![]() The system shows complex dynamical behavior like Hopf bifurcation with respect to Poaching activity. Based on the simulation results, it can be stated that the size of the rhino population increases in the presence of additional food and habitat complexity in spite of the poaching activities to a certain extent. Finally, numerical simulations are carried out to illustrate the analytical results. In each system, equilibrium points have been obtained and their stability are discussed. To increase the number of rhino and to maintain the ecological balance of KNP, the second system is further extended by introducing habitat complexity in the Holling type-II functional response. Thus, the previous system is modified by modifying the Holling type-II functional response incorporating the effect of additional food availability. ![]() Though Kaziranga is famous all over the world for the Greater one-horned rhinoceros, many other herbivores are also present in really good number and the tiger preys on them too. The immature rhino is killed by the tiger following Holling type-II functional response, while the mature rhino falls prey to human induced poaching activities. In KNP, the immature rhinos are killed by tiger, so the first system describes a stage structured prey–predator interaction, where the rhino is the prey and is divided into immature (horn not developed) and mature (horn developed) category and the tiger is the predator. The mathematical stability and the complex dynamical behavior of systems are analyzed here. In view of ecology, the main objective of the study is to increase the size of rhino population in aforesaid park. Based on the analysis of the data collected from PCCF, Wildlife, Assam, three mathematical models are formulated and studied. ![]() This paper studies the effect of habitat complexity on Greater one-horned rhinoceros (Rhinoceros unicornis) and tiger (Panthera tigris) population model in Kaziranga National Park (KNP), Assam, India.
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