How physical forces shape tooth form across vertebrates
This scholarly study examines why teeth look the way they do, arguing that mechanical forces like use, wear, strain, and pressure largely drive tooth form and variation. It connects dental anatomy to broader ideas about evolution and habit, with detailed discussion of how different diets influence tooth structure.
The work surveys the idea that teeth and jaws respond to functional demands over generations, drawing on paleontological evidence and comparative anatomy. It includes critical perspectives from contemporaries, and it situates its findings within the broader history of dental science. Rich illustrations and plates help readers visualize tooth shapes, wear patterns, and the relationships between teeth and jaw movement.
- Learn how wear, repair, and usage influence tooth size and shape across vertebrates
- See how hypotheses about tooth development are tested with fossil evidence and comparative data
- Explore how plates and diagrams illuminate the anatomy of deciduous and permanent teeth
- Understand how different mammal groups, from ungulates to insectivores, illustrate these principles
Ideal for readers of zoology, paleontology, and dental anatomy who want a clear, concrete look at how form follows function in teeth.