Publication: Author Correction: Dynamic finite-element simulations reveal early origin of complex human birth pattern
Author Correction: Dynamic finite-element simulations reveal early origin of complex human birth pattern
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Frémondière, P., Thollon, L., Marchal, F., Fornai, C., Webb, N. M., & Haeusler, M. (2022). Author Correction: Dynamic finite-element simulations reveal early origin of complex human birth pattern. Communications Biology, 5, 475. https://doi.org/10.1038/s42003-022-03436-3
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Human infants are born neurologically immature, potentially owing to conflicting selection pressures between bipedal locomotion and encephalization as suggested by the obstetrical dilemma hypothesis. Australopithecines are ideal for investigating this trade-off, having a bipedally adapted pelvis, yet relatively small brains. Our finite-element birth simulations indicate that rotational birth cannot be inferred from bony morphology alone. Based on a range of pelvic reconstructions and fetal head sizes, our simulations further imply tha
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Frémondière, P., Thollon, L., Marchal, F., Fornai, C., Webb, N. M., & Haeusler, M. (2022). Author Correction: Dynamic finite-element simulations reveal early origin of complex human birth pattern. Communications Biology, 5, 475. https://doi.org/10.1038/s42003-022-03436-3