An irresistible journey of discovery, science, history, and myth making, told through the lives and afterlives of seven famous human ancestors Over the last century, the search for human ancestors has spanned four continents and resulted in the discovery of hundreds of fossils. While most of these discoveries live quietly in museum collections, there are a few that have become world-renowned celebrity personas—ambassadors of science that speak to public audiences. In Seven Skeletons, historian of science Lydia Pyne explores how seven such famous fossils of our ancestors have the social cachet they enjoy today. Drawing from archives, museums, and interviews, Pyne builds a cultural history for each celebrity fossil—from its discovery to its afterlife in museum exhibits to its legacy in popular culture. These seven include the three-foot tall “hobbit” from Flores, the Neanderthal of La Chapelle, the Taung Child, the Piltdown Man hoax, Peking Man, Australopithecus sediba, and Lucy—each embraced and celebrated by generations, and vivid examples of how discoveries of how our ancestors have been received, remembered, and immortalized. With wit and insight, Pyne brings to life each fossil, and how it is described, put on display, and shared among scientific communities and the broader public. This fascinating, endlessly entertaining book puts the impact of paleoanthropology into new context, a reminder of how our past as a species continues to affect, in astounding ways, our present culture and imagination.

Jake McGowan-Lowe is a boy with a very unusual hobby. Since the age of 7, he has been photographing and blogging about his incredible finds and now has a worldwide following, including 100,000 visitors from the US and Canada. Follow Jake as he explores the animal world through this new 64-page book. He takes you on a world wide journey of his own collection, and introduces you to other amazing animals from the four corners of the globe. Find out what a cow's tooth, a rabbit's rib and a duck's quack look like and much, much more besides.

Did you know human bones are eight times stronger than concrete? Or that both humans and giraffes have seven vertebrae in their necks? You will learn about these amazing human body facts and much more in this fascinating book for children. Packed with amazing 3D computer images highlighted in different colors, The Skeleton Book allows children to explore every bone and joint in the human body in minute detail. Take a look at the spongy inside and tough exterior of the bone structure. Learn about the longest bone in the body and see how bones grow with age. Find out how millions of years of evolution has helped the human body to perform so many tasks with precision. Become a fossil detective and see how archaeologists study and reconstruct ancient skeletons. Explore the future with bionic skeletons and 3D printed bones. With an embossed cover and a pull out five-foot skeleton poster inside the book, The Skeleton Book gives perspective for kids to study a life-size version of the human skeleton.

THE book on how we came to be what we are. Unprecedented in its appraoch, teh number and diversity of the species presented and the quality and diversity of its photographs, this is spectacular,elegant, mysterious, grotesque. Skeletons of the vertebrates that inhabit the earth today carry with them the imprint of an evolutionary process that has lasted several billion years. A dual approach, scientific and aesthetic, combines stunning photographs of whole or part skeletons with a short text that illuminates chosen themes of evolution.

Reveals the profound influence of the Denisovans and their hybrid descendants upon the flowering of human civilization around the world • Traces the migrations of the sophisticated Denisovans and their interbreeding with Neanderthals and early human populations more than 40,000 years ago • Shows how Denisovan hybrids became the elite of ancient societies, including the Adena mound-building culture • Explores the Denisovans’ extraordinary advances, including precision-machined stone tools and jewelry, tailored clothing, and celestially-aligned architecture Ice-age cave artists, the builders at Göbekli Tepe, and the mound-builders of North America all share a common ancestry in the Solutreans, Neanderthal-human hybrids of immense sophistication, who dominated southwest Europe before reaching North America 20,000 years ago. Yet, even before the Solutreans, the American continent was home to a powerful population of enormous stature, giants remembered in Native American legend as the Thunder People. New research shows they were hybrid descendants of an extinct human group known as the Denisovans, whose existence has now been confirmed from fossil remains found in a cave in the Altai region of Siberia. Tracing the migrations of the Denisovans and their interbreeding with Neanderthals and early human populations in Asia, Europe, Australia, and the Americas, Andrew Collins and Greg Little explore how the new mental capabilities of the Denisovan-Neanderthal and Denisovan-human hybrids greatly accelerated the flowering of human civilization over 40,000 years ago. They show how the Denisovans displayed sophisticated advances, including precision-machined stone tools and jewelry, tailored clothing, celestially-aligned architecture, and horse domestication. Examining evidence from ancient America, the authors reveal how Denisovan hybrids became the elite of the Adena mound-building culture, explaining the giant skeletons found in Native American burial mounds. The authors also explore how the Denisovans’ descendants were the creators of a cosmological death journey and viewed the Milky Way as the Path of Souls. Revealing the impact of the Denisovans upon every part of the world, the authors show that, without early man’s hybridization with Denisovans, Neanderthals, and other yet-to-be-discovered hominid populations, the modern world as we know it would not exist.

In this volume the archaeological, anthropological and radiocarbon data from selected sites of the Middle Helladic period are integrated to determine if there was variation between individual burials, groupings and cemeteries and to reconstruct change through time. This work was done for selective Argive sites, namely Lerna, Asine and Aspis.