment in piglet rearing: an approach to enhance animal welfare and to reduce aggressive behaviour.

Cognitive enrichment in piglet rearing: an approach to enhance animal welfare and to reduce aggressive behaviour.

Cognitive enrichment in piglet rearing: an approach to enhance animal welfare and to reduce aggressive behaviour.

Cognitive enrichment in piglet rearing: an approach to enhance animal welfare and to reduce aggressive behaviour.

It is known that pigs raised in enriched environments express less aggressive behaviour. For this reason, a new method of cognitive environmental enrichment was experimented at the University of Veterinary Medicine Hannover, Germany. In the first phase, 78 suckling piglets were trained to learn the link between a sound given by an electronic feeder and a feed reward in the form of chocolate candies during a period of 8 days. In the second phase, the same piglets were used in resident-intruder tests to verify the potential of the feeding system to interrupt aggressive behaviour. The analysis of all training rounds revealed that piglets learned the commands during 8 days of training and the interest of the piglets increased within training days (P < 0.05). In the resident-intruder test, 79.5% of aggressive interactions were broken by feeder activation. In interactions where either the aggressor or the receiver reacted, a high number of fights were stopped (96.7% versus 93.1%) indicating that it was not relevant if the aggressor or the receiver responded to the feeder activation. We conclude that the electronic feeding system has the potential to be used as cognitive enrichment for piglets, being suitable for reducing aggressive behaviour in resident-intruder situations.

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