
audiobook
by William Bateson, Gregor Mendel
Transcriber’s notes:
The work offers a clear‑handed defence of Gregor Mendel’s experiments on hybridisation at a time when Darwinian theory still dominated evolutionary thought. By presenting faithful translations of Mendel’s original papers, it lets modern readers hear the scientist’s own words, complete with the tables and symbols that underpinned his discoveries. The author also supplies a concise introductory lecture that prepares newcomers for the technical material that follows.
In the early twentieth‑century debate, a prominent critic, Professor Weldon, challenged Mendel’s relevance. This book follows that criticism point by point, explaining why the objections stem more from indifference than from scientific error, and it argues that Mendel’s laws remain essential for any serious study of heredity. The defence is built on careful scholarship rather than polemic, inviting readers to judge the evidence for themselves.
Beyond the argumentative sections, the volume includes extensive footnotes and cross‑references that make it a practical resource for students and enthusiasts alike. Its balanced tone and accessible explanations help bridge the historical gap between Mendel’s pea‑plant experiments and today’s understanding of genetic inheritance.
Language
en
Duration
~5 hours (344K characters)
Publisher of text edition
Project Gutenberg
Original publisher
United Kingdom: University Press, 1902.
Credits
Thiers Halliwell, ellinora, Bryan Ness and the Online Distributed Proofreading Team at https://www.pgdp.net (This file was produced from images generously made available by The Internet Archive/American Libraries.)
Release date
2022-11-16
Rights
Public domain in the USA.

1861–1926
A key early champion of genetics, this English biologist helped bring Gregor Mendel’s ideas to a wider scientific audience. He even gave the field its name, helping shape how heredity would be studied in the modern age.
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1822–1884
A quiet monk with a gift for numbers, he transformed simple pea plant experiments into the foundation of modern genetics. His work showed that inherited traits follow patterns that could be observed, tested, and counted.
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