A simulation study of predator-prey interaction model with changing climatic factors in an aquatic environment

Abstract

The predator-prey interaction model has been a long-standing model application in the theory of mathematical modelling of interacting biological processes. While the phenomenon of climate change is not new, the quantification of the effect of climate change on predator and prey populations in an aquatic environment is a challenging scientific problem. The study have applied the method of a numerical simulation to tackle this problem and found out that in the event of a climate change, the predator dominantly enjoys a biodiversity gain whereas the prey is vulnerable to more instances of biodiversity loss.