1Department of the Environment, Alborz Campus, University of Tehran, Alborz, Iran
2Department of Environmental Engineering, Graduate Faculty of the Environment, University of Tehran, Tehran, Iran
3School of Mechanical Engineering, Sharif University of Technology, Tehran, Iran
The aim of this study is to evaluate the obstacles due to a DPSIR model combined with fuzzy analytic hierarchy process technique. Hence, to prioritize the responses regarding the driving forces, pressures, states and impacts, the hierarchy of the model is established. Evaluations and prioritization of model results of urban transport situation in Tehran have provided a number of necessary issues for strategic planning to reduce local air pollution and emission of greenhouse gases by prioritizing their effectiveness in the implementation, including; a) development and improvement of public transport (R1), b) improvement of fuel quality (R2), c) improvement of vehicle emission standards (R3), d) vehicle inspection (R4), f) traffic management (R5). In this study, responses to improve the factors of pressure, stimulus, the current state and the impacts were examined and compared hierarchically. Finally, their priority relative to each other was achieved. Development and improvement of public transport, improvement of the quality of fuel, improvement of vehicle emission standards, vehicle check-up and finally urban traffic management were identified respectively as practical steps to control and reduce air pollution in Tehran.
Air pollution control in Tehran's metropolitan city is carried out by hybrid DPSIR and FAHP
There is an urgent need to improve fuel quality in car fleets in Great Tehran
Improvement of vehicle emission standards along with development of public transport can lead to substantial decrease in pollutants
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