Generalised linear mixed model output on the effect of nest-type (wet and dry) on the abundance of colony forming units found on eggshells in the thirteen study species. Separate GLMMs were conducted for each bacterial taxon. Coefficients for wet nests were set to zero.

<p>Generalised linear mixed model output on the effect of nest-type (wet and dry) on the abundance of colony forming units found on eggshells in the thirteen study species. Separate GLMMs were conducted for each bacterial taxon. Coefficients for wet nests were set to zero.</p>

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Bibliographic Details
Main Author:	Wouter F. D. van Dongen (22264939) (author)
Other Authors:	Hanja B. Brandl (8949839) (author), Alžbeta Darolová (407980) (author), Ján Krištofík (407979) (author), Herbert Hoi (295931) (author)
Published:	2025
Subjects:	Microbiology Evolutionary Biology Ecology Inorganic Chemistry Infectious Diseases Biological Sciences not elsewhere classified affect embryonic health advanced genetic approaches bacterial assemblages tended higher bacterial loads nesting &# 8217 associated bird species eggshell bacterial assemblages bacterial assemblages bacterial loads individual health genetic techniques associated bacteria &# 8216 bacterial load bacterial culture bacterial acquisition vertical transmission transmitted bacteria therefore expected terrestrial birds several orders promising direction parental incubation nesting strategy nesting strategies nesting species nesting material moist environments may characterise magnitude greater including habitat horizontal transmission findings suggest findings highlight external factors eggshell penetration eggshell bacteria direct contact developing embryos critical role comprehensive sampling assemblage structure antimicrobial adaptations also lead
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Summary:	<p>Generalised linear mixed model output on the effect of nest-type (wet and dry) on the abundance of colony forming units found on eggshells in the thirteen study species. Separate GLMMs were conducted for each bacterial taxon. Coefficients for wet nests were set to zero.</p>

Generalised linear mixed model output on the effect of nest-type (wet and dry) on the abundance of colony forming units found on eggshells in the thirteen study species. Separate GLMMs were conducted for each bacterial taxon. Coefficients for wet nests were set to zero.

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