Supporting Information for Decoding the effect of socioeconomic transition on carbon dioxide emissions: Analysis framework and application in megacity Chongqing from inland China Xin Tian 1,2* , Miao Chang 3* , Feng Shi 4 , Hiroki Tanikawa 5 1. School of Environment, Beijing Normal University, Beijing 100875, China 2. State Key Laboratory of Water Environment Simulation, Beijing Normal University, Beijing 100875, China 3. School of Environment, Tsinghua University, Beijing 100086, China 4. Institute of Science and Technology for Development of Shandong, Shandong Academy of Sciences, Jinan 250014, China 5. Graduate School of Environmental Studies, Nagoya University, Nagoya, 464-8601, Japan Corresponding author: Xin Tian, [email protected], +86-10-58800397, Beijing Normal University, Beijing 100875, China Miao Chang, [email protected], +86-10-62780478, Tsinghua University, Beijing 100086, China
13
Embed
Decoding the effect of socioeconomic transition on … · Web viewDecoding the effect of socioeconomic transition on carbon dioxide emissions: Analysis framework and application in
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Supporting Information for
Decoding the effect of socioeconomic transition on carbon dioxide emissions:
Analysis framework and application in megacity Chongqing from inland China
where the six factors show the contributions from changes in CO2 intensity of output,
production structure, urban household consumption structure, urban household
consumption level, urbanization rate and population on urban household consumption
related CO2 emissions variations, respectively. Results based on equation (S3) are
shown in Fig. 6 in the main text.
2. Socioeconomic transitions and associated CO2 emissions
trends in provincial regions of mainland China
Table S1 Economic growth and socioeconomic transition in provincial regions of mainland
China (2012 constant price)
Average GDP
growth rate,
2006 ‒ 2012
Per capita GDP,
2012 (thousand
RMB /capita)
Industrial structure, 2012 Urbanization
rate, 2012Primary
industry
Secondary
industry
Tertiary
industry
Eas
tern
Reg
ion
Beijing 10% 86 1% 23% 76% 86%
Tianjin 16% 91 1% 52% 47% 82%
Hebei 11% 36 12% 53% 35% 47%
Liaoning 13% 57 9% 53% 38% 66%
Shanghai 10% 85 1% 39% 60% 89%
Jiangsu 12% 68 6% 50% 44% 63%
Zhejiang 10% 63 5% 50% 45% 63%
Fujian 13% 53 9% 52% 39% 60%
Shandong 12% 52 9% 51% 40% 52%
Guangdong 11% 54 5% 49% 46% 67%
Hainan 12% 32 25% 28% 47% 52%
EAST 11% 57 6% 48% 45% 62%
Cen
tral
Reg
ion
Shanxi 11% 34 6% 56% 39% 51%
Jilin 14% 43 12% 53% 35% 54%
Heilongjiang 11% 36 15% 44% 40% 57%
Anhui 13% 29 13% 55% 33% 47%
Jiangxi 12% 29 12% 54% 35% 48%
Henan 12% 31 13% 56% 31% 42%
Hubei 13% 39 13% 50% 37% 54%
Hunan 13% 33 14% 47% 39% 47%
CENTRAL 12% 33 12% 52% 36% 48%
Inner Mongolia 15% 64 9% 55% 35% 58%
Chongqing 15% 39 8% 52% 39% 57%
Sichuan 13% 30 14% 52% 35% 44%
Wes
tern
Reg
ion
Guizhou 13% 20 13% 39% 48% 36%
Yunnan 12% 22 16% 43% 41% 39%
Shaanxi 14% 39 9% 56% 35% 50%
Gansu 11% 22 14% 46% 40% 39%
Qinghai 13% 33 9% 58% 33% 47%
Ningxia 12% 36 9% 50% 42% 51%
Xinjiang 11% 34 18% 46% 36% 44%
Guangxi 13% 28 17% 48% 35% 44%
WEST 13% 31 13% 50% 37% 45%
Data source: China Statistical Year Book 2013, China Statistical Bureau.
Figure S1 Trends of CO2 emissions in East, Central and West China, 2003 ‒ 2012
Notes: As there’s lack of CO2 emission data for Ningxia over 2000 ‒ 2002 and Hainan in 2002, we only compared regional CO2 emissions since 2003
3. Geographical features of Chongqing
Figure S2 Geographical features of Chongqing City
Notes: the dark blue lines divide mainland China into eastern regions, central regions and western regions.
4. Sectoral aggregation
Table S2 Sectoral aggregation and main contents of sectors
Aggregated Sectors Main contentsAgriculture 1. AgricultureMining 2. Coal mining and processing
3. Crude petroleum products and Natural gas products
4. Metal ore mining5. Non-metal minerals and other mining
Light manufacturing 6. Food products and tobacco processing7. Textiles8. Wearing apparel, leather, fur, down and
related products9. Sawmills and furniture10. Paper, printing and record medium
reproductionResource related industry 11. Petroleum processing, coking and nuclear
fuel processing12. Nonmetallic minerals products13. Metal smelting and processing14. Electricity and steam production and
supply15. Gas production and supply16. Water production and supply
Chemical industry 17. Chemical industryMachinery manufacturing 18. Special and general industrial machineryTransport equipment manufacturing 19. Transport equipment manufacturingHigh-tech industry 20. Electronic equipment and appliance
manufacturing21. Communication equipment, computer and
other electric equipment manufacturingOther heavy manufacturing 22. Metal products
23. Measuring instruments, cultural and office equipment manufacturing
24. Artwork, other manufactureConstruction 25. ConstructionServices 26. Transport, storage and post
27. Wholesale and retail trade28. Hotels, eating and drinking places29. Finance30. Real estate31. Social services, technical services,
research and education, culture and arts, sports, health services, and social welfare
32. Public administration and social organization
5. Supplementary results
Figure S3 Export and Import related CO2 emissions in Chongqing, 2007 ‒ 2012
Table S3 Contributions of different driving factors on CO2 emissions in transport
equipment manufacturing and high-tech industry (Million tons)
Table S4 CO2 emissions embodied in intermediate products consumed by construction
sector in 1997 and 2012 (Million tons)
2012 1997Agriculture 0.4 0.0Mining 22.1 2.3Light manufacturing 0.5 0.2Machinery manufacturing 0.2 0.1Transport equipment manufacturing 0.0 0.0Resource related industry 114.9 13.6Chemical industry 4.0 1.6High-tech industry 0.0 0.0Other heavy manufacturing 0.3 0.3Construction 1.6 0.2
Services 7.4 0.6Total 151.4 18.8
Table S5 CO2 emissions embodied in intermediate products consumed by services sector in
2012 (Million tons)
2012Agriculture 1.0Mining 5.5Light manufacturing 1.5Machinery manufacturing 0.1Transport equipment manufacturing 0.0Resource related industry 20.5Chemical industry 2.7High-tech industry 0.0Other heavy manufacturing 0.1Construction 0.0Services 13.2Total 44.6
6. Socioeconomic transitions of Chongqing
Figure S4 Industrial structure change with industrialization in Chongqing, 1997 ‒ 2012
Figure S5 Increasing income and consumption level of urban and rural population in
Chongqing, 1997 ‒ 2012
Figure S6 Growing living space for urban and rural residents of Chongqing, 1997 ‒ 2012
Figure S7 Length of road in Chongqing, 1997 ‒ 2012