Skip to main content

Table 2 Significance of individual variables towards survival as estimated using an Accelerated Failure Time model with a Weibull distribution

From: Induction of long-lived potential aestivation states in laboratory An. gambiae mosquitoes

Variable

Value

SE

z

P

ETR

(Intercept)

3.107895

0.030706

101.2135

0

22.37

Temp (20 °C)

0.704108

0.031994

22.00753

2.4E−107

2.02

Light. Hours (8:16)

0.218615

0.0315

6.940067

3.92E−12

1.24

Primed (Yes)

0.1703

0.030607

5.564113

2.63E− 08

1.19

Species (M)

0.109571

0.042466

2.580224

0.009874

1.12

Temp20: SpeciesM

− 0.02792

0.044161

− 0.63232

0.527178

0.97

Light. Hours8:SpeciesM

− 0.03256

0.043985

− 0.74027

0.459134

0.97

PrimedY:SpeciesM

− 0.20976

0.042588

− 4.92548

8.42E-07

0.81

Log(scale)

− 0.99224

0.022042

− 45.015

0

0.37

  1. Notes: Significant variables are bolded, and event time ratios (ETR) are presented. These can be interpreted as the time to death of the listed condition for that variable (i.e. a mosquito at Temp 20 °C has double the time to death of a mosquito at 27 °C). Interaction terms are designated with a colon between variables