We present a simple general equilibrium model of renewable resource and population dynamics that might explain the rise and fall of Easter Island's civilization. The model generates a system similar to the Lotka-Volterra predator-prey model. In our formulation man is the predator and the...

This paper extends the Brander and Taylor general-equilibrium model of population and resource management dynamics to a variety of institutional settings. The authors simulate the economic history of Easter Island, modifying the model to examine the impact of market institutions and different...

This paper extends the Brander and Taylor general-equilibrium model of population and resource management dynamics to a variety of institutional settings. The authors simulate the economic history of Easter Island, modifying the model to examine the impact of market institutions and different...

The literature on trade in renewable resources implicitly assumes that the traded resources are perfect substitutes. We model trade in renewable resources as stipulated not only by autarky price differences, but also by consumers' love of variety. We show that the love-of-variety effect enables...