
When did the first vertebrates emerge, and how did they differ from their invertebrate ancestors? When did vertebrates evolve jaws, paired fins, pattern vision, or a neocortex? How have evolutionary innovations such as these impacted vertebrate behavior and success? Georg Striedter and Glenn Northcutt answer these fundamental questions about all major vertebrate lineages. Highlighting the key innovations of each major taxonomic group, they review how evolutionary changes in vertebrate genetics, anatomy, and physiology are reflected in the nervous system. This highly accessible book allows readers to explore a vast expanse of scientific knowledge, ranging from paleoecology to comparative molecular biology, sensory biology to neural circuit evolution, and fossil anatomy to animal behavior. Brains Through Time examines how vertebrate nervous systems evolved in conjunction with other organ systems and the planet's ecology. Surveying an enormous range of information on genes and proteins, sensory and motor systems, central neural circuits, physiology, and animal behavior, the authors reconstruct the major changes that occurred as vertebrates emerged and then diversified. In the process, readers are transported back in time to key stages of vertebrate evolution, notably the origin of vertebrates, the evolution of paired fins and jaws, the transition to life on land, and the origins of warm-blooded mammals and birds.
This book investigates the evolutionary trajectory of vertebrate nervous systems and how specific anatomical and physiological innovations facilitated the diversification of major vertebrate lineages. The authors, Georg F. Striedter and R. Glenn Northcutt, utilize a multidisciplinary framework that integrates fossil records, comparative molecular biology, and neuroanatomy. By synthesizing data across genetics and ecology, they argue that the evolution of the brain is inextricably linked to broader systemic changes in vertebrate anatomy and environmental adaptation.
What You Will Find
Scope Limits
Experts recognize this work as a comprehensive synthesis that bridges the gap between paleontology and modern neuroscience. Readers frequently note the academic density of the prose, which serves as a rigorous reference for students and professionals in the biological sciences.
Page Count:
538
Publication Date:
2019-01-01
Publisher:
Oxford University Press
ISBN-10:
0190079738
ISBN-13:
9780190079734
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