Clustered Breeding Sites: Shelters for Vector-Borne Diseases

Here, the propagation of vector-borne diseases is modeled by using a probabilistic cellular automaton. Numerical simulations considering distinct spatial distributions and time variations of the vector abundance are performed, in order to investigate their impacts on the number of infected individuals of the host population. Te main conclusion is as follows: in the clustered distributions, the prevalence is lower, but the eradication is more difcult to be achieved, as compared to homogeneous distributions. Tis result can be relevant in the implementation of preventive surveillance measures.