Titlebook: Digital Endocasts; From Skulls to Brain Emiliano Bruner,Naomichi Ogihara,Hiroki C. Tanabe Book 2018 Springer Japan KK 2018 Brain evolution.

錯(cuò)誤

Inferring Cortical Subdivisions Based on Skull Morphology,cal subdivisions in those brains since differences may indicate the differences in cognitive capabilities between fossil hominines and modern humans. We evaluated two approaches to infer borders of cortical regions based on skull morphology. The first approach is to identify cerebral sulci and gyri

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Tractable

The Evolution of Avian Intelligence and Sensory Capabilities: The Fossil Evidence,atic environments during the Mesozoic. Because the braincases of archosaurs are largely ossified, the group has particularly benefited from advances in non-destructive visualisation of endocranial structures over the past two decades. Here, we focus on the neurosensory evolution in the avian lineage

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Ornament

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Landmarking Brains,ches, however, are rarely used in neuroscience. Approaches emphasizing qualitative anatomical description and volumetric measurements of brain structures dominate evolutionary neuroscience, whereas automated computing-intensive approaches are the norm in the field of human neuroimaging. Such approac

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外貌

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