A two-host vector-borne disease model with adaptive vector preferences shows that shortening the preferred host's infectious period controls disease, while host protection can shift burden to increase total prevalence.
Ross, The prevention of malaria, John Murray
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Modeling the impact of host diversity on the evolution of vector feeding preferences and implications for disease control
A two-host vector-borne disease model with adaptive vector preferences shows that shortening the preferred host's infectious period controls disease, while host protection can shift burden to increase total prevalence.