Modeling For atmospheric environmental carrying Capacity con-strained By% GDP- - PM2. 5 Based on System Dynamics -A case Study of Wuhan City
Abstract
The present tendency to weaken the analysis of environmental capacity and carrying capacity in * compilation of, environmental planning results In the lack of ofscientific argumentation then rigorous logic in consideration of of
Compound air pollution characterized by Fine particulate matter (PM2. 5 ) pollution,conventional Methods of of Calculating
Atmospheric environmental capacity (AEC) and carrying capacity (aecc) are Not , capable . This paper builds ^ e ^ -
concmy-energyatmospheric Environment " model , multi-objective planning forwuhan City by System Dynamics (SD) which does not need to Simulate , complicatedphysicochemical processes of Atmospheric transmission and diffusion. instead,it uses various statistical data to Establish quantitative Connections among different types of of variables in The SD
System model. lastly,it simulates the dynamic trends of the gross Domestic production ( GDP) ? PM2. 5 then six ar pollutant
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DOI: http://dx.doi.org/10.18686/jaoe.v2i1.1158
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