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Social learning is said to meet the demands of complex environments in which individuals compete over resources and cooperate to share resources. Horses (Equus caballus) were thought to lack social learning skills because they feed on homogenously distributed resources with few reasons for conflict. However, the horse’s social environment is complex, which(More)
Herds of ungulates, flocks of birds, swarms of insects and schools of fish move in coordinated groups. Computer models show that only one or very few animals are needed to initiate and direct movement. To investigate initiation mechanisms further, we studied two ways in which movement can be initiated in feral horses: herding, and departure from the group.(More)
Most horses have a side on which they are easier to handle and a direction they favour when working on a circle, and recent studies have suggested a correlation between emotion and visual laterality when horses observe inanimate objects. As such lateralisation could provide important clues regarding the horse's cognitive processes, we investigated whether(More)
This study examines whether horses can learn by observing humans, given that they identify individual humans and orientate on the focus of human attention. We tested 24 horses aged between 3 and 12. Twelve horses were tested on whether they would learn to open a feeding apparatus by observing a familiar person. The other 12 were controls and received(More)
  • M Erhard, U Pollmann, B Puppe, K Reiter, S Waiblinger, Konstanze Krüger +3 others
  • 2011
Many animals are lateralized when using sensory organs such as the eyes, ears or nostrils. Sensory la-terality is not, as previously believed, caused by adjustment to motor laterality, but rather by one sided information processing in the particular brain hemispheres. While the right hemisphere predominantly analyses emotional information, the left(More)
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