Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Prey–predator systems in patchy environment, connected through dispersal beten patches is a very common phenomenon observed in nature, which have a significant impact in ecology, species persistence and extinction, etc. In the present paper,  consider a two patch prey–predator system where the patches are connected through dispersal beten preys populations only.  consider positive density dependence growth for preys population. In addition,  consider the time scale difference (different life span) beten preys and predator populations. From our study,  can conclude that dispersal can save both the populations from extinction, when in a single patch initial preys density is lor the Allee threshold. Also, time difference can increase the basin of attraction of the coexistence equilibrium of our two-patch model. Time scale difference also can help to reach the steady state faster than the without time scale difference, and it also causes the amplitude death when populations are in limit cycle oscillation.  also analyze our model by considering the time delay in dispersal dynamics, and  show that delay induced dispersal can stabilize the system and cause the amplitude death when individual populations are in the limit cycle, without dispersal. In addition, dispersal in non-identical patches can stabilize at its interior equilibrium even if the environment is harsh for both the populations in both the individual patches.
['Sourav Kumar Sasmal', 'Dibakar Ghosh']
I am writing a research paper on a idea Effect of dispersal in two-patch prey–predator system with positive density dependence growth of preys
[{"from": "human", "value": "I am writing a research paper on a idea Effect of dispersal in two-patch prey\u2013predator system with positive density dependence growth of preys"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Prey\u2013predator systems in patchy environment, connected through dispersal beten patches is a very common phenomenon observed in nature, which have a significant impact in ecology, species persistence and extinction, etc. In the present paper,  consider a two patch prey\u2013predator system where the patches are connected through dispersal beten preys populations only.  consider positive density dependence growth for preys population. In addition,  consider the time scale difference (different life span) beten preys and predator populations. From our study,  can conclude that dispersal can save both the populations from extinction, when in a single patch initial preys density is lor the Allee threshold. Also, time difference can increase the basin of attraction of the coexistence equilibrium of our two-patch model. Time scale difference also can help to reach the steady state faster than the without time scale difference, and it also causes the amplitude death when populations are in limit cycle oscillation.  also analyze our model by considering the time delay in dispersal dynamics, and  show that delay induced dispersal can stabilize the system and cause the amplitude death when individual populations are in the limit cycle, without dispersal. In addition, dispersal in non-identical patches can stabilize at its interior equilibrium even if the environment is harsh for both the populations in both the individual patches."}]