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Fecundity of the parti-coloured bat Vespertilio murinus L., 1758 (Chiroptera, Vespertilionidae) in urban and suburban environments A. V. Zhigalin, N. S. Moskvitina

By: Zhigalin, Alexander VContributor(s): Moskvitina, Nina SMaterial type: ArticleArticleSubject(s): летучие мыши | антропогенная среда | плодовитостьGenre/Form: статьи в журналах Online resources: Click here to access online In: International journal of environmental studies Vol. 74, № 5. P. 884-890Abstract: The impact of the anthropogenic environment on the fecundity of the bat is poorly understood. Therefore, in this study we chose the parti-coloured bat Vespertilio murinus – synanthrope, which is known to produce 1–4 pups, to assess that association. We compared the litter sizes of V. murinus among synanthropous maternity colonies associated with urban and rural habitats. Two colonies were examined from the city and two colonies in suburbs, with a total of 144 individuals. Larger litter size (2.7–2.9 pups per female) was observed in urban colonies, compared to 1.8 in rural colonies. We hypothesise that specific micro- and mesoclimatic conditions along with artificial light could predict that difference, and thus could reduce the time spend in estivation, stimulate higher milk production in lactating females and accelerate juvenile growth. Artificial urban light may secure abundant and affordable food for females, producing larger offspring.
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The impact of the anthropogenic environment on the fecundity of the bat is poorly understood. Therefore, in this study we chose the parti-coloured bat Vespertilio murinus – synanthrope, which is known to produce 1–4 pups, to assess that association. We compared the litter sizes of V. murinus among synanthropous maternity colonies associated with urban and rural habitats. Two colonies were examined from the city and two colonies in suburbs, with a total of 144 individuals. Larger litter size (2.7–2.9 pups per female) was observed in urban colonies, compared to 1.8 in rural colonies. We hypothesise that specific micro- and mesoclimatic conditions along with artificial light could predict that difference, and thus could reduce the time spend in estivation, stimulate higher milk production in lactating females and accelerate juvenile growth. Artificial urban light may secure abundant and affordable food for females, producing larger offspring.

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