Mendelism Third Edition

audiobook

Mendelism Third Edition

by Reginald Crundall Punnett

EN·~4 hours·22 chapters

Chapters

22 total

E-text prepared by Paul Hollander, Malcolm Farmer, Keith Edkins,

1:53

THIRD EDITION ENTIRELY REWRITTEN AND MUCH ENLARGED

0:10

New York - THE MACMILLAN COMPANY - 1911

0:14

PREFACE

3:49

ILLUSTRATIONS

2:08

CHAPTER I

9:26

CHAPTER II

12:32

CHAPTER III

17:06

CHAPTER IV

15:28

CHAPTER V

21:51

Description

This revised volume offers a clear‑sighted tour of the early days of Mendelian genetics, weaving together the classic pea‑cross experiments with newer studies of rabbits, sheep, butterflies and fowl. The author’s style is conversational, avoiding heavy scholarly footnotes while still presenting the essential patterns of inheritance that reshaped biology. Rich, full‑color plates bring the data to life, letting listeners picture how traits like flower colour or feather texture segregate across generations.

Beyond the laboratory, the book sketches the emerging distinction between genetics—the systematic study of heredity—and eugenics, the social attempt to apply those findings. Drawing on the work of the Cambridge School and its European counterparts, it explains how scientists began to map traits onto chromosomes and why those discoveries mattered to both scientists and the wider public. Listeners will walk away with a solid grounding in the principles that still underpin modern genetics, presented in a style that feels both historic and surprisingly vivid.

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Details

Full title

Mendelism Third Edition Third Edition

Language

en

Duration

~4 hours (248K characters)

Publisher of text edition

Project Gutenberg

Release date

May 18, 2009

Rights

Public domain in the USA.

About the author

Reginald Crundall Punnett

Reginald Crundall Punnett

1875–1967

Best remembered for the simple square that helped generations of students understand inheritance, this British geneticist also played a major part in establishing genetics as a modern scientific field. His work linked classroom biology with practical breeding experiments and early discoveries about how genes are inherited together.

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