A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Carbon implications of China’s urbanization
Abstract China recently announced a plan to move an unprecedented large number of rural residents to cities over a relative short period of time; i.e., potentially more than 100 million people would move to China’s cities by 2020 potentially leading to large increases in energy consumption and CO2 emissions. By applying environmentally extended input–output analysis, in this study we estimate the carbon footprint of Chinese urban and rural residents and assess the carbon implications of China’s urban migration plan. Our results show that more than 1 gigaton cumulative additional CO2 emissions would be induced by moving 100 million rural residents to cities by 2020. Rural–urban migration plans of such scale need to go hand in hand with urban planning and climate policies to mitigate the effects on CO2 emissions and other environmental issues.
Carbon implications of China’s urbanization
Abstract China recently announced a plan to move an unprecedented large number of rural residents to cities over a relative short period of time; i.e., potentially more than 100 million people would move to China’s cities by 2020 potentially leading to large increases in energy consumption and CO2 emissions. By applying environmentally extended input–output analysis, in this study we estimate the carbon footprint of Chinese urban and rural residents and assess the carbon implications of China’s urban migration plan. Our results show that more than 1 gigaton cumulative additional CO2 emissions would be induced by moving 100 million rural residents to cities by 2020. Rural–urban migration plans of such scale need to go hand in hand with urban planning and climate policies to mitigate the effects on CO2 emissions and other environmental issues.
Carbon implications of China’s urbanization
Feng, Kuishuang (author) / Hubacek, Klaus (author)
Energy, Ecology and Environment ; 1 ; 39-44
2016-02-01
6 pages
Article (Journal)
Electronic Resource
English
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