Research Article
Optimal Control and Cost-Effectiveness Strategies of Malaria Transmission with Impact of Climate Variability
Table 4
Parameter description and taken values for model (
1).
| Parameters | Parameters’ description | Values | References |
| | Infected human recover rate | 0.0035 | [19] | | Human population recruitment rate | 0.071 | [26] | | Mosquito population recruitment rate | 0.041 | [22] | | Mosquito population natural death rate | 0.05 | [19] | | Human population natural death rate | 0.00004 | [13] | | Human population induced death rate | 0.068 | [27] | | Immunity loss rate of human population | 0.09 | [17] | | Increasing amount of vector breeding rate | 0.07 | [17] | | Increasing amount of human contact rate | 0.05 | [28] | | Increasing amount of vector contact rate | 0.09 | [28] | | Contact rate human with mosquito | 0.03 | [17] | | Contact rate of mosquito with human | 0.04 | [13] | | Proportion of an antibody produced by human | 0.06 | Assumed | | Proportion of an antibody produced by mosquito | 0.04 | Assumed | | Temperature-dependent rate of precipitation | 0.08 | Assumed | | Temperature growth rate | 0.007 | [28] | | Minimum values of temperature | | [13] | | Maximum values of temperature | | [29] |
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