First Published in 2004. Routledge is an imprint of Taylor & Francis, an informa company.

The Oxford Handbook of Environmental History draws on a wealth of new scholarship to offer diverse perspectives on the state of the field.

This book offers a re-examination of the relationship between humans and nature with a new methodology: by examining our entanglement with machines. Using central ideas of critical theory, it uncovers the suppression of nature through technology, tools and engines. It focuses on the ways in which human social forms have actively subjugated and destroyed other species in order to enhance their own social power and accumulation, leading to a new Anthropocene epoch in which human intervention is signalled in the geological record. Beginning with an account of the interactions between humans and other species, the book moves on to explore the hidden history of Marx and his obsession with machines, as well as new attempts to rethink a Marxist ecology, before proceeding to examine the manner in which technologies were used to suppress and destroy one particular species - the Whale of what we call the Cetacean Holocaust. Following this, there are analyses of the emergence of the ‘human encampments’ of the cities and the rise of mobile, locomotive cultures, and consideration of the relationship between machines of memory, and the ‘capturing’ of nature. A radical rethinking of classical social theory that develops new ways of thinking about ecological catastrophe and nature, this book will appeal to scholars of social theory and environmental sociology.

A history of of the industrial ecosystem that focuses on the biological sewage treatment plant as an early example. Biological sewage treatment, like electricity, power generation, telephones, and mass transit, has been a key technology and a major part of the urban infrastructure since the late nineteenth century. But sewage treatment plants are not only a ubiquitous component of the modern city, they are also ecosystems--a hybrid variety that incorporates elements of both nature and industry and embodies multiple contradictions. In Hybrid Nature, Daniel Schneider offers an environmental history of the biological sewage treatment plant in the United States and England, viewing it as an early and influential example of an industrial ecosystem. The sewage treatment plant relies on microorganisms and other plants and animals but differs from a natural ecosystem in the extent of human intervention in its creation and management. Schneider explores the relationship between society and nature in the industrial ecosystem and the contradictions that define it: the naturalization of industry versus the industrialization of nature; the public interest versus private (patented) technology; engineers versus bacterial and human labor; and purification versus profits in the marketing of sewage fertilizer. Schneider also describes biotechnology's direct connections to the history of sewage treatment, and how genetic engineering is extending the reaches of the industrial ecosystem to such "natural" ecosystems as oceans, rivers, and forests. In a conclusion that shows how industrial ecosystems continue to evolve, Schneider discusses John Todd's Living Machine, a natural purification method of sewage treatment, as the embodiment of the contradictions of the industrial ecosystem.

What does it mean to live a good life in a time when the planet is overheating, the human population continues to steadily reach new peaks, oceans are turning more acidic, and fertile soils the world over are eroding at unprecedented rates? These and other simultaneous harms and threats demand creative responses at several levels of consideration and action. Written by an international team of contributors, this book examines in-depth the relationship between sustainability and the good life. Drawing on wealth of theories, from social practice theory to architecture and design theory, and disciplines, such as anthropology and environmental philosophy, this volume promotes participatory action-research based approaches to encourage sustainability and wellbeing at local levels. It covers topical issues such the politics of prosperity, globalization, and indigenous notions of "the good life" and happiness". Finally it places a strong emphasis on food at the heart of the sustainability and good life debate, for instance binding the global south to the north through import and exports, or linking everyday lives to ideals within the dream of the good life, with cookbooks and shows. This interdisciplinary book provides invaluable insights for researchers and postgraduate students interested in the contribution of the environmental humanities to the sustainability debate.

This is an especially timely book. Carefully organized and well motivated, its power lies in the explicit effort to ask how industrial ecology and innovation studies do, can and should intersect. Reid Lifset, Yale School of Forestry and Environmental Studies and editor, Journal of Industrial Ecology This book explores the disciplinary interfaces and practical implications of working across the two disciplines of industrial ecology (IE) and innovation studies (IS). Both disciplines have something to say about instigating environmental improvement and more sustainable futures. IE is predicated on the idea that social and economic systems mirror, or should be made to mirror, natural ecological systems. Proponents of IE devise models and techniques to trace material and energy resource flows as they move through social and economic systems. They propose policy and management improvements to increase the resource efficiency of such systems. By contrast, IS researchers work with the idea that innovation is a dynamic activity, vital to social and economic change and is shaped by a range of actors in industry, in government and in households. The authors illustrate the conceptual and practical problems and opportunities of working across this bi-disciplinary interface, with case studies presented from each and from hybrid perspectives that draw on both. These include applied examples from IE such as an evaluation of industrial symbiosis in the UK and from working projects in industrialising countries. Cases that originate with IS cover the areas of food, construction and waste incineration. New directions for conceptual development and further research are also offered. Conceptual blindspots and research gaps are identified at the interface of the two disciplines. Industrial Ecology and Spaces of Innovation will appeal to a wide and interdisciplinary audience including academics and researchers of environmental innovation, management and economics, industrial ecology and schools of environmental engineering. Business environmental practitioners, consultants and managers working with techniques such as life-cycle analysis, environmental impact assessment and collaborative industrial symbiosis initiatives will also find much to engage them within this book.