城市大氣環(huán)境治理創(chuàng)新模式及方法研究
[Abstract]:Under the background of ecological civilization construction and haze management, this paper explores the innovative model of urban atmospheric environment governance in order to promote the sustainable development of the city by scientific management and lean management. It is of great theoretical and practical significance to promote the modernization of national governance system and governance capacity. First of all, in view of the dualistic development mode of environment and economy and the short-term solution of air pollution, it is pointed out that the urban atmospheric environment treatment needs all-round and whole-process innovation. As a theoretical system or research paradigm, the innovative model of urban atmospheric environment governance is aimed at the highly artificial urban atmospheric environment, constantly changes the management concept, system and means, in order to achieve the coordinated development of environment and economy. Continuous improvement in the decision-making process. Secondly, on the aspect of concept innovation, the hypothesis of "management innovation drives environmental efficiency improvement" is put forward. Based on the theory of new institutional economics, the framework system of win-win theory of environment and economy is constructed. Through management, economy and environmental system gradually transmitting, the government's environmental management behavior affects the environmental efficiency to produce "environmental management effect". Based on the theory of continuous improvement, according to the self-improvement dynamic management system established by Deming Ring, it drives the orderly circulation of the three systems endogenously, so as to realize the coordinated development of environment and economy, and the continuous improvement. Thirdly, on the aspect of system innovation, this paper studies the design and optimization of urban atmospheric environment management and assessment system. Firstly, the influence of three assessment mechanisms of higher-level government on the stability of evolutionary game strategy between local government and pollution-producing enterprises is investigated. Based on the results of environmental law enforcement, the game between local government and pollution-producing enterprises is periodic. When the "environmental management effect coefficient" is relatively high, that is, when the government makes great contribution to the improvement of environmental quality, environmental quality-oriented assessment is helpful to form the evolutionary stability strategy. In the process-oriented assessment mechanism, the progressive penalty can reach the evolutionary game equilibrium. Secondly, based on the assumption of "rational person" of local officials, using the urban panel data in North China to establish an econometric model, it is found that the promotion competition intensity of local officials has a significant impact on environmental performance, and the greater the promotion competition intensity, the greater the promotion competition intensity. The higher the intensity of industrial sulfur dioxide emission. Therefore, it is necessary to change the GDP-based assessment mode and improve the evaluation system of cadres' political achievements. Finally, taking Tianjin as an example, an empirical study is carried out. The Kuznets curve of sulfur dioxide, nitrogen oxide and smoke (powder) dust shows that the relationship between pollutant emissions and income level is not significant, but is negatively correlated with government environmental policy, which proves the hypothesis that "management innovation drives environmental efficiency improvement". The lag of environmental Kuznets curve of atmospheric pollutants is strong, which indicates that environmental management effect coefficient should be taken into account in the assessment mechanism of environmental quality results. The SBM-DEA model is used to calculate the atmospheric environmental efficiency of Tianjin, the relaxation rate of input-output variables and the convergence analysis prove the hypothesis of "management innovation drives environmental efficiency improvement".
【學位授予單位】:天津大學
【學位級別】:博士
【學位授予年份】:2015
【分類號】:X51
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