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Teeth and their surrounding structures are exceptional sources for addressing significant questions in numerous disciplines. In this publication, an international, multidisciplinary team of researchers addresses important issues on current aspects of dental morphology research from evolutionary, anatomical, clinical and archaeological perspectives. In combining leading-edge methods of data acquisition and analyses, such as molecular analyses and highly advanced non-destructive imaging technologies, the book demonstrates how information about various aspects of dental morphology can be used to explore the evolution of vertebrate life histories, a subject most relevant to our own species. The chapters provide profound discussions on dental evolution, dental morphology, dental tissues, dental growth and development, as well as on clinical aspects of dental morphology. As a special feature, the publication provides new information about the role of teeth as tools in reconstructing the nature and behaviour of past populations.
This publication investigates the multifaceted role of dental morphology in understanding life histories across vertebrate species. A multidisciplinary team of researchers explores current aspects of dental morphology from evolutionary, anatomical, clinical, and archaeological viewpoints, utilizing advanced methods like molecular analyses and non-destructive imaging. The book presents profound discussions on dental evolution, tissue development, and clinical applications, highlighting teeth as crucial tools for reconstructing past populations and their behaviors.
This collection of research demonstrates the significant utility of dental morphology across various scientific disciplines. The integration of advanced analytical techniques with diverse perspectives from evolutionary biology to archaeology offers a comprehensive view of the field. The focus on reconstructing past life histories and behaviors through dental evidence provides a unique contribution to understanding vertebrate evolution. The book serves as a valuable resource for researchers seeking to explore the complex information encoded within teeth.
Page Count:
202
Publication Date:
2009-01-01
ISBN-10:
3805592299
ISBN-13:
9783805592291
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