steel construction’,
Journal of Constructional Steel Research
, vol 62, no 11, pp1178–1211.
Box 22
1 Adapted from material in Birkeland, J. (2002)
Design for Sustainability
, Earthscan, London.
2 Ramsay, C. and L. Rudolph (2003)
Landscape and Building Design for Bushfire Areas
, CSIRO
publishing, Victoria, Australia.
Box 23
1 The Revit suite (Architectural, Structural, MEP) from Autodesk and the Triforma (Architecture,
Structural, etc) suite from Bentley are two examples of this trend.
2 See www.construction-innovation.info/images/pdfs/Brochures/LCADesign_brochure.pdf.
3 See www.iai-international.org/Model/IFC(ifcXML)Specs.html.
Box 25
1 Flooring can account for 30–40 per cent of a building’s thermal mass, while the wall material
can be 60–70 per cent.
Box 26
1 Cargill Dow Company, a leader in plastics made from corn, has argued this.
2 The argument has been made that the transition to a carbohydrate economy should be done in
a way that does not disrupt or destroy existing recycling infrastructures; see http://maryland.
sierraclub.org/newsletter/archives/2007/03/a_008.asp.
3 Butterworth, B. (2006) ‘Biofuels from waste’,
Refocus
, May/June, pp60–61.
385
Notes
Box 29
1 Further information available at www.ecospecifier.org.
Box 32
1 www.csrp.com.au.
2 Bossilkov, A., R. van Berkel and G. D. Corder (2005) ‘Regional synergies for sustainable resource
processing: A status report’, www.csrp.com.au/_media/pdf/3A1StatusReportJune2005Final,
accessed 21 November 2005.
Box 33
1
Scientific American
, September 2006, pp55–61.
2 Venkat, K. and W. Wakeland (2006) ‘Is lean necessarily green?’, Conference of the International
Society for the Systems Sciences, www.suryatech.com/pages/ISSS06-IsLeanNecessarilyGreen.pdf.
Box 34
1 Eckersley, R. (2005) ‘Redefining progress’, in J. Birkeland (ed)
Design for Sustainability: A Sourcebook
of Eco-logical Design Solutions
, Earthscan, London, pp38–41; see also Eckersley, R. (2005)
Well
and Good: Morality, Meaning and Happiness
, Text Publishing, Melbourne, Australia.
2 World Bank (2000)
Quality of Growth
, World Bank, Washington, DC, www.worldbank.org/wbi/
qualityofgrowth/overview.pdf
Box 35
1 WCED (World Commission on Environment and Development) (1987)
Our Common Future
,
Oxford University Press, Oxford.
2 OECD (1994)
Environmental Indicators. Core Set
, Organization for Economic Cooperation and
Development, Paris.
3 Yenken, D. and D. Wilkinson (2000)
Resetting the Compass. Australia’s Journey Towards
Sustainability
, CSIRO Publishing, Melbourne, Australia.
4 Newton, P. W. (2003) ‘2001 Australia state of the environment: Human settlements’, Environment
Design Guide No 11, Australian Council of Building Design Professions, Melbourne; see also
www.deh.gov.au/soe.
5 Newton, P. W. (2006) ‘Australia state of the environment: Human settlements’, theme paper, www.
deh.gov.au/soe.
6 See www.dse.vic.gov.au/ourenvironment-ourfuture.
7 Foran, B. and F. Poldy (2002)
Future Dilemmas: Options to 2050 for Australia’s Population, Technology
Resources and Environment
, Department of Immigration and Multicultural Affairs, Canberra.
8 Lennox, J. A. and G. M. Turner (2005) ‘State of the Environment Report on Human Settlements:
Stocks and flows indicators’, www.deh.gov.au/soe.
9 The Australian Government Treasury (2002) ‘Intergenerational Report 2002/3’ and ‘Budget Paper
No 5’, Australian Government Treasury, Canberra.
10 See www.deh.gov.au/soe.
Box 37
1 For further information see www.eia.org.au/files/PF5QGPZHO2/SRI%20Benchmarking%2
02006%20EIA.pdf (Australia), www.eurosif.org/publications/sri_studies (Europe) and www.
socialinvest.org/areas/research (US).
386
Positive Development
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