Skip to main content

Table 1 Leprosy Risk in Humans Model outputs showing the influence of environmental and socioeconomic variables on the incidence of leprosy in humans

From: Wildlife hunting and the increased risk of leprosy transmission in the tropical Americas: a pathogeographical study

Variable

Coefficient

Standard error

t-value

Wald’s value

P-value

Intercept

− 7.96

0.37

− 21.41

458.56

< 0.001

Human population density (log10)

− 0.64

0.02

− 29.98

898.65

< 0.001

Armadillo-hunting infection risk

1.69

0.06

28.34

803.32

< 0.001

Precipitation seasonality (coefficient of variation)

0.82

0.06

14.48

209.61

< 0.001

Closed broadleaved deciduous forest (> 40%)

2.05

0.17

11.95

142.68

< 0.001

Natural habitat coverage

− 0.50

0.05

− 9.40

88.36

< 0.001

Density of rivers

1.39

0.15

9.36

87.62

< 0.001

Closed to open grassland

− 29.58

3.89

− 7.61

57.84

< 0.001

Temperature annual range

− 1.11

0.15

− 7.59

57.61

< 0.001

Malnutrition

0.01

0

4.90

23.97

< 0.001

Closed to open vegetation (grassland/shrubland) on regularly flooded or waterlogged soil

1.74

0.37

4.77

22.74

< 0.001

Closed broadleaved semi-deciduous or evergreen forest regularly flooded—saline water

− 0.88

0.34

− 2.58

6.67

0.010

Human Development Index

− 0.47

0.19

− 2.48

6.15

0.013

Closed to open shrubland

− 0.15

0.09

− 1.70

2.88

0.090

Closed to open (> 15%) broadleaved evergreen or semi-deciduous forest

− 0.11

0.07

− 1.48

2.18

0.140

  1. Variables are ranked by their Wald’s statistics in descending order, indicating their relative importance in predicting leprosy prevalence in humans