7.3.4 Annex / Cylas punticollis (Okonya et al.)
1.Development Time
| Stage: Eggs
Model: cloglog Slope: 7.82 |
Stage: Larvae
Model: logit Slope: 10.67 |
Stage: Pupae
Model: logit Slope: 8.84 |
Stage: Female
Model: cloglog Slope: 0.83 |
Stage: Male
Model: probit Slope: 0.74 |
2. Development Rate
| Stage: Eggs
Model 46: Janish 1 Parameters: Dmin=2.49 Topt=33.407 K=0.119 Formula:
|
| Stage: Larvae
Model 46: Janish 1 Parameters: Dmin=8.44 Topt=32.143 K=0.158 Formula:
|
| Stage: Pupae
Model 26: Tb Model Parameters: sy=0.148 b=0.263 Tb=15.871 DTb=3.702 Formula:
|
3. Senescence
| Stage: Female
Model 29: Rawtosky 1 Parameters: b=0 Tb=13.007 Formula:
|
| Stage: Male
Model 48: Tanigoshi Parameters: a0=1.551 a1=-0.17 a2=0.006 a3=-0 Formula:
|
4. Mortality
| Stage: Eggs
Model 39: Weibull Parameters: a=0 b=28.301 nn=3.816 Formula:
|
| Stage: Larvae
Model 28: Wang 3 Parameters: Topt=32.445 Bl=3.001 Bh=1.443 H=0.02 Formula:
|
| Stage: Pupae
Model 39: Weibull Parameters: a=0 b=27.721 nn=4.582 Formula:
|
5. Total Oviposition
| Stage: Female
Model 8: Gaussian Parameters: a=413.111 b=9.208 xo=28.073 c=12.581 Formula:
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6. Relative Oviposition
| Stage: Female
Model 2: Gamma Parameters: a=2.588 b=1.604 Formula:
|
7. Development Time
Eggs
Larvae
Pupae
8. Development Rate
Eggs
Larvae
Pupae
9. Senescence
Female
Male
10. Mortality
Eggs
Larvae
Pupae
11. Total and Relative Oviposition
12 Estimated life table parameters using deterministic simulation
