0000000000452855

AUTHOR

N Beer

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The role of swarming sites for maintaining gene flow in the brown long-eared bat (Plecotus auritus)

2004

Bat-swarming sites where thousands of individuals meet in late summer were recently proposed as 'hot spots' for gene flow among populations. If, due to female philopatry, nursery colonies are genetically differentiated, and if males and females of different colonies meet at swarming sites, then we would expect lower differentiation of maternally inherited genetic markers among swarming sites and higher genetic diversity within. To test these predictions, we compared genetic variance from three swarming sites to 14 nursery colonies. We analysed biparentally (five nuclear and one sex-linked microsatellite loci) and maternally (mitochondrial D-loop, 550 bp) inherited molecular markers. Three m…

Genetic MarkersMalePopulationSwarming (honey bee)ZoologyDNA MitochondrialGene flowChiropteraGenetic variationGeneticsAnimalseducationGenetics (clinical)education.field_of_studyGenetic diversitybiologyEcologyGenetic VariationGene PoolSequence Analysis DNAbiochemical phenomena metabolism and nutritionequipment and suppliesbiology.organism_classificationGenetics PopulationGenetic markerbacteriaPlecotus auritusFemalePhilopatryMicrosatellite RepeatsHeredity
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