Figures & data
Figure 2. Dynamics of the three-dimensional subsystem in the absence of the middle predator w. (a) No periodic solutions in x y- and x z-planes; (b) no periodic solutions in the x z-plane, but periodic solution in the x y-plane; (b) no periodic solutions in the x y-plane, but periodic solution in the x z-plane and (c) periodic solutions in both x y- and x z-planes.
![Figure 2. Dynamics of the three-dimensional subsystem in the absence of the middle predator w. (a) No periodic solutions in x y- and x z-planes; (b) no periodic solutions in the x z-plane, but periodic solution in the x y-plane; (b) no periodic solutions in the x y-plane, but periodic solution in the x z-plane and (c) periodic solutions in both x y- and x z-planes.](/cms/asset/aeae30d2-40b4-4575-967a-b26c7404d10b/tjbd_a_618547_o_f0002g.gif)
Figure 3. Bifurcation diagram with respect to w
2∈(3.5, 5.5) for data set (Equation17).
![Figure 3. Bifurcation diagram with respect to w 2∈(3.5, 5.5) for data set (Equation17).](/cms/asset/0ea45900-3264-480c-9959-4c636bd75796/tjbd_a_618547_o_f0003g.gif)
Figure 4. Maximal Liapunov exponent versus w
2 for data set (Equation19).
![Figure 4. Maximal Liapunov exponent versus w 2 for data set (Equation19).](/cms/asset/0970d752-26fc-4ba5-acdd-99aeb8ca90f2/tjbd_a_618547_o_f0004g.gif)
Figure 5. Attractor in the x
y
z-phase space for data set (Equation19) at w
2=5.0.
![Figure 5. Attractor in the x y z-phase space for data set (Equation19) at w 2=5.0.](/cms/asset/5fc1620f-f301-4a22-a09b-1bee721ea886/tjbd_a_618547_o_f0005g.gif)
Figure 6. Periodic Behaviour for data set (Equation20). (a) Limit cycle in x
w
z-phase space and (b) time series of y.
![Figure 6. Periodic Behaviour for data set (Equation20). (a) Limit cycle in x w z-phase space and (b) time series of y.](/cms/asset/012ae949-7d1f-41f6-bf5e-74d4525b26ec/tjbd_a_618547_o_f0006g.gif)
Figure 7. Periodic behaviour for data set (Equation21). (a) Limit cycle in the x
y
z-phase space and (b) time series of w.
![Figure 7. Periodic behaviour for data set (Equation21). (a) Limit cycle in the x y z-phase space and (b) time series of w.](/cms/asset/a7e86301-4f75-41b2-8fc0-5b3c874440db/tjbd_a_618547_o_f0007g.gif)
Figure 8. Periodic behaviour for data set (Equation22). (a) Limit cycle in the x
y
z-phase space and (b) time series of w.
![Figure 8. Periodic behaviour for data set (Equation22). (a) Limit cycle in the x y z-phase space and (b) time series of w.](/cms/asset/01717c34-8967-4b0d-8b7e-c87a10ba44dc/tjbd_a_618547_o_f0008g.gif)
Figure 9. Complex dynamics for data set (Equation23). (a) Attractor in the x
y
z-phase space and (b) time series of w.
![Figure 9. Complex dynamics for data set (Equation23). (a) Attractor in the x y z-phase space and (b) time series of w.](/cms/asset/5a97aeed-c734-466a-94d5-50cbdfaffad2/tjbd_a_618547_o_f0009g.gif)