Composition and drivers of variation in the gut microbiomes of big brown bats and little brown bats.

Composition and drivers of variation in the gut microbiomes of big brown bats and little brown bats.

<p>Phylum-level characterization of taxa in samples from <b>(A)</b> big brown bats and <b>(B)</b> little brown bats<i>.</i> <b>(C)</b> Host species identity significantly explained 6% of variation (db-RDA, <i>F</i> = 5.13, <i>p&...

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Bibliographic Details
Main Author:	Eleonore Lebeuf-Taylor (21655791) (author)
Other Authors:	Alexandria Cosby (21655794) (author), Quinn Webber (6656693) (author), Karl Cottenie (139931) (author)
Published:	2025
Subjects:	Microbiology Physiology Evolutionary Biology Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified north american ranges myotis lucifugus </ identify roost identity eptesicus fuscus </ environments throughout much bring ecological reality big brown bats gut microbiome plays div >< p distinct gut microbiomes associated microbiome studies gut microbiome gut microbiomes associated microbiomes microbiome composition wild populations social structuring social patterns selection acts recent surge physical proximity likely arising laboratory findings identified phylogenetic gastrointestinal tracts extensive sampling crucial role
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