References
- Chung YH, Fare R, Grosskopf S. 1997. Productivity and undesirable outputs: a directional distance function approach. J Environ Manage. 51(3):229–240.
- Easterly W, Levine R. 2001. It‘s not factor accumulation: stylized facts and growth models. World Bank Econ Rev. 15(2):177–219.
- Fare R, Shawna G, Cap JR. 2001. Accounting for air pollution missions in measures of state manufacturing productivity growth. J Reg Sci. 41(3):381–409.
- Fukuyama H, Weber WL. 2009. A directional slacks-based measure of technical inefficiency. Socio-Econ Plan Sci. 4(43):274–287.
- Gao F, Shi L. 2009. Convergence of labour productivity growth in China’s provinces: 1978-2006. Manage World. 1:49–60.
- Hall R, Jones C. 1999. Why do some countries produce so much more output per worker than others? Q J Econ. 114(1):83–116.
- Hui SP, Zhang WZ, Bian Q. 2017. Study on the dynamic system and driving effect of green total factor productivity growth in industry. Stat Inf Forum. 12:78–85.
- Li B. 2011. Comparative analysis of China’s capital stock estimation. J Quant Tech Econ. 1(12):21–36.
- Li B, Peng X, Ouyang MK. 2013. Environmental regulation, green total factor productivity and the transformation of China‘s industrial development mode — an empirical study based on 36 industrial data. China Ind Econ. 4:56–68.
- Li FZ, Zhao CL. 2016. The driving force of the transformation of China’s economic development pattern and its ways of action. China Popul Resour Environ. 26(2):152–162.
- Liu CJ, Zhao XM. 2017. Is there industrial heterogeneity in the strong “porter hypothesis”? Based on the perspective of industrial carbon intensity segmentation. China Popul Resour Environ. 27(6):1–9.
- Liu ZS, Song DY, Gong YY. 2017. Study on spatial and temporal differentiation and convergence of China‘s green innovation capability. Chin J Manage. 14(10):1475–1483.
- Long G. 2000. Measuring the spillover effects: some Chinese evidence. Pap Reg Sci. 79(1):75–89.
- Oh D. 2010. A global Malmquist Luenberger productivity and index. J Prod Anal. 34(3):183–197.
- Pittamn RW. 1983. Multilateral productivity comparisons with undesirable outputs. Econ J. 93:883–891.
- Ren WH, Ji JY, Chen L, Zhang Y. 2018. Evaluation of China‘s marine economic efficiency under environmental constraints – an empirical analysis of China‘s eleven coastal regions. J Clean Prod. 184(1):806–814.
- Shan HJ. 2008. Reestimate of China’s capital stock K: 1952-2006. J Quant Tech Econ. 10:17–31.
- Shen C, Jia NS, Li ZY. 2017. Environmental regulation and industrial green total factor productivity – empirical analysis based on command – control and market incentive regulatory tools. R&D Manage. 1(2):144–154.
- Shi FG. 2017. The spatial measurement of the source and convergence of green economic growth in China‘s provinces and regions. East China Econ Manage. 12:91–99.
- Sun CW, Liu XY, Lin J. 2010. Study on the calculation and convergence of China’s total factor productivity under the constraint of carbon intensity. J Financ Res. 6:17–33.
- Teng ZW, Hu ZB, Jiang XY. 2017. Study on the differences and convergence of China’s service sector carbon productivity changes. J Quant Tech Econ. 1(3):78–94.
- Tone K. 2001. A slacks-based measure of efficiency in data envelopment analysis. Eur J Oper Res. 130(3):498–507.
- Wang XL, Fan G, Liu P. 2009. The pattern transformation and sustainability of China‘s economic growth. Econ Res J. 1:4–16.
- Wang ZP. 2010. Regional characteristics of production efficiency and decomposition of productivity growth – a method based on principal component analysis and stochastic frontier beyond logarithmic production function. J Quant Tech Econ. 1:33–43.
- Wu J. 2009. Analysis on the growth and convergence of total factor productivity of China’s industry under the environmental constraints. J Quant Tech Econ. 11:17–27.
- Wu Q, Wu CY. 2009. Study on energy efficiency evaluation model based on DEA. J Manage Sci. 1:103–112.
- Wu YZ, Wen YC. 2013. China’s industrial green productivity, performance and cost of emission reduction. Sci Res Manage. 2:105–111.
- Yang X, Li XP, Zhou DC. 2015. Study on the differences and convergence of carbon productivity in Chinese manufacturing industry. J Quant Tech Econ. 1(12):3–20.
- Yu ZY. 2015. Study on the dynamic spatial convergence of total factor productivity China’s provinces. J World Econ. 1(10):30–55.
- Zeng SW. 2013. Fiscal expenditure, spatial spillover and total factor productivity growth – an empirical study based on dynamic spatial panel model. Finance Trade Res. 1:101–109.
- Zhang C, Cai WH, Yu TS. 2013. Regional economic growth and carbon productivity – analysis based on convergence and decoupling index. China Ind Econ. 5:18–30.
- Zhang J, Tan W. 2016. Study on the green total factor productivity in main cities of China. Soc Sci Electron Publishing. 34(1):215–234.
- Zhao L, Lin J, Zhu J. 2015. Green total factor productivity of hog breeding in China: application of SE-SBM model and grey relation matrix. Pol J Environ Stud. 24(1):403–412.
- Zheng J, Bigsten A, Hu A. 2009. Can China‘s growth be sustained? A productivity perspective. World Dev. 37(4):874–888.