1.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

2.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

3.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

4.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

5.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

6.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

7.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

8.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

9.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

1.

Effects of age on the acceptance level towards the inclusion of whole and processed mealworms in the diet in different countries.

2.

Effects of age on the acceptance level towards the inclusion of whole and processed mealworms in the diet in different countries.

3.

Effects of age on the acceptance level towards the inclusion of whole and processed mealworms in the diet in different countries.

4.

Effects of age on the acceptance level towards the inclusion of whole and processed mealworms in the diet in different countries.

1.

Differential item functioning graphs.

2.

Differential item functioning graphs.

3.

Differential item functioning graphs.

4.

Differential item functioning graphs.

5.

Differential item functioning graphs.

6.

Differential item functioning graphs.

7.

Differential item functioning graphs.

8.

Differential item functioning graphs.

9.

Differential item functioning graphs.

1.

Data material.

2.

Data material.

3.

Data material.

4.

Data material.

5.

Data material.

6.

Data material.

7.

Data material.

8.

Data material.

9.

Data material.

1.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

2.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

3.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

4.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

5.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

6.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

7.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

8.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

9.

Item threshold map of the BAT12 items and thresholds ordering on a logit scale (higher value indicates higher burnout) of the Burnout Assessment Tool.

1.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

2.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

3.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

4.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

5.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

6.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

7.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

8.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

9.

The item characteristic curve of item MD1 (I struggle to find any enthusiasm for my work)) for men and women.

1.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

2.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

3.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

4.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

5.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

6.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

7.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

8.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

9.

Overall model fit statistics for random sample 1 and 2, n = 800 each.

1.

Residual correlations for different combinations of BAT8 analyses.

2.

Residual correlations for different combinations of BAT8 analyses.

3.

Residual correlations for different combinations of BAT8 analyses.

4.

Residual correlations for different combinations of BAT8 analyses.

5.

Residual correlations for different combinations of BAT8 analyses.

6.

Residual correlations for different combinations of BAT8 analyses.

7.

Residual correlations for different combinations of BAT8 analyses.

8.

Residual correlations for different combinations of BAT8 analyses.

9.

Residual correlations for different combinations of BAT8 analyses.

1.

BAT4 –overall model fit statistics in different countries.

2.

BAT4 –overall model fit statistics in different countries.

3.

BAT4 –overall model fit statistics in different countries.

4.

BAT4 –overall model fit statistics in different countries.

5.

BAT4 –overall model fit statistics in different countries.

6.

BAT4 –overall model fit statistics in different countries.

7.

BAT4 –overall model fit statistics in different countries.

8.

BAT4 –overall model fit statistics in different countries.

9.

BAT4 –overall model fit statistics in different countries.

1.

BAT4 ‐ differential item function regarding gender and age in different countries.

2.

BAT4 ‐ differential item function regarding gender and age in different countries.

3.

BAT4 ‐ differential item function regarding gender and age in different countries.

4.

BAT4 ‐ differential item function regarding gender and age in different countries.

5.

BAT4 ‐ differential item function regarding gender and age in different countries.

6.

BAT4 ‐ differential item function regarding gender and age in different countries.

7.

BAT4 ‐ differential item function regarding gender and age in different countries.

8.

BAT4 ‐ differential item function regarding gender and age in different countries.

9.

BAT4 ‐ differential item function regarding gender and age in different countries.