1. Identify sectors’ role on the embedded CO2 transfer networks through China’s regional trade.
- Author
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Wang, Zhen, Xiao, Chengming, Niu, Beibei, Deng, Liangchun, and Liu, Yong
- Subjects
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INPUT-output analysis , *BIOINDICATORS , *ATMOSPHERIC carbon dioxide , *CARBON dioxide , *CARBON dioxide mitigation - Abstract
This study developed a framework for combining multi-regional input-output analysis and network indicators to assess the interregional CO 2 flows in China. The interregional CO 2 flows of eight regions were calculated and visualized based on a multiregional input-output (MRIO) model for China. The focus of the research was intermediate use. The results of the network indicators showed that refined petroleum, coke, nuclear fuel and chemical products (07), and basic metals and fabricated metal sectors (09) played key roles in the complex networks. and these sectors in most regions controlled a large share of CO 2 transfer by functioning as key hubs and authorities. They along with commerce, transport, storage, and post (16) acted as agents that brokered the CO 2 flows within and between regions. The roles of some other industrial sectors were also identified, e.g., construction (15) functioned as the largest authority. The results demonstrated the importance and effectiveness of network indicators for identifying the characteristics of CO 2 emissions embedded in the domestic supply chain, and provided new information relevant to policy implementation. [ABSTRACT FROM AUTHOR]
- Published
- 2017
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