The visual system and lifestyle characteristics make the even-toed ungulates an excellent
model for the studies of behavioural lateralization. Recent research has focused on these …

Growing evidence shows a variety of sensorial and motor asymmetries in social and non-
social interactions in various species, indicating a lateralized processing of information by …

Behavioural lateralization, which reflects the functional specializations of the two brain
hemispheres, is assumed to play an important role in cooperative intraspecific interactions …

Despite the abundant empirical evidence on lateralized social behaviours, a clear
understanding of the relative roles of two brain hemispheres in social processing is still …

Lateralization appears as a left–right asymmetry of morphology and behaviour in many
animal species including both vertebrates and invertebrates and provides functional …

In group-living animals, the social structure and organisation play a significant role in
survival and reproduction. Understanding the social aspects of animal lives in the wild may …

Visual lateralization arises from the differential processing of information by the two brain
hemispheres and can manifest itself in animal behaviour in the form of lateral preferences …

The current evidence indicates that the lateralized processing of social information is an
integral part of the perception of the conspecifics (eg, Deng and Rogers, 2002; Kendrick …

Brain hemispheres have different functions and control the movements of the contralateral
side of the body. One of these functions is processing emotions. The right hemisphere …

In wild animals, specific locations may function as 'social arenas' playing a significant role in
various aspects of intraspecific interactions. The emergence of such social arenas is …