Phase objectives analysis for PM2.5 reduction using dynamics forecasting approach under different scenarios of PGDP decline

Phase objectives analysis for PM2.5 reduction using dynamics forecasting approach under different scenarios of PGDP decline

PM2.5 concentration prediction is one of the atmospheric environmental issues of great concern to the public, and specifically the long-term PM2.5 change prediction can provide scientific basis for the government's energy conservation and emission reduction and industrial structure adjustment p...

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Bibliographic Details
Main Authors: Bi, X. (Author), Feng, H. (Author), Fu, Y. (Author), He, X. (Author), Niu, J. (Author), Wang, P. (Author), Zhang, G. (Author)
Format: Article
Language:English
Published: Elsevier B.V. 2021
Subjects:
% reductions
accuracy assessment
China
concentration (composition)
Dynamic forecasting
Dynamic forecasting approach
Dynamics
Dynamics forecasting approach
emission control
Emission control
energy conservation
Energy consumption per unit of GDP
Energy consumption per unit of GDP (PGDP)
Energy utilization
Environmental protection
Forecasting
forecasting method
government
industrial structure
long-term change
Objective analysis
Ordinary differential equations
particulate matter
Per unit
Phase objective analyse model
Phase objectives analysis model
PM > 2.5
PM2.5 concentration prediction
pollution policy
scenario analysis
Shanxi
Taiyuan
Time series
Time series analysis
Time series forecasting
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