Table 3. The regressions of the Logistic model on K. mikimotoi population growth when exposed to N recovery conditions.

Population growth parameters	Growth equation	Carrying capacity K (×104 cells mL-1)	r (d-1)	Tp (d)	R2
No N	N = 80.43/(1+e(4.469–0.352t))	80.43	0.352	12.7	0.943
N:P = 1:1	N = 85.06/(1+e(3.811–0.285t))	85.06	0.285	13.4	0.971
N:P = 2:1	N = 96.47/(1+e(3.898–0.283t))	96.47	0.283	13.8	0.982
N:P = 4:1	N = 91.40/(1+e(3.987–0.310t))	91.40	0.310	12.9	0.986
N:P = 8:1	N = 91.40/(1+e(3.982–0.309t))	91.40	0.309	12.9	0.969
N:P = 16:1	N = 94.51/(1+e(3.581–0.261t))	94.51	0.261	13.7	0.998