Figure 9. Dependence of the equilibrium fraction infected and correlations on the rate of transmission, .

Dependence of the equilibrium fraction infected (A) and correlations (:(B), :(C), :(D)) on the rate of transmission, . When , expected in most social infections, there is no longer a threshold () needed for the infection to invade the population. The network causes infected individuals to cluster away from susceptible individuals , and this is more pronounced for larger and lower fraction infected. Parameters are .