'ENCHANTING' MAIL ON SUNDAY They care for their elderly, play with their kids, and always put family first. Can we all learn something from the wisdom of wolves? In this unforgettable book, wolf expert and naturalist Elli Radinger draws on her 25 years of first-hand experience among the wolves of Yellowstone National Park to tell us their remarkable stories. __________ Wolves are more human than we ever knew . . . In fact, they can teach us how to be better humans. They play, love, care for others, show compassion, die of broken hearts, pine for home, work in teams, are endlessly patient and leaders know when to defer to followers. In The Wisdom of Wolves naturalist Elli Radinger takes us on a journey into the heart of the wolf pack, revealing what they can teach us about family, cooperation, survival, leadership, commitment and how to enjoy what life gives us. No other book will bring you closer to discovering the truth about wolves - and ourselves. 'This book is the result of her two decades of close observation; part impassioned memoir, part natural history study, and part photo gallery. Her access to her subjects is extraordinary' SUNDAY TIMES 'Elli's bestselling book suggests that in a high-tech age, when so many of us have become alienated from nature, wolves have much to teach us about the art of living well' DAILY MAIL 'Through The Wisdom of Wolves, we get to feel that little bit closer to the pack and discover what we may have in common' BBC WILDLIFE

The diminishing population of African and Asian elephants can be compared to the extinction of other elephant-like species, such as mammoths and mastodonts, which occurred more than ten thousand years ago. The purpose of this book is to use the ecology and behavior of modern elephants to create models for reconstructing the life and death of extinct mammoths and mastodonts. The source of the models is a long-term and continuing study of elephants in Zimbabwe, Africa. These models are clearly described with respect to the anatomical, behavioral, and ecological similarities between past and present proboscideans. The implications of these similarities on the life and death of mammoths and mastodonts is explored in detail. The importance of this book is primarily its unifying perspective on living and extinct proboscideans: the fossil record is closely examined and compared to the natural history of surviving elephants. Dr. Haynes's studies of the places where African elephants die (so-called elephant burial grounds) are unique.

The largest land mammals are constrained in their activities by their large body size, a theme that is emphasized in this account of their general ecology. The book begins by raising the question as to why these once abundant and widely distributed 'megaherbivores' - elephants, rhinos, hippos and giraffes - have all but gone extinct, and ends by considering the implications of the answer for the conservation of the remaining populations. Existing megaherbivores are placed in the context of the more numerous species which occurred worldwide until the end of the last Ice Age, and knowledge of the ecology of surviving species is used to analyse the cause of the extinctions. The information and ideas contained in this book are of crucial importance to all concerned with halting the rapidly worsening conservation status of remaining elephant and rhinoceros species, and carries a wider message for those concerned with the ramifying effects of man on ecosystem processes. Graduate students and research scientists in ecology, conservation biology and wildlife management will find this book of value.

This valuable collection of essays presents and evaluates techniques of body-mass estimation and reviews current and potential applications of body-size estimates in paleobiology. Papers discuss explicitly the errors and biases of various regression techniques and predictor variables, and the identification of functionally similar groups of species for improving the accuracy of estimates. At the same time other chapters review and discuss the physiological, ecological, and behavioral correlates of body size in extant mammals; the significance of body-mass distributions in mammalian faunas; and the ecology and evolution of body size in particular paleofaunas. Coverage is particularly detailed for carnivores, primates, and ungulates, but information is also presented on marsupials, rodents, and proboscideans.