Life as We Made It

'A brilliant combination of science, natural history, and first-person experience, Life as We Made It shows how our species has been manipulating nature for nearly as long as we've been around. Anyone who wants to better understand the future of life - human and otherwise - should read this book.' -- Jennifer Doudna, winner of the 2020 Nobel Prize in Chemistry 'For the past two decades, Beth Shapiro has pioneered using ancient DNA to understand the diversity of life. In Life as We Made It, her twin passions for cutting-edge science and natural history leap from every page. This book will entertain and challenge you to think in new ways about our role in the future of life on Earth.' -- Neil Shubin, evolutionary biologist and author of Your Inner Fish 'In this brilliant new book, biologist Beth Shapiro tells the incredible story of how we're remaking much of nature and lays out a thoughtful path for how we can survive and thrive by learning to more wisely apply our god-like powers.' -- Jamie Metzl, author of Hacking Darwin 'Shapiro chronicles the many ways humans have influenced the evolutionary trajectories of other species, from prehistory through the present day. Tools like CRISPR are just the latest way we have shaped the life on this planet. She effectively makes the case that our use of evolution as a tool is ethically acceptable, if done carefully and with informed consent.' -- Emma Marris, author of Wild Souls 'Shapiro does an excellent job of showing that the realities of genuine science can be as exciting as the fantasies of science fiction.' * <i>Daily Mail</i> on <i>How to Clone a Mammoth</i> * 'The science is fascinating.' * <i>Financial Times</i> on <i>How to Clone a Mammoth</i> * 'Throughout our existence, humans have been unconscious genetic engineers. In this excellent summary of the most exciting parts of 21st-century biology, Beth Shapiro shows how we have inadvertently shaped the natural world, producing extinctions and slowly altering domestic animals. Above all, she optimistically describes how we might be able to use our new conscious ability to engineer genomes to save species and deliberately change the world for the better.' -- Professor Matthew Cobb, University of Manchester