Author(s): Basener W, Brooks B, Radin M, Wiandt T
Abstract Share this page
Abstract In this paper we develop an invasive species differential equations model for the population collapse on Easter Island. This model, motivated by recent archaeological results of T. Hunt, allows us to examine the role of rats in the collapse. In Hunt's theory, the decline of resources was accelerated by Polynesian rats and not merely the result of the overuse by the island's human population. Hunt uses archaeological data which suggests a different timeline for the settlement and the long term population dynamics of Easter Island. Our goal is to estimate the plausibility of Hunt's hypothesis.
This article was published in Nonlinear Dynamics Psychol Life Sci
and referenced in Journal of Applied & Computational Mathematics