Construction and empirical study of green development competitiveness evaluation index system under eco city planning

Yan Li, Jianmin Zhu

Article ID: 1841
Vol 2, Issue 1, 2021
DOI: https://doi.org/10.54517/ec.v2i1.1841
VIEWS - 61 (Abstract)

Abstract

Based on green development theory, green industrial system and green competitiveness, this paper puts forward the “green development theory, green industrial system and green competitiveness evaluation”. This paper makes a horizontal comparative analysis of the actual development data of Tianjin, Beijing, Shanghai and Chongqing, and verifies the scientific, standardization, systematisms and rationality of the “green model” evaluation index system. Using the measurement method combining fuzzy analytic hierarchy process and entropy method to determine the index weight of the evaluation system, this paper makes an empirical study on the green development competitiveness of Tianjin from 2011 to 2016, and analyzes the development status and existing problems of Tianjin’s green development competitiveness. Finally, aiming at the problems and weaknesses such as the lack of green social management function and the worrying overall quality of green environment in Tianjin, the paper puts forward countermeasures and suggestions to speed up the planning of green development demonstration area, make efforts to make up for the shortcomings of green environment, optimize the development strategy of industry city integration, build a smart ecological green city, publicize the concept of green development city and encourage the public to participate in green behavior.


Keywords

urban ecological planning; green development competitiveness; green model

Full Text:

PDF



References

1. Wang F, Liu Y, Chen Q, et al. Ups and downs of paradigm—The construction of western urban planning theoretical system in the past century. International Urban Planning 2012; (1): 75–83.

2. Hai M, Zhang Y, Huang Y. From organic evacuation to eco city planning. Shanxi Architecture 2007; (18): 10–11.

3. Zhou H, Gao Y. Analysis of three concepts: Green economy, circular economy and low-carbon economy. Tianjin Economy 2011; (11): 5–7.

4. Wen T, Lin J, Cai J, et al. Urban comfort: A new perspective and empirical study on the evaluation of urban competitiveness in China. Geographic Research 2016; (2): 214–226.

5. Luo T, Zhang T, Gan Y, et al. Summary of theoretical research on urban competitiveness at home and abroad. International Urban Planning 2015; (S1): 7–15.

6. Gardiner B, Martin R, Tyler P. Competitiveness, productivity and economic growth across the European regions. London: Regional Studies Association’s Regional Productivity Forum Seminar; 2004.

7. Maes WH, Fontaine M, Rongé K, et al. A quantitative indicator framework for stand level evaluation and monitoring of environmentally sustainable forest management. Ecological Indicators 2011; 144(1): 141–154.

8. Nguyen QA, Hens L. Environmental performance of the cement industry in Vietnam: The influence of ISO 14001 certification. Journal of Cleaner Production 2013; (1): 1–17.

9. Dong X, Wu C. Theoretical model, system and method of urban competitiveness evaluation—A literature review. Journal of Hubei University of Economics 2017; (1): 66–72.

10. Ni P. Annual report on urban competitiveness No. 2—Positioning: Way to mutual prosperity. Beijing: Social Science Literature Press; 2004. p. 32–33.

11. Ni P, Zhao B, Wei S. Index construction and factor analysis of urban competitiveness—Based on the sample of 500 typical cities in the world. Urban Development Research 2013; (6): 72–79.

12. Han X, Yuan Y, Wang X, et al. Research on competitiveness evaluation of resource-based cities based on DEA. China Soft Science 2013; (6): 127–133.

13. Jin S. Identification about key element of urban core competitiveness based on structural equation model. Business, Economics, and Financial Sciences, and Management 2012; (143): 21–28.

14. United Nations Environment Program. Green economy: Cities investing in energy and resource efficiency. 2011.

15. Du Y, Chi G. Construction of green industry evaluation index system based on index screening. Scientific Research Management 2015; (9): 119–127.

16. Lu T, Kang K. Application of entropy method and analytic hierarchy process in weight determination. Computer Programming Skills and Maintenance 2009; (22): 19–20.

17. Zhu J, Shi M. Construction and empirical research of enterprise endogenous capability evaluation system. Research on Science and Technology Management 2016; (17): 66–71.

18. Shen Z. Implement the strictest environmental protection system. Wenhui Daily, 2017 Feb 23.

19. Tianjin Bureau of Statistics. Tianjin statistical yearbook 2016. Beijing: China Statistics Press; 2016.

20. Tu F. Problems and countermeasures in the development of industry city integration in Tianjin. Future and Development 2015; (11): 99–102.

21. Zhu W. Smart environmental protection, industry city integration and harmonious development. China Environment News, 2017 Feb 6.

22. Mo W. Classification of public participation in western urban planning—From a theoretical perspective. International Urban Planning 2014; (5): 76–82.

Refbacks

  • There are currently no refbacks.


Copyright (c) 2021 Yan Li, Jianmin Zhu

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.