Urban land use allocation and environmental pollution control: An intertemporal optimization approach

This paper deals with long-run, multiperiod strategies of environmental pollution control and allocation of urban land uses. Air pollution generated by the industrial, residential and transportation sectors is taken as representative of the urban environmental quality problem. A comprehensive urban development optimization model is presented, integrating three submodel components for industrial, residential and transportation activities. The analysis focuses on the intertemporal linkages between technological and locational decisions, accounting for land availability, air pollution generation, control and impact, technological change, relocation of activities, land development and redevelopment, and transportation flows and network expansion. The modeling approach is of the cost-effectiveness type: the efficiency criterion is the total intertemporal cost of urban development and operation, and the objectives of the environmental policy are expressed in terms of standards to be respected. The methodology is illustrated by an empirical application to the Haifa metropolitan area.