Fig. 6

Illustration of variation of mosquitoes in different phases of their life cycle and malaria as predicted by SLIM model in response to meteorological driver for the study domain shown in Fig.  5. a Daily precipitation. b Mean daily air temperature. c Population dynamics of mosquitoes in aquatic phase; E represents egg population, L represents larvae population, and P represents pupae population, respectively. d Population dynamics of mosquitoes in adult phase; \(A_h\) represents host-seeking mosquitoes, \(A_r\) represents resting mosquitoes, and \(A_o\) represents oviposition searching mosquitoes, respectively. e Dynamics of malaria within human hosts; \(E_h\) represents exposed cases and \(I_h\) represents infected cases, respectively. f Dynamics of malaria within human hosts; \(S_v\) is susceptible vector, and \(E_v\) represents exposed vector, \(I_v\) is infected vector, and \(N_v\) is the total vector, respectively.