Table 2 Relationship between climate-dependent parameters and climatic factors
From: How does the dengue vector mosquito Aedes albopictus respond to global warming?
Parameter | Equation |
|---|---|
f E | \( {f}_{\mathrm{E}}(T)=0.5070 \exp \left[-{\left(\frac{T-30.85}{12.82}\right)}^2\right] \) |
f dia | \( {f}_{\mathrm{dia}}(T)=0.1*0.5070 \exp \left[-{\left(\frac{T-30.85}{12.82}\right)}^2\right] \) |
f L | \( {f}_{\mathrm{L}}(T)=0.1727 \exp \left[-{\left(\frac{T-28.40}{10.20}\right)}^2\right] \) |
f P | \( {f}_{\mathrm{P}}(T)=0.6020 \exp \left[-{\left(\frac{T-34.29}{15.07}\right)}^2\right] \) |
m L | \( {m}_{\mathrm{L}}(T)= min\left\{1,\frac{1}{\left|-0.1305{T}^2+3.868 T+30.83\right|}\right\} \) |
m P | \( {m}_{\mathrm{P}}(T)= min\left\{1,\frac{1}{\left|-0.1502{T}^2+5.057 T+3.517\right|}\right\} \) |
m A | \( {m}_{\mathrm{A}}(T)= min\left\{1,\frac{1}{\left|-0.1921{T}^2+8.147 T-22.98\right|}\right\} \) |
β | β(T) = max{0, − 0.0162T 2 + 1.289T − 15.837} |
f Ag | \( {f}_{\mathrm{Ag}}(T)= max\left\{0,\frac{T-10}{77}\right\} \) |
k L | k L (PP norm ) = κ L (1 + PP norm ) |
k P | k P (PP norm ) = κ P (1 + PP norm ) |
z 1 | z1(T ave , SD ave ) = \( \left\{\begin{array}{c}\hfill 1,\ {T}_{ave}(t)<21{}^{\circ}C\ and\ S{D}_{ave}(t)<13.5 h,\ {t}_{eggBegin}< t<{t}_{diaBegin}\hfill \\ {}\hfill 0,\kern0.5em otherwise\hfill \end{array}\right. \) |
z 2 | z2(T ave , SD ave ) = \( \left\{\begin{array}{c}\hfill 1,\ {T}_{ave}(t)>10.5{}^{\circ}C\ and\ S{D}_{ave}(t)>10.25 h,\ {t}_{diaEnd}< t<{t}_{eggEnd}\hfill \\ {}\hfill 0,\kern0.5em otherwise\hfill \end{array}\right. \) |
z dia | z2(T ave , SD ave ) = \( \left\{\begin{array}{c}\hfill 1,\ {T}_{ave}(t)<9.5{}^{\circ}C,\ t>{t}_{diaBegin}\ or\ t<{t}_{diaEnd}\hfill \\ {}\hfill 0,\kern0.5em otherwise\hfill \end{array}\right. \) |