UserName:
PassWord:
Home >> Working Paper
Technology Advance and Carbon-Dioxide Emission in China—Evidence from the Empirical Study on Rebound Effect
Read        DownLoad
TitleTechnology Advance and Carbon-Dioxide Emission in China—Evidence from the Empirical Study on Rebound Effect  
AuthorLin Boqiang and Yang Lish  
OrganizationXiamen University 
Emailfrogshasha@foxmail.com;bqlin@xmu.edu.cn 
Key Wordstechnology advance, carbon-dioxide emission, rebound effect, SML index, LMDI index 
AbstractIt has become an international consensus on carbon dioxide mitigation under the serious circumstance of the worsening greenhouse effect. At present, technology advance is the greatest contributor to the carbon dioxide mitigation. However, the real effect of technology advance on mitigation is worth further studying due to the existence of rebound effect. A key issue is how to quantify the relationship between technology advance and carbon dioxide emission accurately. This paper figures out a comprehensive and modified framework involving around the rebound effect of carbon emission from the macroeconomic perspective. Using this framework, this paper quantitatively evaluates the relationship between technical change and carbon emission based on the data of 30 provinces in China. It is founded that: (1) the rebound effect is almost 10%~60% in Chinese provinces; (2) the rebound effect of carbon emission differs among the regions in China; (3) energy and environment issues should be solved step by step regionally.  
Serial NumberWP736 
Time2014-10-21 
  • Institute of Economics, Chinese Academy of Social Sciences
  • Copyright Economic Research Journal
  • The uploaded articles by this website express the authors’ views, not necessarily the views of this website.
  • Perennial Legal Counsel: Lu Kang (Chong Guang Law Office)
  • ISSN 0577-9154 CN 11-1081/F Postal Distribution Code 2-25l (Domestic) M16 (Overseas)
  • ICP 10211437 (Beijng)
  • No.2,Yuetan Bei Xiaojie, Xicheng District, Beijing 100836, P. R. China
  • Phone/Fax: (+8610) 68034153