The shifting continents of the Earth are heading for inevitable collision: 250 million years from now, all the land masses on this planet will come together in a single, gigantic supercontinent which no human is ever likely to see. That future supercontinent will not be the first to form on Earth, nor will it be the last. Each cycle lasts half a billion years, making it the grandest of all the patterns in nature. It is scarcely a century since science first understood how Pangaea, the supe...

Not so long ago, our roads, buildings, gravestones and monuments were built from local rock, our cities were powered by coal from Welsh mines, and our lamps were lit with paraffin from Scottish shale. We live among the remnants of those times but for the most part our mines are gone, our buildings are no longer local, and the flow of stone travels east to west.Spurred on by the erasure of history and industry, Ted Nield journeyed across this buried landscape: from the small Welsh vi...

Did an enormous collision in the Asteroid Belt, orbiting the sun between Mars and Jupiter, bombard Earth with meteorites 470 million years ago? Astonishing new research suggests it did, and a revolutionary theory is emerging that this bombardment resulted in the single greatest increase in biological diversity on the planet since the origin of life.Introducing these discoveries to the general public for the first time, Ted Nield challenges the view that meteorites are bad news. Trac...

More than 470 million years ago, a stupendous collision in the Asteroid Belt bombarded the Earth with meteorites of all sizes. New research suggests that the resulting ecological disturbance may have been responsible for the single greatest increase in biological diversity since the origin of complex life. Introducing these fresh discoveries, Ted Nield challenges the orthodox view that meteorite strikes are bad news for life on Earth.Interpreted as omens of doom or objects of power...

50,000 years ago – merely a blip in evolutionary time – our Homo sapiens ancestors were competing for existence with several other human species, just as their own precursors had been doing for millions of years. Yet something about our species separated it from the pack, and led to its survival while the rest became extinct. So just what was it that allowed Homo sapiens to become Masters of the Planet? Curator Emeritus at the American Museum of Natural History, Ian Tatte...

In Prehistory, the award-winning archaeologist and renowned scholar Colin Renfrew covers human existence before the advent of written records–which is to say, the overwhelming majority of our time here on earth. But Renfrew also opens up to discussion, and even debate, the term “prehistory” itself, giving an incisive, concise, and lively survey of the past, and how scholars and scientists labor to bring it to light.Renfrew begins by looking at prehistory as a discipline, particular...

Travel backward through time from today's scattered billions to the handful of early humans who lived in Africa 60,000 years ago and are ancestors to us all. In Deep Ancestry, scientist and National Geographic explorer Spencer Wells shows how tiny genetic changes add up over time into a fascinating story. Using scores of real-life examples, helpful analogies, and detailed diagrams and illustrations, he explains exactly how each and every individual's DNA contributes another piece to the ji...

A Los Angeles Times BestsellerNew York Times best-selling author Brian Fagan explores the world of the Cro-Magnons--the mysterious, little-known race, famous for its cave paintings, that survived the Ice Age and became the ancestors of today's humans.They survived by their wits in a snowbound world, hunting, and sometimes being hunted by, animals many times their size. By flickering firelight, they drew bison, deer, and ma...

'British prehistory will never look the same again.' Professor Colin Renfrew, University of CambridgeStephen Oppenheimer's extraordinary scientific detective story combining genetics, linguistics, archaeology and historical record shatters the myths we have come to live by. It demonstrates that the Anglo-Saxon invasions contributed just a tiny fraction (5%) to the English gene pool.Two-thirds of the English people reveal an unbroken line of genetic descent ...

In this dynamic account, award-winning science writer Ann Gibbons chronicles an extraordinary quest to answer the most primal of questions: When and where was the dawn of humankind?Following four intensely competitive international teams of scientists in a heated race to find the “missing link”–the fossil of the earliest human ancestor–Gibbons ventures to Africa, where she encounters a fascinating array of fossil hunters: Tim White, the irreverent Californian who discovered the partial ske...

International bestselling authors Brian Cox and Jeff Forshaw's fascinating, entertaining, and clear introduction to quantum mechanicsIn The Quantum Universe, Brian Cox and Jeff Forshaw approach the world of quantum mechanics in the same way they did in Why Does E=mc2? and make fundamental scientific principles accessible-and fascinating-to everyone.The subatomic realm has a reputation for weirdness, spawning any number of profound misunderstanding...

Put aside everything you thought you knew about Neanderthals. Evolutionary detective Danny Vendramini's meticulous research shows they were not docile omnivores, but savage, cannibalistic carnivores: the 'apex predators' of the stone age. And everything else—including humans—was their prey.Vendramini's Neanderthal predation theory argues that the evolution of modern humans—including our unique physiology, sexuality and human nature–is the result of systematic long-term sexual predat...