Proposal of Indicators to Assess Urban Sustainability in Brazil
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The research related here focuses on municipal situations where problems of sustainability may be defined and tackled on the basis of bottom-up management procedures with the participation of organized society. The aim is to build management models that may be implemented with reasonable administrative effort and cost. Implementation pursues the target of approaching a sustainable situation in the municipality. Environmental parameters for an ideal municipality with undefined geographical location are presented. For each parameter, a set of indicators is developed that can measure the prospect of sustainability. The indicators are defined in terms of numbers or literal concepts according to the possibility of measurement. Examples of management models are presented, which are able to approach the situation defined as sustainable by the indicators. The basic management tool is the learning curve of targeted communities, which is experimentally developed and applied. The indicators are grouped according to their range of applicability.
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- Alberti, M.: 1996, 'Measuring urban sustainability', Environmental Impact Assessment Review, London 16(4-6), 381–424.Google Scholar
- Alberti, M. and Susskind, L.: 1996, 'Managing urban sustainability: An introduction to the special issue', Environmental Impact Assessment Review, London 16(4-6), 213–221.Google Scholar
- Ekins, P., Folke, C. and Groot, R.V.: 2003, 'Identifying critical natural capital', Ecological Economics, Boston 44(2-3), 159–163.Google Scholar
- Fehr, M.: 1998, 'An integrated environmental matrix for a social unit', Resources, Conservation and Recycling, Shannon 22, 193–202.Google Scholar
- Fehr, M.: 1999, 'The dynamic nature of MSW management', Journal of Environmental Systems, Amityville 27(1), 1–13.Google Scholar
- Fehr, M. and Calçado, M.R.: 2001, 'Divided collection model for household waste achieves 80% landfill diversion', Journal of Solid Waste Technology and Management, Chester 27(1), 22–26.Google Scholar
- Fehr, M. et al.: 2001, 'Toribaté 2025-retrospective of constructing a sustainable water scenario (in Portuguese)', Fourth Inter-American Dialogue on Water Management, Foz do Iguaçu, September 2-6, paper 11, http://www.ivdialogo.com/trabalhos.htmGoogle Scholar
- Halachmi, A. and Taylor, G.A.: 1979, 'Innovation as an organizational response to diminishing resources', Computers, Environment and Urban Systems, London 4(3-4), 193–198.Google Scholar
- IBGE: 1997, Brazil in Numbers (in Portuguese), IBGE (Brazilian Institute for Statistical Geography), Rio de Janeiro 5, 1–137.Google Scholar
- Rees, W.E. and Wackernagel, M.: 1996, 'Urban ecological footprints: Why cities cannot be sustainable', Environmental Impact Assessment Review, London 16(4-6), 223–248.Google Scholar
- Taylor, D.C.: 1999, 'Mobilizing resources to collect MSW: East Asian case studies', Waste Management & Research, Copenhagen 17(4), 263–274.Google Scholar
- Westphal, M.F. and Mendes, R.: 2000, 'The healthy city (in Portuguese)', Revista de Administração PÚblica, São Paulo 6(34), 47–61.Google Scholar