Morphodynamics of Invertebrate Skeletons
(Sprache: Englisch)
The history of life through more than 500 million years is recorded by fossils. From trace fossils (covered in the companion book "Trace Fossil Analysis) we learn about the behaviour of animals that moved on or within the sediment. Body fossils cover a...
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The history of life through more than 500 million years is recorded by fossils. From trace fossils (covered in the companion book "Trace Fossil Analysis) we learn about the behaviour of animals that moved on or within the sediment. Body fossils cover a broader spectrum; but they usually preserve only hard parts and commonly belong to groups of organisms that have become extinct long ago. Based on what we know from modern biology, the shapes of these remains can be interpreted as evolutionary compromises between functional requirements (paradigm) and the constraints imposed by heritage (bauplan), fabrication (biomaterials and morphogenetic processes) and environment. The post-mortem (taphonomic) overprint contained in every fossil must also be removed.
The first part of the book discusses the principles of this approach, while the second part applies them to a broad range of case histories referring to fossil as well as modern invertebrates in systematic order.
Klappentext zu „Morphodynamics of Invertebrate Skeletons “
The history of life through more than 500 million years is recorded by fossils. From trace fossils (covered in the companion book "Trace Fossil Analysis) we learn about the behaviour of animals that moved on or within the sediment. Body fossils cover a broader spectrum; but they usually preserve only hard parts and commonly belong to groups of organisms that have become extinct long ago. Based on what we know from modern biology, the shapes of these remains can be interpreted as evolutionary compromises between functional requirements (paradigm) and the constraints imposed by heritage (bauplan), fabrication (biomaterials and morphogenetic processes) and environment. The post-mortem (taphonomic) overprint contained in every fossil must also be removed.The first part of the book discusses the principles of this approach, while the second part applies them to a broad range of case histories referring to fossil as well as modern invertebrates in systematic order.
Autoren-Porträt von Adolf Seilacher
Born in 1925, Professor Adolf Seilacher studied in Tübingen under Otto H. Schindewolf. He has taught in Frankfurt, Baghdad, Göttingen, Baltimore, and Tübingen, and has been Adjunct Professor at Yale University since 1987. In 1992, the Swedish Academy of Science awarded him the Crafoord Prize, established for fields not covered by the Nobel Prize. Professor Seilacher, perhaps the world's most acknowledged expert in the field of trace fossils, is also known for his contributions to morphology and structuralism, biostratinomy, exceptional preservation and Ediacaran biota.
Bibliographische Angaben
- Autor: Adolf Seilacher
- 2010, 400 Seiten, Maße: 15,5 x 23,5 cm, Gebunden, Englisch
- Verlag: Springer
- ISBN-10: 3642132197
- ISBN-13: 9783642132193
Sprache:
Englisch
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