Fig. 4
From: Mathematical modelling of vector-borne diseases and insecticide resistance evolution
Results of simulation 1 (continued). a Allele frequencies of a (green) and A (blue). b Genotype frequencies of aa (blue), Aa (red) and AA (green). c=0.457·10−4, μ h =0.457·10−4, β h =0.4, γ=0.121, θ=6.353, β v =0.4, K=2·105, μ aa =μ Aa =μ AA =0.25, S h =9·103, I h =2·102, R h =3·102, N h =9.5·103, S Aa =2.375·103, I Aa =2.375·103, N Aa =4.75·103, S aa =4.75·103, I aa =4.75·103, N aa =9.5·103, S AA =2.375·103, I AA =2.375·103, N AA =4.75·103, I v =3·104, N v =1.9·104. X axis represents time (days) and Y axis represents freqquency.Image produced with MatLab®;