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|a a------
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|a HT243.A77
|b .A853 2014
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|a HT*
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|a HCDD
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|a Asian Development Bank.
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|a Urban Metabolism of Six Asian Cities.
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|b Asian Development Bank,
|c 2014.
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|c ©2014
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|a 1 online resource
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|a text
|b txt
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|a computer
|b c
|2 rdamedia
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|a online resource
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|a Print version record.
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|a Cover; Contents; 1 Introduction; 2 The Urban Metabolism Framework; 3 Measuring Urban Metabolism; 3.1 Available Statistical Data; 3.2 A New Streamlined Urban Metabolism Methodology; 3.3 Urban Patterns; 4 Urban Metabolism of the Six Asian Cities; 4.1 Bangalore; 4.2 Bangkok; 4.3 Ho Chi Minh City; 4.4 Metro Manila; 4.5 Seoul Metropolitan Area; 4.6 Shanghai Metropolitan Area; 5 Comparative Assessment of the Metropolitan Metabolisms; 5.1 Urban Spatial Metrics; 5.2 Assessing Urban Material Dependency; 5.3 Material Intensity of the Economy; 5.4 Typifying Urban Typologie
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|a 6 Contributions from Urban Metabolism7 Conclusions; 8 References; 9 Appendix ; 10 Data Sources; List of Figures; Figure 1 Schematic Representation of Urban Metabolism; Figure 2 Domestic Material Consumption per Capita of India and Bangalore, 2000; Figure 3 Direct Material Input of Bangalore, Disaggregated, 2000; Figure 4 Waste Production in Bangalore (a) by Waste Type in 2000; and (b) in the Following 50 years, Stemming from the Materials Consumed in 2000; Figure 5 Direct Material Input per capita of India and Bangalore, by End use, 2000
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|a Figure 6 Urban Metabolism of Bangalore, Aggregated, 2000Figure 7 Complete Urban metabolism of Bangalore, 2000; Figure 8 Bangalore Metropolitan Area Land Use; Figure 9 Main Transport Networks in Bangalore Metropolitan Area; Figure 10 Domestic Material Consumption per Capita of Thailand and Bangkok, 2000; Figure 11 Direct Material Input of Bangkok, Disaggregated, 2000; Figure 12 Waste Production in Bangkok (a) by Waste Type in 2000; and (b) in the Following 50 years, Stemming from the Materials Consumed in 2000
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|a Figure 13 Direct Material Input per capita of Thailand and Bangkok, by End use, 2000Figure 14 Urban Metabolism of Bangkok, Aggregated, 2000; Figure 15 Complete Urban metabolism of Bangkok, 2000; Figure 16 Bangkok Metropolitan Area Land Use; Figure 17 Main Transport Networks in Bangkok Metropolitan Area; Figure 18 Domestic Material Consumption per Capita of Viet Nam and Ho Chi Minh City, 2000; Figure 19 Direct Material Input of Ho Chi Minh City, Disaggregated, 2000; Figure 20 Waste Production in Ho Chi Minh City (a) by Waste Type in 2000
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|a And (b) in the Following 50 years, Stemming from the Materials Consumed in 2000Figure 21 Direct Material Input per capita of Viet Nam and Ho Chi Minh City, by End use, 2000; Figure 22 Urban Metabolism of Ho Chi Minh City, Aggregated, 2000; Figure 23 Complete Urban metabolism of Ho Chi Minh City, 2000; Figure 24 Ho Chi Minh City Area Land Use; Figure 25 Main Transport Networks in Ho Chi Minh City; Figure 26 Domestic Material Consumption per Capita of the Philippines and Metro Manila, 2000; Figure 27 Direct Material Input of Metro Manila, Disaggregated, 2000
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|a The urban metabolism framework maps the activities of cities from their consumption of materials, the different activities associated with those processes, and the wastes produced. Information generated provides a diagnostic tool for identifying high waste generating or inefficient activities and identifying potential points of policy intervention. The streamlined approach surmounts the lack of city level data, which is often cited as the most significant limitation preventing material flow analysis at the city level. Extension of the methodology to cover more cities can contribute toward creating benchmarks for city typologies.
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|a Sustainable urban development
|z Asia.
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|a Sustainable urban development
|2 fast
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|a Asia
|2 fast
|1 https://id.oclc.org/worldcat/entity/E39PBJxMpyjKQ9Jtm3jkjPBgKd
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|u https://ebookcentral.proquest.com/lib/holycrosscollege-ebooks/detail.action?docID=4471706
|y Click for online access
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|a EBC-AC
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|b HCD
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