A Mathematical Model with Quarantine States for the Dynamics of Ebola Virus Disease in Human Populations

Figure 3

Graph showing the behaviour of the steady states and as a function of . (a) This graph shows the form of the steady state as a function of . (b) This graph shows the form of the steady state as a function of . The steady state solution varies greatly only in a narrow band of reproduction numbers but saturates for large values of . On the other hand, continues to drop to zero as increases.

(a)

(b)