A platform for research: civil engineering, architecture and urbanism
Optimal intervention policies for a region facing pollution-induced uncertainty
Abstract This paper examines optimal interventions in the presence of externality-induced uncertainty. A regional model of three activities involving polluting, nonpolluting and pollution-abating industries is developed, and a Taylor series technique is utilized to represent a stochastic regional utility function. Optimal intervention policies in the forms of output or input taxes and subsidies are then deduced and analyzed.
Optimal intervention policies for a region facing pollution-induced uncertainty
Abstract This paper examines optimal interventions in the presence of externality-induced uncertainty. A regional model of three activities involving polluting, nonpolluting and pollution-abating industries is developed, and a Taylor series technique is utilized to represent a stochastic regional utility function. Optimal intervention policies in the forms of output or input taxes and subsidies are then deduced and analyzed.
Optimal intervention policies for a region facing pollution-induced uncertainty
Ingene, Charles A. (author) / Yu, Eden S. H. (author)
1989
Article (Journal)
English
Demand-Driven Operation of Reservoirs Using Uncertainty-Based Optimal Operating Policies
British Library Online Contents | 1994
|Demand-Driven Operation of Reservoirs Using Uncertainty-Based Optimal Operating Policies
Online Contents | 1994
|Facing uncertainty in ecosystem services-based resource management
Online Contents | 2013
|Uncertainty in optimal pollution levels: modelling and evaluating the benefit area
British Library Online Contents | 2015
|