Top-Predator Survivor Region Is Affected by Bottom-Prey Mortality Rate on the Monte-Carlo Simulation in Lattice Model

This article is a continuance of [9] that study brings into focus on the n species systems food chain. Computer simulation is important today, and its results may be reflected to policy. Now, we change the mortality rate of the bottom-prey, in order to inspect the survivor region of the top-predator that is crucial for the conservation of the ecosystem. We carry out Monte-Carlo simulations on finite-size lattices composed of the species. The bottom-prey mortality rate is changed from 0 to the extinction value. Thereafter, we find the steady state densities against the species n and plot the predator survivor region. To realize the conservation of the top-predator population, substantial amount of hardship is anticipated, because the bottom-prey density gradually becomes a little.