Life really is stranger than fiction, and some of the stuff served up by evolution is outrageously bizarre. There are one-celled creatures that make rats want to cozy up to cats, a parasitic worm that turns snails into “disco zombies” and an ape that communicates across continents by pushing keys to create rows and columns of pixels. I’m fascinated by all of these creatures and love writing books for children about evolutionary biology, especially the evolution of intelligence. Besides authoring How to Build a Human, I’ve written about the evolution of intelligence in dolphins (The Dolphins of Shark Bay) and crows (Crow Smarts: Inside the Brain of the World’s Brightest Bird).
If you want to understand evolution, it certainly helps to know how and where the theory of evolution originated. This picture book rendition of Darwin’s classic work – the foundational text of all modern biology – explains Darwin’s explorations, the process of natural selection, and the common descent of all living things. The direct quotes from Darwin’s own writings are a nice touch, as are the charming illustrations. It doesn’t hurt that the writer/illustrator is a molecular biologist.
A picture book adaptation of Charles Darwin's groundbreaking On the Origin of Species, lushly illustrated and told in accessible and engaging easy-to-understand text for young readers.
On the Origin of Species revolutionized our understanding of the natural world. Now young readers can discover Charles Darwin's groundbreaking theory of evolution for themselves in this stunning picture-book adaptation that uses stylish illustrations and simple text to introduce how species form, develop, and change over time.
As a writer of dozens of books for children, I always learn much more that can go into each effort. A “wow” moment gets me started. It could be a giant cactus that grows so slowly, frogs that don’t ribbet, maybe a moment with a sea turtle, or thoughts on geology and natural wonders. Each book comes into a hazy focus after tons of research but much gets left out. What goes in? The best “wow” details get woven into an incredible story full of surprise, joy, and admiration for this world of constant change and those struggling to survive.
This is the best book to take a first look at evolution and creatures from long, long, long, long ago. Can you chomp? Grandmother Fish could. Can you crawl? Grandmother Reptile could. Who had a jaw, who could squeak, who cuddled with babies, who could climb? Wow! Can you do those things and talk too? With beautiful illustrations and simple wording, wonderful connections are made to show how all life is related. Thoughtful back material helps to explain natural selection and other concepts for those readers who will ask more questions.
It's a simple question, but not so simple an answer to explain especially to young children. Charles Darwin's theory of common descent no longer needs to be a scientific mystery to inquisitive young readers. Meet Grandmother Fish. Told in an engaging call and response text where a child can wiggle like a fish or hoot like an ape and brought to life by vibrant artwork, Grandmother Fish takes children and adults through the history of life on our planet and explains how we are all connected. The book also includes comprehensive backmatter, including: An elaborate illustration of the evolutionary tree…
Life really is stranger than fiction, and some of the stuff served up by evolution is outrageously bizarre. There are one-celled creatures that make rats want to cozy up to cats, a parasitic worm that turns snails into “disco zombies” and an ape that communicates across continents by pushing keys to create rows and columns of pixels. I’m fascinated by all of these creatures and love writing books for children about evolutionary biology, especially the evolution of intelligence. Besides authoring How to Build a Human, I’ve written about the evolution of intelligence in dolphins (The Dolphins of Shark Bay) and crows (Crow Smarts: Inside the Brain of the World’s Brightest Bird).
This superb picture book for children aged 6 to 9 begins by asking children to wonder why dolphins and sharks look superficially similar, yet are less closely related than dolphins and hippos. It covers the emergence of life, evolution in the seas, the appearance of land animals, and the “return to the blue” by dolphins and whales. The illustrations are terrific: bright, simple, and kid-friendly while retaining scientific details.
Graceful, succinct prose and engaging illustrations trace the evolution of life on Earth out of the blue and back again.
Clear and inviting nonfiction prose, vetted by scientists—together with lively illustrations and a time line—narrate how life on Earth emerged “out of the blue.” It began in the vast, empty sea when Earth was young. Single-celled microbes too small to see held the promise of all life-forms to come. Those microbes survived billions of years in restless seas until they began to change, to convert sunlight into energy, to produce oxygen until one day—Gulp!—one cell swallowed another, and the race…
In an ideal world, I would have liked to be a cosmologist and a philosopher. But I became a philosopher with a passion for the history and philosophy of science. This has enabled me to kill two birds with one stone: I learn about the sciences that interest me (physics, evolutionary biology, political philosophy, and sociology), and I explore their philosophical consequences. My podcast, In the Beginning, there was…Philosophy is devoted to such topics.
I value this book because it presents evolution as a testable theory. Evolution is still a controversial topic, and modern creationists dismiss it as a "mere theory."
Evolution, according to Coyne, is not just a "theory"; it is a theory that explains the facts. It is not only testable but makes predictions. Coyne, who specializes in evolutionary genetics, provides plenty of empirical evidence for evolution and natural selection. In Part I, he describes the six components of evolution. In the ensuing chapters, he looks at fossil records, missing links, transitional forms, and biographic evidence for evolution. He also asks the question: ‘Why Sex?’ and explains how species emerge due to geographic isolation.
Another reason I like this book is that it presents the evidence in a lucid way. It is eminently readable and a good companion to my own book.
For all the discussion in the media about creationism and 'Intelligent Design', virtually nothing has been said about the evidence in question - the evidence for evolution by natural selection.
Yet, as this succinct and important book shows, that evidence is vast, varied, and magnificent, and drawn from many disparate fields of science. The very latest research is uncovering a stream of evidence revealing evolution in action - from the actual observation of a species splitting into two, to new fossil discoveries, to the deciphering of the evidence stored in our genome. Why Evolution is True weaves together the many…
I’ve long been fascinated by how life unfolds from a single fertilized egg cell containing just one set of DNA, whether it’s a human, mouse, frog, worm, or anything else. While studying for my PhD in the Gurdon Institute in Cambridge, which combines brings together researchers working on development and cancer, and spending twelve years in science communication at Cancer Research UK, the world’s largest cancer research charity, I came to see cancer and development as two sides of the same coin: one process unfolding healthy life as egg becomes embryo, and the other ultimately bringing disease and death as a single cell grows into a deadly tumor.
On the surface, this fascinating story about the evolutionary journeys of diverse animal species ranging from lizards to porcupines to field mice may seem a strange choice to include in a list of books about cancer, but in fact, it holds many important lessons about how evolution works and how likely we are to get the same outcomes if we ran the tape of time again. In turn, this is vital information underpinning our new understanding of cancer as an evolutionary process within the body, which can potentially be steered through the application of clever treatment strategies to bring about long-term control or even cures.
A major new book overturning our assumptions about how evolution works
Earth’s natural history is full of fascinating instances of convergence: phenomena like eyes and wings and tree-climbing lizards that have evolved independently, multiple times. But evolutionary biologists also point out many examples of contingency, cases where the tiniest change—a random mutation or an ancient butterfly sneeze—caused evolution to take a completely different course. What role does each force really play in the constantly changing natural world? Are the plants and animals that exist today, and we humans ourselves, inevitabilities or evolutionary flukes? And what does that say about life…
I'm a teacher, philosopher, writer, Professor of Philosophy, and holder of the Sullivan Chair in Philosophy at Rockhurst University, Kansas City, Missouri, USA. I'm the author/editor of sixteen books on such topics as religion and science, religion and politics, contemporary European philosophy, and political philosophy. I'm particularly interested in how religion and science, especially evolution, can be shown to be compatible with each other, as well as in developing an argument that there is no chance operating in nature (including in biology). My book and the books below explore these fascinating topics from almost every possible angle, and should whet readers’ appetites for further thinking about these intriguing matters!
This collection of essays takes a different position to mine on the question of chance in evolution. This book boldly approaches the study of evolution with the assumption that there is a large element of chance, contingency, and randomness in the process. Bringing together biologists, and philosophers of science, it explores many aspects of the theory as well as its implications for the existence of life on earth, and especially for the emergence of Homo sapiens. Along the way, the authors tackle such topics as genetic drift, mutation, and parallel evolution. By engaging in collaboration across biology, history, philosophy, and theology, the book offers a comprehensive overview of the history of chance in evolution and at the same time prompts readers to push further the central question as to what the existence of genuine chance would mean for our understanding of nature.
Humans, however much we would care to think otherwise, do not represent the fated pinnacle of ape evolution. The diversity of life, from single-celled organisms to multicellular animals and plants, is the result of a long, complex, and highly chancy history. But how profoundly has chance shaped life on earth? And what, precisely, do we mean by chance? Bringing together biologists, philosophers of science, and historians of science, Chance in Evolution is the first book to untangle the far-reaching effects of chance, contingency, and randomness on the evolution of life. The book begins by placing chance in historical context, starting…
I’m an evolutionary biologist and a Wenner-Gren Fellow at the Evolutionary Biology Centre at Uppsala University, Sweden. My research focuses on the biology of genetic conflicts and what they can tell us about the evolution of conflict and cooperation more generally. I develop population genetic theory and perform comparative analyses to ask how and why such conflicts occur and how they fit into models of social evolution. I also work on the foundations of the so-called gene’s-eye view of evolution, also known as selfish gene theory. I studied at Edinburgh and Toronto and was a postdoc at Cornell and Harvard.
When I read Richard Dawkins’s The Extended Phenotype I knew I wanted to become an evolutionary biologist. The book is the most ambitious articulation of the gene’s-eye view (a work of ‘unabashed advocacy’, as Dawkins put it). Less famous thatThe Selfish Gene, it also includes responses to the criticisms thatThe Selfish Genereceived, which also made debates in theoretical biology seem so exciting. In many ways, that excitement has never left me.
In The Selfish Gene, Richard Dawkins crystallized the gene's eye view of evolution developed by W.D. Hamilton and others. The book provoked widespread and heated debate. Written in part as a response, The Extended Phenotype gave a deeper clarification of the central concept of the gene as the unit of selection; but it did much more besides. In it, Dawkins extended the gene's eye view to argue that the genes that sit within an organism have an influence that reaches out beyond the visible traits in that body - the phenotype - to the wider environment, which can include other…
I am an evolutionary ecologist with a lifelong fascination with mating behavior in animals, particularly fishes. The core of my doctoral thesis was trying to understand why some males mate with females of a different species, a behavior that I thought could not be adaptive. This was the starting point of my work on male mate choice, but also mate choice more generally. Originally from Germany, I have lived and worked in the US for a long time. Most of my work is on neotropical fishes so moving to America made sense.
When Darwin proposed the two mechanisms of sexual selection, one was almost immediately embraced by his Victorian contemporaries: male competition. Female choice, on the other hand, had to wait almost 100 years to be fully recognized. This book is an account of the history of female choice and provides fascinating insights into the development of a scientific discipline and how it is intertwined with society. Well written and very accessible, this is a great read.
Why do female animals select certain mates, and how do scientists determine the answer? In considering these questions, Erika Lorraine Milam explores the fascinating patterns of experiment and interpretation that emerged as twentieth-century researchers studied sexual selection and female choice. Approaching the topic from both biological and animal-studies perspectives, Milam not only presents a broad history of sexual selection-from Darwin to sociobiology-but also analyzes the animal-human continuum from the perspectives of sex, evolution, and behavior. She asks how social and cultural assumptions influence human-animal research and wonders about the implications of gender on scientific outcomes. Although female choice appears to…
I am a college professor and paleoanthropologist–I study human fossils and the evolution of the human lineage. My field site is in the Afar region of Ethiopia, and I regularly spend a month or so wandering across the desert, picking up fossils. I view myself very much as a scientist and believe that the scientific view is the most reliable in some important ways. However, I came to science fairly late in life–I was an undergraduate philosophy and English literature student and didn’t go to graduate school until I was 30. Because of my liberal arts background, I have always felt it was important to bridge the science-humanities divide.
My father gave me a copy of this book when I was in 6th grade and it introduced the world of natural science to me. This was the first in a series of volumes that collected his monthly essays written for Natural History magazine.
Gould has an eye for unusual scientific phenomena that illuminate a deeper truth about the relationship between humanity and the natural world. He was not afraid to tackle moral issues, such as eugenics and the science of IQ, recognizing the importance of the popular scientist as more than just a translator.
But the most important thing for the 11-year-old me was that he was such a clear writer–I could follow all of his arguments without knowing anything about genetics, statistics, or anatomy. I still have the copy my father gave me–it is dog-eared, and the spine is long broken, but when I thumb through it, I…
Ever Since Darwin, Stephen Jay Gould's first book, has sold more than a quarter of a million copies. Like all succeeding collections by this unique writer, it brings the art of the scientific essay to unparalleled heights.
I am a science journalist and magazine editor. I feel really lucky to be a bioscience specialist – it really is at the forefront of solving some of the great challenges of our time, from making sustainable fuels and materials, to climate change mitigation, age-related disease, pandemics, food security, habitat restoration…plus there’s an incredible diversity of life on our planet still to be discovered. I always try to relate scientific progress to our everyday lives: it’s not just about creating new knowledge, it is about how that knowledge might improve our health, change our outlook, transform society, or protect the planet.
Richard Dawkins is sadly now known mostly for his divisive polemics on religion and identity politics, but his early books on biology were unbelievably powerful.
The Blind Watchmaker helped flesh out, clarify, update, and expand Darwin’s theory of evolution for a massive audience, while also elegantly dismantling the common argument that life is so sophisticated that it must have been ‘designed’ by some kind of creator.
As a young biologist, I read The Blind Watchmaker and was wowed by the way Dawkins explained how, under the right conditions, amazingly complex designs can arise from a simple system – without the need for anyone directing it or creating it.
Dawkins not only helps explain how life on Earth has advanced into the myriad forms we see on Earth today, but goes on to suggest that evolutionary systems might be at play in other aspects of our lives, like language and culture.…
The Blind Watchmaker is the seminal text for understanding evolution today. In the eighteenth century, theologian William Paley developed a famous metaphor for creationism: that of the skilled watchmaker. In The Blind Watchmaker, Richard Dawkins crafts an elegant riposte to show that the complex process of Darwinian natural selection is unconscious and automatic. If natural selection can be said to play the role of a watchmaker in nature, it is a blind one-working without foresight or purpose.
In an eloquent, uniquely persuasive account of the theory of natural selection, Dawkins illustrates how simple organisms slowly change over time to create…
