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[Sexual dimorphism of correlations in crainometry]
Bulletin De L'Association Des Anatomistes
|June 1, 1977
Summary
Cranial dimension correlations reveal higher values in males than females, confirming previous research. Adjusting for skull weight and volume indicates genetic factors contribute to sexual dimorphism.
Area of Science:
- Anthropometry
- Human genetics
- Craniometry
Context:
- Investigating sexual dimorphism in human skull morphology.
- Analyzing correlations among 20 cranial dimensions in large cohorts.
Purpose:
- To test Schreider's hypothesis on sexual dimorphism in cranial traits.
- To determine the influence of genetic factors on sex-related skull differences.
Summary:
- Cranial dimension correlations were higher in males (n=500) than females (n=500).
- Partial correlations, controlling for skull weight and volume, revealed equal numbers of sex differences in each group.
- This supports the hypothesis that sexual dimorphism is partly genetic and sex-related.
Impact:
- Provides evidence for the genetic basis of sexual dimorphism in human craniofacial structure.
- Contributes to understanding the interplay between genetics and environmental factors in shaping skeletal morphology.
- Offers insights into anthropometric variations between sexes relevant to forensic anthropology and evolutionary biology.