Describes what is known of the prehistoric ancestor of the elephant and their treacherous journey south for the winter.

When President Thomas Jefferson sent Lewis and Clark to explore the West, he told them to look especially for mammoths. Jefferson had seen bones and tusks of the great beasts in Virginia, and he suspected—he hoped!—that they might still roam the Great Plains. In Eleanor Arnason’s imaginative alternate history, they do: shaggy herds thunder over the grasslands, living symbols of the oncoming struggle between the Native peoples and the European invaders. And in an unforgettable saga that soars from the badlands of the Dakotas to the icy wastes of Siberia, from the Russian Revolution to the AIM protests of the 1960s, Arnason tells of a modern woman’s struggle to use the weapons of DNA science to fulfill the ancient promises of her Lakota heritage. PLUS: “Writing SF During World War III,” and an Outspoken Interview that takes you straight into the heart and mind of one of today’s edgiest and most uncompromising speculative authors.

An insider's view on bringing extinct species back to life Could extinct species, like mammoths and passenger pigeons, be brought back to life? In How to Clone a Mammoth, Beth Shapiro, an evolutionary biologist and pioneer in ancient DNA research, addresses this intriguing question by walking readers through the astonishing and controversial process of de-extinction. From deciding which species should be restored to anticipating how revived populations might be overseen in the wild, Shapiro vividly explores the extraordinary cutting-edge science that is being used to resurrect the past. Considering de-extinction's practical benefits and ethical challenges, Shapiro argues that the overarching goal should be the revitalization and stabilization of contemporary ecosystems. Looking at the very real and compelling science behind an idea once seen as science fiction, How to Clone a Mammoth demonstrates how de-extinction will redefine conservation's future.

Explore the world of mammoths with this illustrated guide, featuring photographs of skeletons, casts, tusks and preserved flesh from the world-famous collections of the Natural History Museum, London and the Field Museum in North America.

The bestselling author of The Accidental Billionaires and The 37th Parallel tells the fascinating Jurassic Park­-like story of the genetic restoration of an extinct species—the woolly mammoth. “Paced like a thriller…Woolly reanimates history and breathes new life into the narrative of nature” (NPR). With his “unparalleled” (Booklist, starred review) writing, Ben Mezrich takes us on an exhilarating and true adventure story from the icy terrain of Siberia to the cutting-edge genetic labs of Harvard University. A group of scientists work to make fantasy reality by splicing DNA from frozen woolly mammoth into the DNA of a modern elephant. Will they be able to turn the hybrid cells into a functional embryo and potentially bring the extinct creatures to our modern world? Along with this team of brilliant scientists, a millionaire plans to build the world’s first Pleistocene Park and populate a huge tract of the Siberian tundra with ancient herbivores as a hedge against an environmental ticking time bomb that is hidden deep within the permafrost. More than a story of genetics, this is a thriller illuminating the real-life race against global warming, of the incredible power of modern technology, of the brave fossil hunters who battle polar bears and extreme weather conditions, and the ethical quandary of cloning extinct animals. This “rollercoaster quest for the past and future” (Christian Science Monitor) asks us if we can right the wrongs of our ancestors who hunted the woolly mammoth to extinction and at what cost?

David Macaulay's troupe of curious mammoths lead you through the basics of physics, biology, and chemistry in this unconventional and highly original guide to science. From the interior of an atom to the solar system and beyond, the mammoths seek to understand the science! These intrepid science demonstrators will go to incredible lengths to educate and entertain. They wrestle with magnets to understand their powerful force, make mammoth models of different materials explore what gives them mass, and step into an X-ray machine to reveal the bones beneath their woolly exterior. Observing and recording the mammoth's behavior is bestselling illustrator David Macaulay, whose How Machines Work won the Royal Society Young People's Book Prize in 2016. Renowned for his ability to explain complex ideas with simple genius, Macaulay captures the oddball humor of his subject matter, making Macaulay's Mammoth Science the perfect introduction to scientific principles for the young and the young-at-heart.

Tells the story of the discovery of Lyuba, a perfectly preserved baby mammoth discovered along a river in Siberia 31,000 years after her birth, and offers a glimpse into her prehistoric world.

Chronologically organized by epoch, this poetic introduction to the dinosaur world illuminates a host of creatures both novel and familiar, ranging from the mysterious trilobite to the famed Tyrannosaurus rex. Includes dinosaur facts.

Should a girl have to choose between a passion for fashion and prospecting for fossils? Not in 40 billion years!

The fascinating lives and puzzling demise of some of the largest animals on earth. Until a few thousand years ago, creatures that could have been from a sci-fi thriller—including gorilla-sized lemurs, 500-pound birds, and crocodiles that weighed a ton or more—roamed the earth. These great beasts, or “megafauna,” lived on every habitable continent and on many islands. With a handful of exceptions, all are now gone. What caused the disappearance of these prehistoric behemoths? No one event can be pinpointed as a specific cause, but several factors may have played a role. Paleomammalogist Ross D. E. MacPhee explores them all, examining the leading extinction theories, weighing the evidence, and presenting his own conclusions. He shows how theories of human overhunting and catastrophic climate change fail to account for critical features of these extinctions, and how new thinking is needed to elucidate these mysterious losses. Along the way, we learn how time is determined in earth history; how DNA is used to explain the genomics and phylogenetic history of megafauna—and how synthetic biology and genetic engineering may be able to reintroduce these giants of the past. Until then, gorgeous four-color illustrations by Peter Schouten re-create these megabeasts here in vivid detail.