|
child
|
parent
|
Effect size
|
Standard Error
|
Effect size
|
|---|
| | |
Log.odds
|
Log.odds
|
odds
|
|---|
|
Farmsize M
|
Pets
|
−12.6
|
> > u
|
3.37E-06
|
|
Farmsize M
|
Management I
|
−9.6
|
> > u
|
6.77E-05
|
|
Farmsize M
|
Disposal 1
|
34.5
|
> > u
|
9.62E+ 14
|
|
Farmsize M
|
Disposal 2
|
77.1
|
> > u
|
3.05E+ 33
|
|
Farmsize M
|
Disposal 3
|
−23.3
|
> > u
|
7.60E-11
|
|
Farmsize M
|
Disposal 4
|
−65.9
|
> > u
|
2.40E-29
|
|
Farmsize M
|
Disposal 5
|
0.001
|
1.41
|
1.00E+ 00
|
|
Farmsize M
|
Pets
|
−66.9
|
0.01
|
8.82E-30
|
|
Farmsize L
|
Management I
|
−0.4
|
0.91
|
6.70E-01
|
|
Farmsize L
|
Disposal 1
|
−23.6
|
0.15
|
5.63E-11
|
|
Farmsize L
|
Disposal 2
|
−21.9
|
> > u
|
3.08E-10
|
|
Farmsize L
|
Disposal 3
|
− 99.6
|
1.01E-07
|
5.55E-44
|
|
Farmsize L
|
Disposal 4
|
−76
|
NaN
|
9.85E-34
|
|
Farmsize L
|
Disposal 5
|
− 109.1
|
5.54E-08
|
4.15E-48
|
|
Management I
|
Gender
|
−1.9
|
0.59
|
1.50E-01
|
|
Management I
|
Eggtrays
|
2.0
|
0.58
|
7.39E+ 00
|
|
Vaccinator S
|
Gender
|
3.9
|
1.07
|
4.94E+ 01
|
|
Vaccinator S
|
Pets
|
−19.3
|
> > u
|
4.15E-09
|
|
Vaccinator S
|
Farmsize S
|
0.9
|
0.90
|
2.46E+ 00
|
|
Vaccinator S
|
Farmsize M
|
−20.3
|
> > u
|
1.53E-09
|
|
Vaccinator S
|
Farmsize L
|
−2.9
|
1.08
|
5.50E-02
|
|
Vaccinator S
|
Eggtrays
|
−8.7
|
> > u
|
1.67E-04
|
|
Vaccinator E
|
Gender
|
−2.7
|
1.40
|
6.72E-02
|
|
Vaccinator E
|
Pets
|
−17.6
|
1.42E-07
|
2.27E-08
|
|
Vaccinator E
|
Farmsize S
|
−7.4
|
1.97
|
6.11E-04
|
|
Vaccinator E
|
Farmsize M
|
36.8
|
> > u
|
9.59E+ 15
|
|
Vaccinator E
|
Farmsize L
|
3.6
|
1.29
|
3.66E+ 01
|
|
Vaccinator E
|
Eggtrays
|
−26.9
|
> > u
|
2.08E-12
|
|
Disposal 2
|
Pets
|
−0.4
|
0.80
|
6.70E-01
|
|
Disposal 2
|
Eggtrays
|
−2.9
|
0.74
|
5.50E-02
|
|
Disposal 3
|
Pets
|
13.2
|
> > u
|
5.40E+ 05
|
|
Disposal 3
|
Eggtrays
|
−0.2
|
1.30
|
8.19E-01
|
|
Disposal 4
|
Pets
|
1.4
|
0.74
|
4.06E+ 00
|
|
Disposal 4
|
Eggtrays
|
2.5
|
0.83
|
1.22E+ 01
|
|
Disposal 5
|
Pets
|
11.6
|
> > u
|
1.09E+ 05
|
|
Disposal 5
|
Eggtrays
|
−157.8
|
NaN
|
2.94E-69
|
|
SULFA
|
CIPR
|
2.5
|
0.79
|
1.22E+ 01
|
|
SULFA
|
TRIM
|
4.2
|
1.32
|
6.67E+ 01
|
|
CIPR
|
TET
|
−0.4 (−0.4*)
|
NA
|
6.70E-01
|
|
CIPR
|
TRIM
|
−0.3 (− 0.3*)
|
NA
|
7.41E-01
|
|
CIPR
|
SXT
|
−0.3
|
0.86
|
7.41E-01
|
|
TRIM
|
SXT
|
8.9
|
3.99
|
7.33E+ 03
|
|
SXT
|
CHL
|
−3.6 (−0.5*)
|
NA
|
2.73E-02
|
|
SXT
|
AMP
|
−3.6
|
6.61
|
2.73E-02
|
|
CHL
|
AMP
|
8.9
|
4.83
|
7.33E+ 03
|
|
AMP
|
Vaccinator S
|
8.6
|
1.21
|
5.43E+ 03
|
|
AMP
|
Vaccinator E
|
8.7
|
1.29
|
6.00E+ 03
|
|
AMP
|
Disposal 2
|
1.6
|
1.36
|
4.95E+ 00
|
|
AMP
|
Disposal 3
|
0.6
|
1.23
|
1.82E+ 00
|
|
AMP
|
Disposal 4
|
−7.5
|
2.89
|
5.53E-04
|
|
AMP
|
Disposal 5
|
−6.5
|
3.20
|
1.50E-03
|
- > > u indicates that standard errors were so large (i.e. > xE+ 01) that they are not useful. * When the estimation of the standard errors was unstable, presumably due to sparse data, the effect sizes were also estimated with the bayesglm() function for the binomial variable. Table 4 presents the estimated parameters (effect sizes and standard errors) on the log.odds and on the odds scale for all 22 arcs based on the exact search and the function multinom() in [24].
