From: An agent-based model of the population dynamics of *Anopheles gambiae*

Parameter | Description | Unit/dimension | Value used |
---|---|---|---|

ρ
_{25°C}
| Larval development rate per hour at 25°C, assuming that there is no temperature inactivation of the critical enzyme |
Hour^{-1}
| 0.037 |

R
| The universal gas constant |
cal × K^{-1} × mol^{-1}
| 1.987 |

$\begin{array}{l}\Delta {H}_{A}^{\ne}\end{array}$ | The enthalpy (change) of activation of the reaction catalyzed by the enzyme |
cal × K^{-1} × mol^{-1}
| 15684 |

ΔH
_{
L
}
| The enthalpy change associated with low temperature inactivation of the enzyme |
cal × K^{-1} × mol^{-1}
| -229902 |

ΔH
_{
H
}
| The enthalpy change associated with high temperature inactivation of the enzyme |
cal × K^{-1} × mol^{-1}
| 822285 |

${T}_{\frac{1}{2}L}$ | The temperature where 50% of the enzyme is inactivated by low temperature | K | 286.4 |

${T}_{\frac{1}{2}H}$ | The temperature where 50% of the enzyme is inactivated by high temperature | K | 310.3 |