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In recent decades, scientists have learned that life is governed by the extraordinary system of genes encoded in the chemical patterns of DNA in every cell. These mechanisms have gradually been revealed, and we now know how genes can be transmitted between generations, and how they are expressed in the bodies of all living things. This knowledge has accompanied an ever increasing understanding of the dynamics of evolution through natural selection, whereby different species ensure their survival and accommodate themselves to environmental changes. Today, as molecular biologists actively intervene in the genetic material of more and more species, and especially in view of advances in reproductive technology, our very perception of the meaning of life is subject to change. This encyclopedia provides an up-to-date, accessible, and attractive introduction to these important ideas. Its thematic organization, highlighted by full-color artwork and state-of-the-art photographs, takes the reader to the essence of the key topics in genetics and evolution, exploring recent discoveries and ongoing debates. The 500-entry keyword section provides a bonus "mini-encyclopedia" of central terms and concepts, while the unique factfiles present critical information in easy-to-read charts and graphs.
This volume investigates the fundamental mechanisms of genetic inheritance and the evolutionary processes that drive biological diversity. Author Jill Bailey synthesizes complex molecular biology and evolutionary theory into an accessible framework for general readers. By examining the chemical architecture of DNA alongside the dynamics of natural selection, the text provides a comprehensive overview of how life persists and adapts across generations.
What You Will Find
Experts recognize this work as a highly accessible entry point for students and laypeople interested in the intersection of genetics and evolutionary biology. Readers frequently note that the inclusion of visual aids and the structured keyword section make it a practical reference tool for clarifying complex scientific concepts.
Page Count:
160
Publication Date:
1995-11-30
Publisher:
Oxford University Press
ISBN-10:
0195211375
ISBN-13:
9780195211375
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