Linking Sustainable Community Activities to Pollution Prevention: A Sourcebook. This item is unavailable.Linking Sustainable Community Activities to Pollution Prevention: A Sourcebook

This report provides an introduction to sustainable community activities and ways in which supporters of pollution prevention can take advantage of such efforts. A "sustainable community" effort consists of a long-term integrated and systems approach to developing and achieving a healthy community by addressing economic, environmental and social issues. Fostering a strong sense of community and building partnerships among key stakeholders are also important elements of such efforts. This report discusses how hundreds of communities across the United States are taking "sustainable community" approaches to deal with their most pressing problems. Such approaches have been applied to issues as varied as urban sprawl, inner-city and brownfield redevelopment, new economic development, a strong local economy, environmental justice, ecosystem management, agriculture, biodiversity, green buildings, energy conservation, watershed management, and pollution prevention. This report explains such activities by examining the process of developing a sustainable community initiative, describing sources of support, and presenting detailed community examples. Then, it explores the relationship between sustainable community activities and pollution prevention. The author includes an extensive annotated bibliography giving points of contact with phone numbers, web page addresses, and published documents about sustainable community activities throughout the United States.

Beth Lachman (M.S., Operations Research, Stanford University) is a science and technology policy analyst at RAND. Her expertise includes systems analysis of environmental problems, development and application of environmental indicators, environmental science and technology policy, sustainable development, natural resource and ecosystem management, development of effective public-private partnerships, mathematical modeling, and GIS analysis of environmental issues and urban systems.