Is it possible for a group of the world's most respected environmental scientists to truly practice what they preach? Can their expertise in climate change help them in transforming an old house and its nine acres into their new office building and campus - a building that is as energy efficient as possible, uses local materials, and generates all of the energy it consumes? In this candid, charming, and informative book, the director of the renowned Woods Hole Research Center tells a story that will interest anyone who has ever thought about doing a 'green' rehab, has tried to build green, or just wonders what's actually possible. The Woods Hole Research Center is an international leader in identifying the causes and consequences of environmental change. When the WHRC needed a new administration building, its scientists and staff decided that the building should utilize 'state-of-the-shelf' green building techniques and materials. However, the new office had to conform with the laws and building codes of the time, and with materials that were then available - no matter how frustrating these requirements were to the resident scientists and contractors. The author, George M. Woodwell, founder of the WHRC, was intimately involved in the design and construction of the Gilman Ordway Campus, which was completed in 2003 in collaboration with McDonough + Partners. He details the challenges they faced, some of which are familiar to everyone who tries to 'build green': the vagaries of building codes, the whims of inspectors, the obstreperousness of subcontractors, the search for appropriate materials, and the surprises involved in turning an old house into a modern office building. Woodwell puts the building in a larger context, not only within the work of the Center and the tradition of Woods Hole, but in the global need to minimize our carbon emissions and overall environmental impact. Building a world that works requires rethinking how we design, reuse, and live in the built environment while preserving the functional integrity of the landscape.

The Earth's biotic resources are experiencing a spreading crisis, which is leading not only to the most rapid loss of species in the past 65 million years, but also causing abrupt changes in the structure and function of natural communities. This disturbance, unfortunately, is the result of man's carelessness in the name of advancing civilization. To identify and begin rectifying this dangerous situation, a group of outstanding environmental scientists has compiled a collection of case studies that illustrate the changes being wrought on the biosphere by the human presence. The first part of the book frames the issue with a series of papers on global change and patterns of impoverishment, with particular emphasis on the effects of air pollution. Successive sections explore the nature of chronic disturbances in a variety of ecosystems including forests, woodlands, grasslands, tundra, and aquatic systems. The book concludes with two chapters that offer possible solutions to this critical situation. By defining the major types of changes in the structure and function of natural communities exposed to chronic disturbance, the authors hope to instill concern and, ultimately, a change of policy.

The Earth's biotic resources are experiencing a spreading crisis, which is leading not only to the most rapid loss of species in the past 65 million years, but also causing abrupt changes in the structure and function of natural communities. This disturbance, unfortunately, is the result of man's carelessness in the name of advancing civilization. To identify and begin rectifying this dangerous situation, a group of outstanding environmental scientists has compiled a collection of case studies that illustrate the changes being wrought on the biosphere by the human presence. The first part of the book frames the issue with a series of papers on global change and patterns of impoverishment, with particular emphasis on the effects of air pollution. Successive sections explore the nature of chronic disturbances in a variety of ecosystems including forests, woodlands, grasslands, tundra, and aquatic systems. The book concludes with two chapters that offer possible solutions to this critical situation.

Global warming is among the more pressing issues in ecology and environmental science. Until now, the important issue of the role of biotic feedback has not been addressed in one volume. Changes in biotic processes create feedback into the climate which has implications for global climatic change. Important biogenic gases and the feedback generated by them from the warming of the earth, biospheric changes of forest regions and the feedback caused by disturbance to these forests, and biofeedback in the ocean caused by overall climatic changes, are all part of the biotic processes which affect global climatic change. George Woodwell is a leading worker on global warming, and one of the most influential environmental scientists, and has drawn together a superb group of authors to present the current scientific understanding of this issue in one volume.

Is it possible for a group of the world's most respected environmental scientists to truly practice what they preach? Can their expertise in climate change help them in transforming an old house and its nine acres into their new office building and campus - a building that is as energy efficient as possible, uses local materials, and generates all of the energy it consumes? In this candid, charming, and informative book, the director of the renowned Woods Hole Research Center tells a story that will interest anyone who has ever thought about doing a "green" rehab, has tried to build green, or just wonders what's actually possible. The Woods Hole Research Center is an international leader in identifying the causes and consequences of environmental change. When the WHRC needed a new administration building, its scientists and staff decided that the building should utilize "state-of-the-shelf" green building techniques and materials. However, the new office had to conform with the laws and building codes of the time, and with materials that were then available - no matter how frustrating these requirements were to the resident scientists and contractors. The author, George M. Woodwell, founder of the WHRC, was intimately involved in the design and construction of the Gilman Ordway Campus, which was completed in 2003 in collaboration with McDonough + Partners. He details the challenges they faced, some of which are familiar to everyone who tries to "build green": the vagaries of building codes, the whims of inspectors, the obstreperousness of subcontractors, the search for appropriate materials, and the surprises involved in turning an old house into a modern office building. Woodwell puts the building in a larger context, not only within the work of the Center and the tradition of Woods Hole, but in the global need to minimize our carbon emissions and overall environmental impact. Building a world that works requires rethinking how we design, reuse, and live in the built environment while preserving the functional integrity of the landscape.