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

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書(shū)目名稱(chēng)Digital Endocasts影響因子(影響力)




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改良

forestry

Fossil Primate Endocasts: Perspectives from Advanced Imaging Techniques,nces in morphostructural organization and quantitatively characterizing intra- and interspecific variation patterns provides new possibilities for the study of the primate fossil record, especially for assessing brain evolutionary tracks.

易于

The Evolution of Avian Intelligence and Sensory Capabilities: The Fossil Evidence, endocasts provide crucial information on the evolution of a critical structure, the Wulst, which underwent significant enlargement during the Cenozoic and is found with highly variable form in all extant birds. With our increasing awareness of avian cognitive capacity and neural structure, the evol

dry-eye

The Endocranial Vascular System: Tracing Vessels,, diploic veins, dural venous sinuses, and emissary veins. We review the morphological and functional information about these craniovascular features and their applications in paleontology, medicine, bioarchaeology, and forensic science.

故意

The Brain, the Braincase, and the Morphospace,traints with these areas. The frontal, parietal, and occipital bones are more directly shaped by the cortical brain surface, but they have constraints associated with bone articulations and reciprocal spatial adjustments. The final phenotype, selected by evolutionary processes, is an admixture of ad

故意

Landmarking Brains,nary context. We suggest different methodological alternatives within geometric morphometrics, highlighting their advantages and disadvantages. We also discuss how strengths of automated neuroimaging techniques can be combined with geometric morphometric analytical tools.

nepotism

Landmarking Endocasts,tal sample is 0.86?mm, which is comparable with the error obtained by other authors on cranial, cerebral and endocast analyses. Landmarking on digital replicas, overall, displays larger uncertainty when compared with the physical casts, but the differences are not significant, and both methods give

invade

Reconstruction and Statistical Evaluation of Fossil Brains Using Computational Neuroanatomy,ains of modern humans. The volume of each brain region can also be quantified by using neuroanatomical labels for the brain locations. To evaluate the accuracy of the reconstructed brain, the brains of modern subjects were reconstructed according to CT-derived endocasts, and were then compared with

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