David Burnie | Time Life Education | 192 pages | 1999

Evolution is one of those subjects that people feel they should understand better than they do. Most of us absorbed a version of it somewhere — Darwin, finches, survival of the fittest — and walked away thinking we had the gist. David Burnie’s Get a Grip on Evolution is written precisely for that person: the intellectually curious reader who wants to move from vague familiarity to something more solid, without committing to a dense academic text. It is a lean, illustrated, A-to-Z survey of evolutionary theory — 192 pages of clear prose and diagrams that cover the major ideas, figures, and debates that have shaped biology since Darwin boarded the HMS Beagle.

The question worth asking before opening it: does it actually deliver on that promise? Mostly, yes — and in the places where it doesn’t, the shortfall is instructive in its own way.

Who Burnie Is, and Why That Matters

David Burnie is not a speculative writer. He trained in zoology and botany at the University of Bristol, spent time working as a nature reserve ranger and field biologist, and has since produced well over a hundred books and reference titles on natural history, including contributions to DK’s flagship encyclopedias and a shortlisting for the Royal Society’s Aventis Prize. That background shapes Get a Grip on Evolution in specific ways — it is accurate, grounded in field observation, and never sensationalized. Burnie writes about evolution the way a careful scientist explains it: with precision, patience, and a healthy respect for what is still genuinely contested.

What this means in practice is that the book feels trustworthy. If you are worried about picking up a pop-science title that plays fast and loose with the science for the sake of a good story, Burnie is a safe pair of hands. The trade-off is that the writing is sometimes more workmanlike than inspired — but for a reference-style introduction, reliability is the right priority.

The A-to-Z Format: Useful Scaffold or Unnecessary Constraint?

The book is organized alphabetically, moving through entries from adaptation and altruism to vestigial organs and Wallace — Alfred Russel Wallace, Darwin’s lesser-known co-discoverer of natural selection, who deserves every mention he gets. This structure has obvious virtues: it is easy to navigate, it lets readers dip in at any point, and it resists the tendency to build a false narrative linearity into what is, in truth, a web of interconnected ideas.

It also has real costs. Evolution is not an alphabet — it is a set of nested, mutually reinforcing concepts, and the A-to-Z format routinely separates things that belong together. A reader who encounters “natural selection” before they have fully digested “genetic drift” or “mutation” may get a technically accurate definition of the term without ever experiencing the conceptual momentum that makes the idea feel revolutionary. The format parcels understanding into discrete units when the whole point of evolutionary theory is that nothing is discrete. Life does not respect alphabetical order.

Burnie partly compensates for this through cross-references and a logical threading of shorter sections into longer ones, but it is a structural limitation the book never fully overcomes. This is less a criticism of Burnie’s writing than of the format itself — one worth noting for any reader who wants to use this as a first introduction rather than a quick-reference companion.

What Burnie Gets Genuinely Right

Several things stand out as done particularly well. The first is the historical framing. Burnie situates evolutionary ideas inside the cultural and scientific climate that produced them, which keeps the reader from making the common error of assuming Darwin arrived as a lone genius into a vacuum. The pre-Darwinian landscape — Jean-Baptiste Lamarck’s theory of acquired characteristics, Erasmus Darwin’s earlier speculations, the work of geologist Charles Lyell on deep time — gets enough attention to make Darwin’s actual contribution legible. Natural selection was not a single bolt of lightning; it was a synthesis of multiple converging lines of evidence, and Burnie conveys that without overcomplicating it.

The treatment of Alfred Russel Wallace is similarly fair. Wallace independently developed natural selection while collecting specimens in the Malay Archipelago, and his correspondence with Darwin triggered the joint publication of their ideas in 1858. Burnie does not erase Wallace in Darwin’s favor, which lesser introductions sometimes do.

The coverage of kin selection and altruism is another strength. These are ideas that confuse a lot of readers, because altruism appears to contradict the survival logic of natural selection — why would an organism sacrifice itself for others? Burnie explains, clearly and without excessive jargon, that the unit of selection is the gene, not the individual organism. An animal that helps its genetic relatives survive may reduce its own fitness while increasing the survival of copies of its genes carried by others. This is the core insight behind W.D. Hamilton’s work on inclusive fitness, and Burnie presents it accessibly without distorting it. Readers who find this section compelling and want to go deeper would do well to seek out Richard Dawkins’ The Selfish Gene, which develops Hamilton’s logic into one of the most influential arguments in modern biology — and which was reviewed on this blog in the context of the Extended Phenotype.

Where the Book Leaves You Wanting More

The book was published in 1999, and a quarter century of biology has happened since. Genomics has transformed our understanding of evolutionary mechanisms in ways that a pre-genome-era text cannot fully anticipate. The human genome was not sequenced until 2003. Ancient DNA analysis — which has revolutionized our understanding of human migration, interbreeding with Neanderthals and Denisovans, and the deep timeline of Homo sapiens — did not exist as a practical field. Horizontal gene transfer, now understood to be a major driver of evolution in bacteria and potentially more significant in complex organisms than previously thought, receives limited attention.

None of this makes Burnie wrong. The core principles he covers — natural selection, genetic variation, sexual selection, speciation, extinction, the fossil record — remain valid and are explained accurately. But readers should understand they are getting the conceptual foundation, not the current frontier. Think of it as learning the rules of chess from a good instructor who retired before the age of computer analysis. The rules are the same; the understanding of what is possible has expanded enormously.

There is also a notable restraint around the thornier edges of evolutionary theory — areas like evolutionary psychology, the evolution of language, group selection debates, and the question of how consciousness could plausibly emerge through a purely evolutionary process. These are contested, often politically charged territories, and Burnie stays mostly clear of them. That restraint is understandable in an introductory text, but it means the book does not help readers navigate the parts of evolutionary discourse most likely to appear in public arguments. When someone tells you at a dinner table that evolution cannot explain morality, Burnie will not have given you the tools to respond.

The Illustrations: Doing Real Work

One consistently strong element is the use of illustrations throughout. Diagrams showing how natural selection works across generations, visual timelines of the fossil record, comparative anatomy illustrations — these are not decorative additions. They do explanatory work that prose alone handles poorly. Visual learners in particular will find the book more accessible than the equivalent material written purely as continuous text. Burnie comes from the world of illustrated natural history reference — DK Eyewitness, Kingfisher encyclopedias — and that expertise shows. The images are purposeful, not ornamental.

Who Should Read This Book

Get a Grip on Evolution works best as a first ramp up — a structured way to get the vocabulary and the major names and ideas into working memory before going further. If you have always meant to understand evolution properly, and you find thick volumes intimidating, this is a reasonable starting point. The A-to-Z format, despite its limitations, also makes it useful as a quick reference — a book you can open at “sexual selection” or “punctuated equilibrium” and get a clear, reliable summary in three minutes.

It is not the book that will make evolution feel like the most consequential idea in the history of human thought. For that, you need Darwin himself — On the Origin of Species is more readable than its reputation suggests — or Dawkins, or the paleontologist Stephen Jay Gould, whose essays in collections like Ever Since Darwin convey the texture and drama of evolutionary thinking in ways a reference format cannot. Those books assume a reader who already has the basics. Burnie provides the basics reliably, accessibly, and honestly.

That is exactly what it sets out to do. Not every book needs to be the definitive word on a subject — some of them just need to open the door.

Sources

Burnie, David. Get a Grip on Evolution. Time Life Education, 1999. Amazon
Burnie, David — Author biography. Penguin Random House. penguinrandomhouse.com
Burnie, David — Author page. Goodreads. goodreads.com
Get a Grip on Evolution — Reader reviews. Goodreads. goodreads.com
Darwin, Charles. On the Origin of Species. Amazon
Dawkins, Richard. The Selfish Gene. Oxford University Press. Amazon
Gould, Stephen Jay. Ever Since Darwin. W. W. Norton. Amazon
Human Genome Project completion. National Human Genome Research Institute. genome.gov