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Ecomorph Evolution in <Emphasis Type="Italic">Myotis</Emphasis> (Vespertilionidae,Chiroptera)
Authors:Maria Ghazali  Ricardo Moratelli  Igor Dzeverin
Institution:1.Schmalhausen Institute of Zoology,National Academy of Sciences of Ukraine,Kyiv,Ukraine;2.Campus Fiocruz da Mata Atlantica, Funda??o Oswaldo Cruz,Rio de Janeiro,Brazil
Abstract:The genus Myotis is unique among mammals in its high taxonomic diversity and global distribution. Their phylogenetic relationships reflect biogeographic affinities rather than phenotypes. Myotis diverged from other bats in the early Miocene, with a subsequent split between Old and New World lineages about 19 million years ago. Similar ecomorphs (‘Leuconoe’ near-water hunters], ‘Myotis’ gleaners], ‘Selysius’ aerial hawkers]) emerged independently in different lineages of Myotis. We retrieved the probable ancestral ecomorph for each lineage. Phenetic diversity was estimated from the analysis of body and skull traits. It seems that evolution of Myotis fluctuated between ‘Leuconoe’, ‘Selysius’, and larger ‘Myotis’.
Keywords:
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