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Symmetry in Human Evolution, from Biology to Behaviours
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Our knowledge of human evolution has made particular progress recently, due to the discovery of new fossils, the use of new methods and multidisciplinary approaches. Moreover, studies on the departure from symmetry, including variations in fluctuating or directional asymmetries, have contributed to the expansion of this knowledge. This Special Issue brings together articles that deal with symmetry and human evolution. The notion of symmetry is addressed, including whether to reconstruct deformed fossil specimens, study biological variations within hominins or compare them with extant primates, address the shape of the brain or seek possible relationships between biological and behavioural data.
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Keywords
- Arothron
- artificial intelligence
- asymmetry
- Biological Anthropology
- biomechanical analysis
- Biomechanics
- brain asymmetry
- brain-endocast correspondence
- cerebellar lobe
- Cerebellum
- cerebrum
- Chimpanzee
- Clinical & internal medicine
- cognitive increase
- contralateral asymmetry
- cortical thickness
- diffeomorphic surface matching
- digital reconstruction
- directional asymmetry
- Europe
- Evolution
- evolutionary changes
- fossil
- functional morphology
- geometric morphometrics
- Gesture
- grasping
- hand dominance
- hand shape
- handedness
- hominin
- Homo
- Homo heidelbergensis
- Homo neanderthalensis
- Homo sapiens
- Human evolution
- interdisciplinarity
- Invertebrates
- lateralization
- limb bone
- manual activities
- medicine
- Middle Pleistocene humans
- modern humans
- n/a
- Neurology & clinical neurophysiology
- NMDID
- occipital
- ontogeny
- Paleontology
- petalia
- power grip strength
- Primates
- rigidity
- shape asymmetry
- show.asymmetry
- upper limb
- Vertebrates
- virtual anthropology
Links
DOI: 10.3390/books978-3-0365-5594-2Editions