The Empirical Analysis on the Carbon Emission Transfer by Sino-EU Merchandise Trade
Abstract
By using input-output analysis method, this paper analyses the China and European Union’s corresponding transfer amount of carbon emissions caused by Sino-EU trade in 2002, 2007 and 2012.Furthermore, the influence degree of scale, structure and intensity on the amount of carbon emission transfer of China and European Union in a specific period of time was analyzed by using the method of LMDI. The result shows that there exists carbon emissions transfer from European Union to China. Scale effect always has a positive influence on the transferred amount of Chinese and European carbon emissions during the study period. The negative effect of structure to the transferred carbon emissions of China is weakening and the effect of intensity to the transferred carbon emissions of China is from the positive influence to negative one. For the EU, the effect of structure and intensity remain relatively stable state.
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Chang Y, Ries R J, Wang Y (2010).The embodied energy and environmental emissions of construction projects in China: an economic input–output LCA model. Energy Policy, 38(11): 6597-6603.
Hong L, Dong Z P, Chunyu H, et al. 2007. Evaluating the effects of embodied energy in international trade on ecological footprint in China[J]. Ecological Economics 62(1): 136-148.
Jian-guo Xie, Pei-shan Jiang (2014). Embodied energy in international trade of China: calculation and decomposition. Economics, (4):1365-1392.
Kagawa S, Inamura H (2004). A spatial structural decomposition analysis of Chinese and Japanese energy demand: 1985–1990. Economic Systems Research, (3): 279-299.
Liu. H, Y. Xi, J. Guo, et al (2010).Energy Embodied in the International Trade of China: An Energy Input-output Analysis. Energy Policy,38(8): 3957-3964.
Liu Qiang, Zhuang Xing, Jiang Ke-jun, et al (2008).Energy and Carbon Embodied in Main Exporting Goods of China. China Industrial Economics,(8):46-55.
Ri-ming Cui, Lei Wang (2013). The empirical study on international transfer of energy consumption in China: Based on the four accounting dimensions of embodied energy in import and export trade. Economic Theory and Business Management: 59-68.
Shui B, Harriss C (2006). The role of CO2 embodiment in US-China trade. Energy Policy, 34(18): 4063-4068.
Weber C L, Peters G P, Guan D, et al (2008). The contribution of Chinese exports to climate change. Energy Policy, 36(9): 3572-3577.
Wei Ben-yong, Fang Xiu-qi, Wang Yuan et al (2009). Estimation of Carbon Emissions Embo ied in Export in theView of Final Danands for China. Scientia Geographica Sincia,29(5):634-640.
Wu Xian-hua, Guo Ji, Guo Wen-qian (2011).Enlightenment and calculation of Sino-US carbon emission transfer based on merchandise trade. Studies in Science of Science,29(9):1322-1330.
Wu Xianjin, Li Yanfang (2012).Effects of Carbon Emissions Transfer in China-Japan Trade. Resources Science,34(2):301-308.
Xian-ping Yin, Da Huo, Li Tang (2010).Energy embodied in goods in Sino-Korea Trade : an analysis and policy implications. World Economy Study, (7):32-37.
Jian-guo Xie, Pei-shan Jiang (2014). Embodied energy in international trade of China: calculation and decomposition. Economics, (4): 1365-1392.
Xu Guang-yue, Song De-yong (2010).An Empirical Research on the Relationship of Export Trade,Economic Growth and Carbon Emissions. International Trade Issues,(1):74-79.
Ying Chen, Jia-hua Pan, Lai-hui Xie (2008). Energy embodied in goods of international trade in China: calculation and policy implications. Economic Research, (7):11-25.
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