Abstract

According to theoretical analysis and empirical verification based on IPAT identity, the evolutionary process of carbon dioxide emissions driven by technical advances over time generally follow in sequence three inverted U shape curves in the long run, which are the inverted U shape curve of carbon dioxide emissions intensity, carbon dioxide emissions per capita, and total carbon dioxide emissions respectively. According to three inverted U shape curves, the evolutionary process of carbon dioxide emissions can be divided into four stages, that is: stage before the peak of carbon dioxide emissions intensity, stage between the peak of carbon dioxide emissions intensity and the peak of carbon dioxide emissions per capita, stage between the peak of carbon dioxide emissions per capita and the peak of total carbon emissions, the last stage comes behind total carbon dioxide emissions. Four stages’ driving forces are: carbon-intensive technological advance, economic growth, carbon-reducing technical advances, carbon-reducing technical advances respectively. Finally, our conclusion is: carbon dioxide emissions evolutionary process follows the law of three inverted U shape curves in turn, if we take measures to dealing with climate change, we should not be divorced from the basic development stage.

Highlights

  • Global environmental degradation has been inspiring more and more researchers to investigate the causes of environmental degradation and the complex relationship between environmental changes and its driving forces including economic growth and environmental degradation (McPherson & Nieswiadomy, 2005)

  • Our conclusion is: carbon dioxide emissions evolutionary process follows the law of three inverted U shape curves in turn, if we take measures to dealing with climate change, we should not be divorced from the basic development stage

  • From the aspect of evolution trends in carbon dioxide emissions, we find that there are fewer countries and regions (11 developed economies) have stepped over the peak of total carbon emissions, which are Belgium, Denmark, France, Germany, Hong Kong, Netherlands, New Zealand, Singapore, Sweden, Switzerland and Britain

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Summary

A Study on Evolution and Driving Forces of Carbon Dioxide Emissions

Received: March 14, 2012 Accepted: April 5, 2012 Online Published: May 1, 2012 doi:10.5539/jsd.v5n5p111.

Introduction
Theory about Carbon Dioxide Emissions Driving Force
Verification on the Evolution Rules of Three Inverted U-Curves
12 CEPC TCE10
Conclusion
Discussion
Full Text
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