BOOK: Unnatural Selection by Katrina van Grouw

This summer, I – and a theater full of lovers of science – were treated to a talk from natural history illustrator, scientist, and author Katrina van Grow. At one of Portland’s Science on Tap evenings, the author of the popular Unfeathered Bird (Princeton University Press, 2013) shared all about her new book Unnatural Selection (also from Princeton University Press), and she did so enthusiastically. Illustrating and discussing animal skeletons is obviously a passion of hers, and it showed wonderfully in her presentation. I was delighted to buy a copy of Unnatural Selection from her. For others, this would make a great gift for the Darwin aficionado in your life!

Unnatural Selection (1)

The subject of Unnatural Selection, opposite that of Darwin’s “natural selection,” is the human-initiated selective breeding of domestic animals: the dogs, pigeons, chickens and geese, and livestock that grace the pages of this beautiful, large-format book. The publisher’s description:

Unnatural Selection is a stunningly illustrated book about selective breeding–the ongoing transformation of animals at the hand of man. More important, it’s a book about selective breeding on a far, far grander scale—a scale that encompasses all life on Earth. We’d call it evolution. A unique fusion of art, science, and history, this book celebrates the 150th anniversary of Charles Darwin’s monumental work The Variation of Animals and Plants under Domestication, and is intended as a tribute to what Darwin might have achieved had he possessed that elusive missing piece to the evolutionary puzzle—the knowledge of how individual traits are passed from one generation to the next. With the benefit of a century and a half of hindsight, Katrina van Grouw explains evolution by building on the analogy that Darwin himself used—comparing the selective breeding process with natural selection in the wild, and, like Darwin, featuring a multitude of fascinating examples. This is more than just a book about pets and livestock, however. The revelation of Unnatural Selection is that identical traits can occur in all animals, wild and domesticated, and both are governed by the same evolutionary principles. As van Grouw shows, animals are plastic things, constantly changing. In wild animals the changes are usually too slow to see—species appear to stay the same. When it comes to domesticated animals, however, change happens fast, making them the perfect model of evolution in action. Suitable for the lay reader and student, as well as the more seasoned biologist, and featuring more than four hundred breathtaking illustrations of living animals, skeletons, and historical specimens, Unnatural Selection will be enjoyed by anyone with an interest in natural history and the history of evolutionary thinking.

I’ve poured over the fantastic illustrations and look forward to diving into the text!

Links:
Princeton UP Blog: Katrina van Grouw on the 150th Anniversary of Darwin’s Classic Work
The Friends of Charles Darwin: Book review: ‘Unnatural Selection’ by Katrina van Grouw
Tetrapod Zoology: Coming Soon in 2018: Katrina Van Grouw’s Unnatural Selection
Linnean Society of London lecture on YouTube: Unnatural Selection: Evolution at the Hand of Man (and one from 2017 for The Unfeathered Bird)
Darwin Online: The variation of animals and plants under domestication (1868)

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ARTICLE: Charles Darwin, Richard Owen, and Natural Selection: A Question of Priority

In the the Journal of the History of Biology:

Charles Darwin, Richard Owen, and Natural Selection: A Question of Priority

Curtis N. Johnson (author of Darwin’s Dice)

Abstract No single author presented Darwin with a more difficult question about his priority in discovering natural selection than the British comparative anatomist and paleontologist Richard Owen. Owen was arguably the most influential biologist in Great Britain in Darwin’s time. Darwin wanted his approbation for what he believed to be his own theory of natural selection. Unfortunately for Darwin, when Owen first commented in publication about Darwin’s theory of descent he was openly hostile (Edinb. Rev. vol. 111, Article VIII, 1860, pp. 487–533, anonymous). Darwin was taken off-guard. In private meetings and correspondence prior to 1860 Owen had been nothing but polite and friendly, even helping Darwin in cataloguing and analyzing Darwin’s zoological specimens from the Beagle voyage. Every early indication predicted a life-long friendship and collaboration. But that was not to be. Owen followed his slashing review with a mounting campaign in the 1860s to denounce and discredit both Darwin and his small but ascendant circle of friends and supporters. But that was not enough for Owen. Starting in 1866, perhaps by now realizing Darwin had landed the big fish, Owen launched a new campaign, to claim the discovery of “Darwin’s theory” for himself. Darwin naturally fought back, mainly in the “Historical Sketch” that he prefaced to Origin starting in 1861. But when we peel back the layers of personal animus and escalating vituperation we discover in fact their quarrel was generated more by mutual misunderstanding than scientific disagreement. The battle ended only when Darwin finally penetrated to the crux of the matter and put an end to the rivalry in 1872, in the final version of the Sketch.

BOOK: Darwin Comes to Town: How the Urban Jungle Drives Evolution

In February I came across an article about a letter written to Darwin in 1878 that discussed the color variation in a species of moth in response to industrial pollution. Turns out this was from the author of a new book all about how the evolution of animal species can be observed within urban areas.

Darwin Comes to Town

Menno Schiltuizen, Darwin Comes to Town: How the Urban Jungle Drives Evolution (New York: Picador/Macmillan, 2018), 304 pp.

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Publisher’s description Menno Schilthuizen is one of a growing number of “urban ecologists” studying how our manmade environments are accelerating and changing the evolution of the animals and plants around us. In Darwin Comes to Town, he takes us around the world for an up-close look at just how stunningly flexible and swift-moving natural selection can be. With human populations growing, we’re having an increasing impact on global ecosystems, and nowhere do these impacts overlap as much as they do in cities. The urban environment is about as extreme as it gets, and the wild animals and plants that live side-by-side with us need to adapt to a whole suite of challenging conditions: they must manage in the city’s hotter climate (the “urban heat island”); they need to be able to live either in the semidesert of the tall, rocky, and cavernous structures we call buildings or in the pocket-like oases of city parks (which pose their own dangers, including smog and free-ranging dogs and cats); traffic causes continuous noise, a mist of fine dust particles, and barriers to movement for any animal that cannot fly or burrow; food sources are mainly human-derived. And yet, as Schilthuizen shows, the wildlife sharing these spaces with us is not just surviving, but evolving ways of thriving. Darwin Comes to Town draws on eye-popping examples of adaptation to share a stunning vision of urban evolution in which humans and wildlife co-exist in a unique harmony. It reveals that evolution can happen far more rapidly than Darwin dreamed, while providing a glimmer of hope that our race toward over population might not take the rest of nature down with us.

Read reviews from NPR Books, Kirkus Reviews, Publisher’s Weekly, Financial Times, and interviews with the author from Scientific Inquirer and Chicago Book Review. Schilthuizen also appeared on CBS This Morning and in conversation with Isabella Rossellini.

Two new books centered on evolution and the human species

Here are two new books centered on evolution and the human species that readers here may be interested in:

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Philip Lieberman, The Theory that Changed Everything: “On the Origin of Species” as a Work in Progress (New York: Columbia University Press, 2017), 232 pp.

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Publisher’s description Few people have done as much to change how we view the world as Charles Darwin. Yet On the Origin of Species is more cited than read, and parts of it are even considered outdated. In some ways, it has been consigned to the nineteenth century. In The Theory That Changed Everything, the renowned cognitive scientist Philip Lieberman demonstrates that there is no better guide to the world’s living—and still evolving—things than Darwin and that the phenomena he observed are still being explored at the frontiers of science. In an exploration that ranges from Darwin’s transformative trip aboard the Beagle to Lieberman’s own sojourns in the remotest regions of the Himalayas, this book relates fresh, contemporary findings to the major concepts of Darwinian theory, which transcends natural selection. Drawing on his own research into the evolution of human linguistic and cognitive abilities, Lieberman explains the paths that adapted human anatomy to language. He demystifies the role of recently identified transcriptional and epigenetic factors encoded in DNA, explaining how nineteenth-century Swedish famines alternating with years of plenty caused survivors’ grandchildren to die many years short of their life expectancy. Lieberman is equally at home decoding supermarket shelves and climbing with the Sherpas as he discusses how natural selection explains features from lactose tolerance to ease of breathing at Himalayan altitudes. With conversational clarity and memorable examples, Lieberman relates the insights that led to groundbreaking discoveries in both Darwin’s time and our own while asking provocative questions about what Darwin would have made of controversial issues today, such as GMOs, endangered species, and the God question.

This book is reviewed, along with three other new titles about Darwin, in the Times Literary Supplement, and the author of said review discusses it for the TLS podcast.  And a so-so review from Publisher’s Weekly.

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Kostas Kampourakis, Turning Points: How Critical Events Have Driven Human Evolution, Life, and Development (New York: Prometheus Books, February 2018), 384 pp. 

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Publisher’s description Critical historical events–or “turning points”–have shaped evolution and continue to have a decisive effect on individual lives. This theme is explored and explained in this lucid, accessible book for lay readers. The author argues that, although evolution is the result of unpredictable events, these events have profound influences on subsequent developments. Life is thus a continuous interplay between unforeseeable events and their decisive consequences. As one example, the author cites the fusing of two chromosomes, which differentiated the human species from our closest animal relatives about 4 to 5 million years ago. This event was not predictable, but it had a profound effect on the evolution of our species thereafter. By the same token, certain unpredictable circumstances in the past enabled only Homo sapiens to survive to the present day, though we now know that other human-like species also once existed. The author contrasts such scientific concepts grounded in solid evidence with prevalent misconceptions about life: specifically, the religious notion that there is a plan and purpose behind life, the widespread perception that intelligent design governs the workings of nature, the persistent belief in destiny and fate, and the attribution of an overly deterministic role to genes. This excellent introduction for laypersons to core ideas in biology goes a long way toward dispelling such misconceptions and presents current scientific research in clearly understandable, jargon-free terms.

Again, this book is reviewed in Publisher’s Weekly.

More articles on Darwin and paleontology

I’ve recently shared some notices of new articles on Darwin and paleontology (here and here), and have since learned that they and three more are all part of a special issue devoted to the topic. Here are the three others, in the journal Studies in History and Philosophy of Science Part C: Studies in History and Philosophy of Biological and Biomedical Sciences:

Introduction: Towards a global history of paleontology: The paleontological reception of Darwin’s thought

David Sepkoski and Marco Tamborini

Highlights Paleontology had an important role in the reception of Darwinian evolutionary ideas / The reception of Darwin by paleontologists varied significantly by national tradition / This special issue is a first step towards a global history of paleontology

American Palaeontology and the reception of Darwinism

Peter J. Bowler

Highlights Outlines the varying responses of American paleontologists to Darwinism / Explores the complexity of O. C. Marsh’s support for natural selection / Shows how neo-Lamarckians developed an alternative to Darwinism

“How nationality influences Opinion”: Darwinism and palaeontology in France (1859–1914)

Claudine Cohen

Highlights Analyzes different aspects of 19th century French anti-Darwinism, their causes and effects / Describes the emergence of transformist views in French late 19th-Century palaeontology / Examines the specificity of French Neo-Lamarckian thought / Studies the reference to Darwin’s thought in 19th century French palaeontological works (Gaudry, Saporta, Deperet, F. Bernard) / Studies evolutionary concepts involved in the approach to Human evolution

ARTICLE: Modelling with words: Narrative and natural selection

In the April 2017 issue of Studies in History and Philosophy of Science Part C: Studies in History and Philosophy of Biological and Biomedical Sciences:

Modelling with words: Narrative and natural selection

Dominic K. Dimech

Abstract I argue that verbal models should be included in a philosophical account of the scientific practice of modelling. Weisberg (2013) has directly opposed this thesis on the grounds that verbal structures, if they are used in science, only merely describe models. I look at examples from Darwin’s On the Origin of Species (1859) of verbally constructed narratives that I claim model the general phenomenon of evolution by natural selection. In each of the cases I look at, a particular scenario is described that involves at least some fictitious elements but represents the salient causal components of natural selection. I pronounce the importance of prioritising observation of scientific practice for the philosophy of modelling and I suggest that there are other likely model types that are excluded from philosophical accounts.