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• W2029203494 endingPage "417" @default.
• W2029203494 startingPage "403" @default.
• W2029203494 abstract "Molecular phylogenies of extant species are considered effective tools to infer mechanisms of speciation. Here, we benefit from this utility to investigate the evolutionary history of an organismal group linked to different aquatic ecosystems, the microgastropod genus Pseudamnicola (family Hydrobiidae). Previous studies have found around 45 species of the nominal subgenus P. (Pseudamnicola) , most of them in coastal stream localities of several Mediterranean islands and mainland territories, whereas only 12 species of the other subgenus, P. (Corrosella) , have been collected from springs and headwaters of mountainous regions of the Iberian Peninsula and south of France. As springs often act as isolated habitats affecting dispersion and constraining gene flow, we supposed that the temporal history and mode of diversification of species from both subgenera should differ and therefore be reflected in their phylogenetic patterns. To assess this hypothesis, we performed a molecular phylogeny based on mitochondrial and nuclear DNA sequences and later conducted an independent analysis to examine the potential effect of certain geographic and ecological variables in the genetic divergences of the subgenera. Additionally, we estimated the ancestral area of diversification of both groups. Published anatomical revisions and our molecular analyses suggest that the genus Pseudamnicola should be divided into three genera: the two previous subgenera plus a new one described here. As postulated, the evolution of the spring organisms was strongly related to habitat fragmentation and isolation, whereas dispersal followed by divergence seem to have been the most common speciation processes for euryhaline species inhabiting coastal streams and low river stages in which waters remain connected. On the contrary, rather than habitat fragmentation or dispersion, environmental conditions have played a larger role during the deep divergent split leading to the three genera." @default.
• W2029203494 created "2016-06-24" @default.
• W2029203494 creator A5016683643 @default.
• W2029203494 creator A5025104857 @default.
• W2029203494 creator A5083957104 @default.
• W2029203494 date "2015-02-09" @default.
• W2029203494 modified "2023-10-01" @default.
• W2029203494 title "Effects of habitat transition on the evolutionary patterns of the microgastropod genus<i>Pseudamnicola</i>(Mollusca, Hydrobiidae)" @default.
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• W2029203494 doi "https://doi.org/10.1111/zsc.12104" @default.
• W2029203494 hasPublicationYear "2015" @default.
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