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Urban low emissions zones: A behavioral operations management perspective
Highlights First study on the impact of Low Emission zones from a behavioral OM perspective. Various traffic simulations and user behavior scenarios estimated. The impact of LEZ on pollution does not only depend on the severity of the rules. Results underscore the importance of including the behavior adopted by road users.
Abstract Environmental traffic restrictions are increasingly implemented in a large number of cities. One popular strategy consists in setting up Low Emission Zones (LEZs) that regulate or restrict the access to a dedicated urban area, for different classes of polluting vehicles. While LEZs are growing in numbers, there is a lack of objective evidence on when and how they actually contribute in reducing air pollution. The main objective of this paper is to show how different LEZ setups lead to different impacts on air pollution. To do so, we use a conceptual framework based on simulated traffic data and behavioral hypotheses. Our analysis highlights that the impact of LEZ on air pollution does not only depend on the severity of the operational rules, but also on its interaction with the behavior adopted by road users, and calls for ex ante considerations of these aspects before establishing the LEZ.
Urban low emissions zones: A behavioral operations management perspective
Highlights First study on the impact of Low Emission zones from a behavioral OM perspective. Various traffic simulations and user behavior scenarios estimated. The impact of LEZ on pollution does not only depend on the severity of the rules. Results underscore the importance of including the behavior adopted by road users.
Abstract Environmental traffic restrictions are increasingly implemented in a large number of cities. One popular strategy consists in setting up Low Emission Zones (LEZs) that regulate or restrict the access to a dedicated urban area, for different classes of polluting vehicles. While LEZs are growing in numbers, there is a lack of objective evidence on when and how they actually contribute in reducing air pollution. The main objective of this paper is to show how different LEZ setups lead to different impacts on air pollution. To do so, we use a conceptual framework based on simulated traffic data and behavioral hypotheses. Our analysis highlights that the impact of LEZ on air pollution does not only depend on the severity of the operational rules, but also on its interaction with the behavior adopted by road users, and calls for ex ante considerations of these aspects before establishing the LEZ.
Urban low emissions zones: A behavioral operations management perspective
Lurkin, Virginie (author) / Hambuckers, Julien (author) / van Woensel, Tom (author)
Transportation Research Part A: Policy and Practice ; 144 ; 222-240
2020-11-29
19 pages
Article (Journal)
Electronic Resource
English
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