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Influence Factors and Environmental Kuznets Curve Relink Effect of Chinese Industry's Carbon Dioxide Emission——Empirical Research Based on STIRPAT Model with Industrial Dynamic Panel Data
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2012
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EngineeringEconomic DevelopmentEnvironmental Impact AssessmentAir QualityEnvironmental EconomicsIndustrial EmissionPanel DataEnergy EconomySub2 IndustriesCarbon Emission TradingEmission ControlInfluence FactorsChemical EmissionGreenhouse Gas Emission ReductionEconomicsEmission ReductionStirpat ModelEnvironmental EngineeringEnergy TransitionCarbon EmissionsEnergy PolicyChinese IndustryBusinessAir Pollution
This paper constructs the panel data of China's 36 sub2 industries between 2000 and 2009,analyzes the industries' transformation character.The industrial emission intensity of CO2 decline and fluctuate from 2000 to 2009,but it ascends after 2003 and 2008.Further,we analyze the factors that influence industry's CO2 emission through using extensive Stochastic Impacts by Regression on Population,Affluence and Technology Model with dynamic panel data,then investigate the type of Chinese industrial CKC and the reason of its formation.We find that investment scale may increase emission,while research and development has not decreased emission significantly.The emission that is a continuous and dynamic adjustment behaves hysteresis effect.The Chinese industry's CKC behaves N-shape not traditional inverted-U,the economic development and environmental pressure will enter a phase of relinking after inverted-U.The government's policy helps to decrease emission.The government's policy helps to decrease emission.Emission governance measures should take industrial structure,technology progress,macro economic environment,environmental regulation into account.