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Anatomy, Development, and Function of the Human Pelvis
Jeremy M DeSilva1, Karen R Rosenberg2
1Department of Anthropology, Dartmouth College, Hanover, New Hampshire, 03755.
Insights
The human pelvis is uniquely shaped for bipedalism and childbirth, showing significant sexual dimorphism. New research explores its anatomy, variation, and function, offering insights into evolutionary pressures.
Area of Science:
- Paleoanthropology
- Human Anatomy
- Evolutionary Biology
Background:
- The pelvis is crucial for human locomotion and obstetrics.
- It exhibits significant sexual dimorphism, making it a key area of study.
- Understanding pelvic morphology is vital for evolutionary and biomechanical analyses.
Discussion:
- The human pelvis's short, stout, and wide structure is an adaptation for bipedalism, present early in hominin evolution.
- This specialized morphology contrasts with that of ancestral ape pelves.
- New research investigates the intricate relationship between female pelvic form and locomotor function.
Key Insights:
- Thirteen original research papers examine the modern human pelvis's anatomy, development, variation, and function.
- These studies shed light on the selective pressures that have shaped the pelvis over time.
- The research highlights the pelvis as a complex bone with implications for understanding human evolution.
Outlook:
- This collection of research advances our understanding of pelvic evolution and function.
- It raises new questions regarding pelvic dimorphism, locomotion, and obstetrics.
- Future studies are expected to build upon these findings, inspiring further investigation into this complex skeletal element.
Abstract:
The pelvis is an anatomically complex and functionally informative bone that contributes directly to both human locomotion and obstetrics. Because of the pelvis' important role in obstetrics, it is one of the most sexually dimorphic bony elements of the human body. The complex intersection of pelvic dimorphism, locomotion, and obstetrics has been reenergized by exciting new research, and many papers in this special issue of the pelvis help provide clarity on the relationship between pelvic form (especially female) and locomotor function. Compared to the pelvis of our ape relatives, the human pelvis is uniquely shaped; it is superoinferiorly short and stout, and mediolaterally wide-critical adaptations for bipedalism that are already present in some form very early in the history of the hominin lineage. In this issue, 13 original research papers address the anatomy, development, variation, and function of the modern human pelvis, with implications for understanding the selection pressures that shaped and continue to shape this bone. This rich collection of scholarship moves our understanding of the pelvis forward, while raising dozens of new questions that we hope will serve as inspiration for colleagues and students (both current and future) puzzled by this fascinatingly complex bone. Anat Rec, 300:628-632, 2017. © 2017 Wiley Periodicals, Inc.
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