"Waters of the World sparkles with lyricism and wit. Dry is a gifted storyteller, and her research into the pre-history of Earth system science has turned up gripping tales of risk, adventure, defiance, and discovery. A unique and important book."
Deborah R. Coen, author of Climate in Motion: Science, Empire, and the Problem of Scale

"An account of the two-hundred-year effort to understand the world's climate system, Waters of the World is not only timely but also one of the most beautifully written books on science that I have seen in a long time. It is one thing to communicate this complex and important topic lucidly, but quite another to make the material seductive, poetic, enthralling. I was left wanting to read John Tyndall's writings on ice, to hear the epic creak of Alpine glaciers, to go cloud-spotting off Tenerife and float parsnips in Scottish lochs. Describing one of the most vital but least visible histories in modern science, and rescuing from neglect a host of pioneers who helped us to see how our planet works, it is a remarkable achievement."
Philip Ball, author of H2O: A Biography of Water and The Water Kingdom: A Secret History of China

"In this cleverly argued and brilliantly written history, Dry traces the interaction between the dramatic careers of six major figures in the history of climatology and the uneven and surprising emergence of a science of climate since the mid-nineteenth century. The book illuminates its history with tales of mountain climbing and dramatic voyages, of tell-tale ice cores and threatening hurricanes. No set of stories could be more urgent now and in need of the care and intelligence with which they are told here. In showing how the focus of these engaging and energetic scientists and their many colleagues gradually shifted from a collective search for the principles of a global climate system to visions of dynamic, interactive and unstable climates in change, this book has much to teach about the roots of the most reliable knowledge of climate and how it should be best understood in its full historical and cultural setting."
Simon Schaffer, Professor of the history and philosophy of science, University of Cambridge