Titlebook: Evolution of the Brain, Cognition, and Emotion in Vertebrates; Shigeru Watanabe,Michel A Hofman,Toru Shimizu Book 2017 The Editor(s) (if a

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The Evolution of Mammalian Brains from Early Mammals to Present-Day Primatesarly mammals were small, and their small brains had a proportionately small cap of neocortex divided into approximately 20 functionally distinct areas. Numbers of areas and the size of the cortical sheet increased with the first primates and contained 40–50 cortical areas. Overall the six million ye

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Developmental Sequences Predict Increased Connectivity in Brain Evolution: A Comparative Analysis of changes in connectivity patterns across species. We here review the regularities in the timing of developmental events across species. We then use them to predict evolutionary changes in the number of cell types in order to identify evolutionary changes in the internal circuitry of the cerebellum a

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The Evolution of Cognitive Brains in Non-mammalsion has focused on primates and other mammals, increasing evidence from non-mammals also supports a link between cognitive ability and the brain. This is especially true for relationships between cognition and relative brain and brain region sizes. Cross-species comparisons of innovativeness, tool u

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On the Matter of Mind: Neural Complexity and Functional Dynamics of the Human Brainable progress has been made in explaining brain evolution in terms of physical and adaptive principles. The object of this review is to present current perspectives on primate brain evolution, especially in humans, and to examine some of the design principles and operational modes that underlie the

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Behavioural, Cognitive and Neuronal Changes in the Acquisition of Tool Usere dynamic relationships between animals’ physical and cognitive abilities and their environmental conditions. In this chapter, we will focus on tool use in primates, especially Japanese macaques and common marmosets, which have not been observed to use tools in the wild but can be trained to do so

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