A Mathematical Model to Break the Life Cycle of Anopheles Mosquito

A mathematical model to break the life cycle of anopheles mosquito is derived, aimed at controlling or eradicating mosquito by introduction of natural enemy “copepods” (an organism that eats up mosquito at larva stage). thereby reducing the menace of malaria parasite in our societies. the model equations are derived using the model parameters. the stability of the free equilibrium states is a alyzed using the idea of beltrami and diekmann. from the stability analysis we observe that ro<1 which implies that the model free equilibrium state is locally asymptotically stable. hence the number of larva that would transform to pupa is almost zero and that means the life cycle can be broken at the larva stage with the introduction of natural enemy.