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| Introduction | Benton | Martin |
Traditional vs cladistic classification |
Ch 2.4 | Ch 3 |
Earth history and vertebrate evolution |
Ch 1 | |
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Ch 4 | |
| Diversity of the Vertebrates | ||
Origins of the vertebrates |
Ch 1; 3.1-3.2 | |
The vertebrate body plan |
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| The early Paleozoic Era | ||
Agnathic fish |
Ch 3.3 | |
Rise of jawed vetebrates & radiation of the chondrichthyes |
Ch 3.4 - 3.7 | |
Dominance of the osteichthyes |
Ch 3.9.1 | |
| The late PaleozoicEra | ||
The sarcopterygii and the origin and radiation of tetrapods |
Ch 3.9.2-3.9.4 | pp 191-196 |
The radiation of tetrapods |
Ch 4 | pp 196-208 |
Rise and decline of the amphibians |
Ch 4.5 - 4.7 | |
Early amniotes |
Ch 5.1 - 5.3 | |
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The close of thePaleozoicEra |
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Early amniote radiations |
Ch 5.3-5.4 | |
Synapsid reptiles and the evolution of mammals |
Ch 5.5 - 5.6 & Ch 10.1- 10.5 |
Ch 8 |
Diapsid lines: advanced archosaurs and primitive lepidosaurs |
Ch 5.5-5.6; 10.1-10.4; | |
| The Mesozoic Era | ||
Evolution of dinosarus from early archosaurs |
Ch 6 | |
Radiation of the dinosaurs |
Ch 8 | |
The bird/dinosaur connection |
Ch 9 | Ch 7 |
Extinction of the dinsoaurs |
Ch 8.12 | |
Extinction as a driving force in evolution |
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| The Cenozoic Era | ||
Radiation of the mammals |
Ch 10 | |
The mammalian life-style |
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Major mammalian lines |
pp 209 - 217 | |
Human evolution |
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