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Ernst Mayr (1904–2005)

Author of What Evolution Is

73+ Works 2,530 Members 15 Reviews 10 Favorited

About the Author

Ernst Mayr is Professor Emeritus in the Museum of Comparative Zoology at Harvard University

Includes the names: Ernst Mayr, Ernst Mayr, Ernest Mayr

Also includes: E. Mayr (2)

Image credit: University of Konstanz

Works by Ernst Mayr

What Evolution Is (2001) 794 copies, 5 reviews
The Species Problem (1974) 5 copies
Biologia ed evoluzione (1982) 5 copies
Evolución (1979) 5 copies
Evrim Nedir? (2016) 4 copies
List of New Guinea Birds (1941) 4 copies
這就是生物學 (2017) 1 copy
Biyoloji Budur (2017) 1 copy
Evolution 1 copy
Il modello biologico (1998) 1 copy

Associated Works

The Origin of Species (1859) — Introduction, some editions — 16,566 copies, 133 reviews
The Oxford Book of Modern Science Writing (2008) — Contributor — 886 copies, 6 reviews
Darwin (Norton Critical Edition) (1970) — Contributor — 714 copies, 4 reviews
Acquiring Genomes: The Theory of the Origins of the Species (2002) — Foreword, some editions — 202 copies, 2 reviews
The Best American Science Writing 2001 (2001) — Contributor — 137 copies

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Common Knowledge

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Reviews

22 reviews
Ernst Mayr was one of the leading evolutionary biologists of the last century. He lived to be a hundred years old and was well into his nineties when he wrote this book, showing that his brain was as sharp as ever.

It is a wide-ranging book which succinctly covers all the key issues relating to evolution, but I would particularly like to draw attention to two aspects of Mayr's approach.

Firstly, he shows that Darwinian evolutionary theory actually consists of several distinct strands. For show more example, after the publication of Darwin's "On the Origin of Species", the idea of the common descent of all living creatures ("the tree of life") became widely accepted relatively quickly, whereas the mechanism of evolutionary change - natural selection - took much longer to gain widespread support, even amongst scientists.

Similarly, Mayr shows that evolution over time within one species and the branching off of a new species from an existing one (speciation) are two distinct but related processes. (Mayr himself played a central role in developing a fuller understanding of the speciation process.)

The second important aspect of Mayr's approach is his criticism of the fact that "most treatments of evolution are written in a reductionist manner in which all evolutionary phenomena are reduced to the level of the gene". This is directed against those like Richard Dawkins who see the gene as being the target of natural selection. Mayr shows that natural selection cannot "see" individual genes and that it is the organism as a whole which is the target of selection. It is the organism that lives or dies and succeeds or fails in reproducing, not the individual gene.

This last point has been reinforced by the fact that we now know that one gene can affect several different parts of an organism or its behaviour, and that several genes often interact with each other to produce one characteristic.

I strongly recommend this book. But I must point out that, although it is largely very clearly written, a few parts are quite difficult, especially for anyone who is new to evolutionary theory. For that reason I would recommend Jerry Coyne's book, "Why Evolution Is True", as a companion volume for newcomers.
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Perfect. Here at last is a great book explaining the essential facts about evolutionary biology to everyone -novices and afficionados alike. There's a lot of introductory books on the topic, but this one stands out for at least two reasons.

First, Ernst Mayr is not taking side when dealing with arguable issues. Well, he certainly has his convictions (pro-gradualism, anti-selfish gene hypothesis...) but, he is very honest and fairplay with views opoosite to his own. We can't say the same about show more every author...

Then, and above all, he's not assuming his readers are a bunch of fools unable to grasp such difficult topics if they are not trained and qualified for it. He defines every key concepts, even the toughest ones in a enlightening prose, supported by enough examples to make the whole understandable even by laymen (like me!). There's a lot to learn, that's what we are here for.

Besides, the plan is well structured and organised: proofs that evolution is a fact, how it works and accounts for biodiversity and, finally, a closing chapter about human evolution. A straighforward appendix draws back on the main points by completing them. There's even a glossary to make the whole easier to go through.

A MUST read.
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A really through introduction to evolution. Not too technical, and easy to understand. My only criticism is he occasionally leaves some terms undefined. I think he wrote this when he was in his 90s' so we can cut him some slack. Highly recommended
This book is an exceptional history of science because it was written by a very prominent scientist. It's hard to imagine that a better history of biology will become available anytime soon. Especially the chapters on diversity and evolution are fascinating and understandable even for a layman, the final chapter on inheritance is more difficult because some familiarity with cell biology is required. At the end there's an interesting synopsis of some philosophical consequences drawn from the show more preceding chapters. If you're interested in the history of biology, this is the book you should begin with. show less

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Works
73
Also by
5
Members
2,530
Popularity
#10,144
Rating
4.1
Reviews
15
ISBNs
111
Languages
12
Favorited
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