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|a 0470852917 (pbk.) :
|c £29.95
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|2 22
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1 |
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|a Yeang, Ken,
|d 1948-
|9 397150
|
| 245 |
1 |
0 |
|a Ecodesign :
|b a manual for ecological design /
|c Ken Yeang.
|
| 264 |
|
1 |
|a New York ;
|a Chichester :
|b Wiley,
|c 2006.
|
| 300 |
|
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|a 499 p. :
|b ill. ;
|c 22 x 27 cm.
|
| 505 |
0 |
0 |
|t What is ecodesign? --
|t The objective of ecodesign --
|t The basis for ecodesign --
|t Ecomimicry --
|t The general law and theoretical basis for ecodesign --
|t Interrogate the premises for the design --
|t Differentiate whether the design is for a product (with no fixed abode or with a temporary abode) or for a structure or an infrastructure (both abode or site specific) --
|t Determine the level of environmental integration that can be achieved in the design --
|t Evaluate the ecological history of the site (for the designed system) --
|t Inventory the designed system's ecosystem (site-specific design) --
|t Delineate the designed system's boundary as a human-made or composite ecosystem in relation to the site's ecosystem --
|t Design to balance the biotic and abiotic components of the designed system --
|t Design to improve existing, and to create new ecological linkages --
|t Design to reduce the heat-island effect of the built environment on the ecology of the locality --
|t Design to reduce the consequences of the various modes of transportation and of the provision of access and vehicular parking for the designed system --
|t Design to integrate with the wider planning context and urban infrastructure of the designed system --
|t Design for improved internal comfort conditions (of the designed system as an enclosure) --
|t Design to optimise all passive-mode (or bioclimatic design) options in the designed system --
|t Design to optimise all mixed-mode options in the designed system --
|t Design to optimise all full-mode options in the designed system --
|t Design to optimise productive-mode options in the designed system --
|t Design to optimise composite-mode options in the designed system --
|t Design to internally integrate biomass with the designed system's inorganic mass (eg by means of internal landscaping, improved indoor air quality (IAQ) considerations, etc) --
|t Design for water conservation, recycling, harvesting, etc --
|t Design for wastewater and sewage treatment and recycling systems --
|t Design for food production and independence --
|t Design the built system's use of materials to minimise waste based on the analogy with the recycling properties of the ecosystem --
|t Design for vertical integration --
|t Design to reduce light and noise pollution of the ecosystems --
|t Designing the built environment as the transient management of materials and energy input flows --
|t Designing to conserve the use of non-renewable energy and material resources --
|t Design for the management of outputs from the built environment and their integration with the natural environment --
|t Design the built system over its life cycle from source to reintegration --
|t Design using environmentally benign materials, furniture, fittings, equipment (FF&E) and products that can be continuously reused, recycled and reintegrated --
|t Design to reduce the use of ecosystem and biospheric services and impacts on the shared global environment (systemic integration) --
|t Reassess the overall design (ie product, structure or infrastructure) in its totality for the level of environmental integration over its life cycle --
|t What is the green aesthetic? --
|t Issues of practice --
|t The future of ecodesign --
|g App. 1.
|t Timeline of key international developments relating to the global environment --
|g App. 2.
|t Sustainable development --
|g App. 3.
|t The Rio Principles.
|
| 650 |
|
0 |
|a Architecture
|x Environmental aspects
|9 370620
|
| 650 |
|
0 |
|a Industrial design
|x Environmental aspects
|9 807583
|
| 907 |
|
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