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. 2020 Apr 7;13:176. doi: 10.1186/s13071-020-04049-7

Table 2.

Results of the GLMM testing the influence of location/year and coinfection in the nest on Borrelia spp. prevalence in larvae collected in Hanover, Hamburg and Mellendorf (n = 1220 larvae from 43 nests)

Factor Estimate SE z P
Intercept − 4.143 0.724 − 5.724 < 0.001
 Hamburg 2011 vs Hanover 2010 0.787 0.742 1.060 0.890
 Hanover 2015 vs Hamburg 2011 − 0.846 1.203 − 0.703 0.980
 Hanover 2017 vs Hamburg 2011 − 1.206 0.783 − 1.540 0.622
 Hanover 2018 vs Hamburg 2011 0.490 0.681 0.719 0.978
 Hanover 2015 vs Hanover 2010 − 0.059 1.286 − 0.046 1.000
 Hanover 2017 vs Hanover 2010 − 0.419 0.909 − 0.461 0.997
 Hanover 2018 vs Hanover 2010 1.277 0.811 1.574 0.599
 Hanover 2017 vs Hanover 2015 − 0.360 1.313 − 0.274 1.000
 Hanover 2018 vs Hanover 2015 1.336 1.246 1.072 0.886
 Hanover 2018 vs Hanover 2017 1.696 0.854 1.986 0.334
 Mellendorf 2018 vs Hanover 2010 − 0.191 0.756 − 0.253 1.000
 Mellendorf 2018 vs Hanover 2015 − 0.132 1.211 − 0.109 1.000
 Mellendorf 2018 vs Hanover 2017 0.228 0.796 0.286 1.000
 Mellendorf 2018 vs Hanover 2018 − 1.468 0.699 − 2.102 0.272
 Mellendorf 2018 vs Hamburg 2011 − 0.979 0.559 − 1.750 0.481
Coinfection present in the nest 1.528 0.574 2.662 0.008

Notes: The full model was significantly different from a null model containing only the random factor “nest ID” (χ2 = 14.0, df = 6, P = 0.029). Multiple comparisons between levels of the factor “location/year” were performed using Tukeyʼs contrasts with single-step P-value adjustment. Significant P-values (P < 0.05) are shown in bold

Abbreviation: SE, standard error