This paper introduces a method for solving numerical dynamic stochastic optimization problems that avoids rootfinding operations. The idea is applicable to many microeconomic and macroeconomic problems, including life cycle, buffer-stock, and stochastic growth problems. Software is provided.

This paper introduces a method for solving numerical dynamic stochastic optimization problems that avoids rootfinding operations. The idea is applicable to many microeconomic and macroeconomic problems, including life cycle, buffer-stock, and stochastic growth problems. Software is provided.

This paper adapts a generalized expected utility (GEU) maximization model (Epstein and Zin, 1989 and 1991) to examine the intertemporal risk management of wheat producers in the Pacific Northwest. Optimization results based on simulated data indicate the feasibility of the GEU optimization as a...

This paper introduces a method for solving numerical dynamic stochastic optimization problems that avoids rootfinding operations. The idea is applicable to many microeconomic and macroeconomic problems, including life cycle, buffer-stock, and stochastic growth problems. Software is provided.

This paper considers non-linear taxation to regulate fisheries. It compares that instrument with quantity control and linear taxation. Traditionally the question of how to regulate fisheries has been posed as a choice between price and quantity control. A numerical example, concerned with...

In this paper I extend the well known result that a hyperbolically discounting agent postpones costs into the future. If society has hyperbolic inter-temporal preferences, it may be optimal from an ex ante point of view to postpone structural change from a polluting to a non polluting production...

In this paper I extend the well known result that a hyperbolically discounting agent postpones costs into the future. If society has hyperbolic inter-temporal preferences, it may be optimal from an ex ante point of view to postpone structural change from a polluting to a non polluting production...