
This unique volume takes a close look at patterns of evolutionary change responsible for the astounding diversity of life and the major radiations seen in many taxonomic groups. Evidence from the fossil record shows that this process has not occurred at an even rate. Rather, relatively short but highly active periods of evolution have yielded the multiplication of species and morphological divergences, such as the emergence of flowering plants during the late Cretaceous. The contributors to this work, all recognized authorities in their fields, discuss general aspects of major radiations, and then focus on evolution in taxonomic groups with ample fossil records. The book is an important complement to the literature of extinction and paleontology, and will be read with interest by paleontologists and evolutionary biologists alike.
This volume investigates the mechanisms and patterns of major evolutionary radiations that have shaped the biological diversity observed in the fossil record. Edited by Gilbert P. Larwood and Paul D. Taylor, the text compiles research from recognized authorities in paleontology and evolutionary biology. The contributors analyze why evolutionary change does not occur at a constant rate, instead focusing on brief, high-intensity periods of speciation and morphological divergence.
What You Will Find
Experts recognize this volume as a specialized resource for paleontologists and evolutionary biologists interested in the mechanics of macroevolution. Readers frequently note the academic density of the prose and the technical nature of the contributions provided by the field specialists.
Page Count:
456
Publication Date:
1991-03-28
Publisher:
Clarendon Press
ISBN-10:
0198577184
ISBN-13:
9780198577188
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