Human-modified habitats change patterns of population genetic structure and group relatedness in Peter's tent-roosting bats

Maria Sagot, Caleb D. Phillips, Robert J. Baker, Richard D. Stevens

Research output: Contribution to journalArticlepeer-review

9 Scopus citations


Although coloniality is widespread among mammals, it is still not clear what factors influence composition of social groups. As animals need to adapt to multiple habitat and environmental conditions throughout their range, variation in group composition should be influenced by adaptive adjustment to different ecological factors. Relevant to anthropogenic disturbance, increased habitat modification by humans can alter species’ presence, density, and population structure. Therefore, it is important to understand the consequences of changes to landscape composition, in particular how habitat modification affects social structure of group-forming organisms. Here, we combine information on roosting associations with genetic structure of Peter's tent-roosting bats, Uroderma bilobatum to address how different habitat characteristics at different scales affect structure of social groups. By dividing analyses by age and sex, we determined that genetic structure was greater for adult females than adult males or offspring. Habitat variables explained 80% of the variation in group relatedness (mainly influenced by female relatedness) with roost characteristics contributing the most explained variation. This suggests that females using roosts of specific characteristics exhibit higher relatedness and seem to be philopatric. These females mate with more males than do more labile female groups. Results describe ecological and microevolutionary processes, which affect relatedness and social structure; findings are highly relevant to species distributions in both natural and human-modified environments.

Original languageEnglish
Pages (from-to)6050-6063
Number of pages14
JournalEcology and Evolution
Issue number17
StatePublished - Sep 1 2016


  • Habitat scales
  • human-modified habitats
  • relatedness
  • roosts
  • tent-roosting bats


Dive into the research topics of 'Human-modified habitats change patterns of population genetic structure and group relatedness in Peter's tent-roosting bats'. Together they form a unique fingerprint.

Cite this