Publisher Description

If the major outlines of human origins are settled, the search for anthropoid origins remains scientifically in its infancy. We remain fairly ignorant of such basic questions as when, where, how, and why our earliest anthropoid ancestors evolved. Paleontology is one of the few academic disciplines in which field exploration remains a fundamental part of the quest to expand knowledge and understanding. This unique combination of the possibility for personal adventure and intellectual fulfillment is what attracted the author to paleontology in the first place. He hopes to impart a fraction of what he has experienced and learned during these past few years in this book. Winner, Phi Beta Kappa Award in Science and the Howells Prize, Amer. Anthropological Assoc. Ill.

Taking us back roughly 45 million years into the Eocene, "the dawn of recent life," Chris Beard, a world-renowned expert on the primate fossil record, offers a tantalizing new perspective on our deepest evolutionary roots. In a fast-paced narrative full of vivid stories from the field, he reconstructs our extended family tree, showing that the first anthropoids—the diverse and successful group that includes monkeys, apes, and humans—evolved millions of years earlier than was previously suspected and emerged in Asia rather than Africa. In The Hunt for the Dawn Monkey, Beard chronicles the saga of two centuries of scientific exploration in search of anthropoid origins, from the early work of Georges Cuvier, the father of paleontology, to the latest discoveries in Asia, Africa, and North America's Rocky Mountains. Against this historical backdrop, he weaves the story of how his own expeditions have unearthed crucial fossils—including the controversial primate Eosimias—that support his compelling new vision of anthropoid evolution. The only book written for a wide audience that explores this remote phase of our own evolutionary history, The Hunt for the Dawn Monkey adds a fascinating new chapter to our understanding of humanity's relationship to the rest of life on earth.

For nearly a half century, Dr. Simons has dominated the study of primate evolution. This volume summarizes the current state of knowledge in many aspects of primate and human evolution that have been studied by Simons and his colleagues and place it in a broader paleontological and historical perspective. The book contains the results of new research as well as reviews of many of the critical issues in primate and human evolution during the last half of the twentieth century.

From the temptation of Eve to the venomous murder of the mighty Thor, the serpent appears throughout time and cultures as a figure of mischief and misery. The worldwide prominence of snakes in religion, myth, and folklore underscores our deep connection to the serpent—but why, when so few of us have firsthand experience? The surprising answer, this book suggests, lies in the singular impact of snakes on primate evolution. Predation pressure from snakes, Lynne Isbell tells us, is ultimately responsible for the superior vision and large brains of primates—and for a critical aspect of human evolution. Drawing on extensive research, Isbell further speculates how snakes could have influenced the development of a distinctively human behavior: our ability to point for the purpose of directing attention. A social activity (no one points when alone) dependent on fast and accurate localization, pointing would have reduced deadly snake bites among our hominin ancestors. It might have also figured in later human behavior: snakes, this book eloquently argues, may well have given bipedal hominins, already equipped with a non-human primate communication system, the evolutionary nudge to point to communicate for social good, a critical step toward the evolution of language, and all that followed.

Mammals of Africa (MoA) is a series of six volumes which describes, in detail, every currently recognized species of African land mammal. This is the first time that such extensive coverage has ever been attempted, and the volumes incorporate the very latest information and detailed discussion of the morphology, distribution, biology and evolution (including reference to fossil and molecular data) of Africa's mammals. With more than 1,160 species and 16-18 orders, Africa has the greatest diversity and abundance of mammals in the world. The reasons for this and the mechanisms behind their evolution are given special attention in the series. Each volume follows the same format, with detailed profiles of every species and higher taxa. The series includes hundreds of colour illustrations and pencil drawings by Jonathan Kingdon highlighting the morphology and behaviour of the species concerned, as well as line drawings of skulls and jaws by Jonathan Kingdon and Meredith Happold. Every species also includes a detailed distribution map. Edited by Jonathan Kingdon, David Happold, Tom Butynski, Mike Hoffmann, Meredith Happold and Jan Kalina, and written by more than 350 authors, all experts in their fields, Mammals of Africa is as comprehensive a compendium of current knowledge as is possible. Extensive references alert readers to more detailed information. Volume II is edited by Thomas Butynski, Jonathan Kingdon and Jan Kalina and contains profiles of 93 species of primates; this includes the great apes, Old World monkeys, lorisids and galagos.

Reconstructing the paleobiology of fossil non-human primates, this book is intended as an exposition of non-human primate evolution that includes information about evolutionary theory and processes, paleobiology, paleoenvironment, how fossils are formed, how fossils illustrate evolutionary processes, the reconstruction of life from fossils, the formation of the primate fossil record, functional anatomy, and the genetic bases of anatomy. Throughout, the emphasis of the book is on the biology of fossil primates, not their taxonomic classification or systematics, or formal species descriptions. The author draws detailed pictures of the paleoenvironment of fossil primates, including contemporary animals and plants, and ancient primate communities, emphasizing our ability to reconstruct lifeways from fragmentary bones and teeth, using functional anatomy, stable isotopes from enamel and collagen, and high resolution CT-scans of the cranium. Fossil Primates will be essential reading for advanced undergraduates and graduate students in evolutionary anthropology, primatology and vertebrate paleobiology.