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This book is a collection of papers written by leaders in the field of lateralized brain function and behaviour in non-human animals. The papers cover the asymmetry of brain mechanisms and behaviour in a wide range of both vertebrate and invertebrate species. Each paper focuses on one of the following topics: the link between population-level lateralization and social behaviour; the processes in the avian brain that permit one brain hemisphere to take control of behaviour; lateralized attention to predators and the common pattern of lateralization in vertebrate species; visual and auditory lateralization; influences that alter the development of lateralization—specifically, the effect of temperature on the development of lateralization in sharks; and the importance of understanding lateralization when considering both the training and welfare of dogs. Collectively, these studies address questions of why different species have asymmetry of brain and behaviour, how it develops, and how this is dealt with by these different species. The papers report on the lateralization of different types of behaviour, each going beyond merely reporting the presence of asymmetry and shedding light on its function and on the mechanisms involved in its expression.

spider monkey --- zebra finch --- starlings --- frequency-dependent selection --- monocular viewing --- welfare --- climate change --- song --- development --- social behavior --- social interactions --- physiology --- predator inspection --- scale-eater --- vision --- reaction time --- cross-predation --- auditory perception --- dog --- eye preference --- brain asymmetry --- asymmetry of brain function --- paw preference --- songbirds --- shelter --- hemisphere differences --- hemispheric interactions --- population-level --- birds --- color discrimination --- laterality --- general pattern of lateralisation --- lateralised behaviour --- individual-level --- lateral dimorphism --- temperature --- social interaction --- behavior --- ESS --- social networks --- evolution --- Campbell’s monkeys --- hemispheric specialisation --- lateralization --- elasmobranchs --- Perissodus --- attention --- risk