A handbook of industrial ecology

摘要: Part 1 Context and history: industrial ecology - goals definitions, Reid Lifset Thomas E. Graedel exploring the history of metabolism, Marina Fischer-Kowalski recent ecology, Suren Erkman cleaner production, Tim Jackson on ecosystems, Robert U. Ayres governance, laws regulations, Braden R. Allenby metabolism use misuse metaphors, Allan Johansson. 2 Methodology: material flow analysis, Stefan Bringezu Yuichi Moriguchi substance analysis (SFA) methodology, Ester van der Voet physical input-output accounting, Gunter Strassert process approach to Urmila Diwekar Mitchell Small life cycle assessment, Helias A. Udo de Haes impact evaluation in Bengt Steen. 3 Economics ecology: environmental accounting Peter Bartelmus materials (MFA) economic modelling, Karin Ibenholt exergy flows economy -efficiency dematerialization, transmaterialization, Walter C. Labys dematerialization rematerialization as two recurring phenomena Sabder De Bruyn optimal resource extraction, Matthias Ruth technology policy Japanese experience, Chihiro Watanabe. 4 Industrial at national/regional level: global biogeochemical cycles, Vaclav Smil accounts United States world, Donald G. Rogich Grecia Matos -analyses for sustainable management Germany Europe, studies Japan, an Australian case study, Andria Durney Kingdom, Heinz Schandl Niels Schulz symbiosis legacy Kalundborg, John Ehrenfeld Marian Chertow. 5 sectoral/materials due mining urbanization, Ian Douglas Nigel Lawson long term world metal application a system-dynamics model, Detlef P. Vuuren et al risks accumulation, Jeroen B. Guinee constraints evolution scarce metals emerging energy technologies, Bjorn Andersson Ingrid Rade wastes raw materials, David T. Allen heavy agrosystems, Simon W. Moolenaar automotive systems, information industry, Brande Allenby. 6 Applications implications: green design, Chris Hendrickson risk Paul Kleindorfer spatial planning, Clinton J. Andrews estates model eco