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• W2111747973 abstract "Abstract Spatio‐temporal patterns and processes of genetic differentiation in passively dispersing zooplankton are drawing much attention from both ecologists and evolutionary biologists. Two opposite phylogeographical scenarios have already been demonstrated in rotifers, which consist of high levels of genetic differentiation among populations even on small geographical scales on the one hand and the traditionally known cosmopolitanism that is associated with high levels of gene flow and long‐distance dispersal via diapausing stages on the other hand. Here, we analysed the population genetic structure and the phylogeography of the Brachionus calyciflorus species complex in eastern China. By screening a total of 318 individuals from ten locations along a 2320‐km gradient and analysing samples from two growing seasons, we aimed at focusing on both small‐ and large‐scale patterns. We identified eight cryptic species and verified species status of two of these by sexual reproduction tests. Samples in summer and winter yielded different cryptic species. The distribution patterns of these genetically distinct cryptic species were diverse across eastern China, from full cosmopolitanism to local endemism. The two most abundant cryptic species BcWIII and BcSW showed a pattern of strong genetic differentiation among populations and no significant isolation by distance. Long‐distance colonization, secondary contact and recent range expansion are probably responsible for the indistinct pattern of isolation by distance. Our results suggest that geographical distance is more important than temporal segregation across seasons in explaining population differentiation and the occurrence of cryptic species. We explain the current phylogeographical structure in the B. calyciflorus species complex by a combination of recent population expansion, restricted gene flow, priority effects and long‐distance colonization." @default.
• W2111747973 created "2016-06-24" @default.
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• W2111747973 creator A5089252987 @default.
• W2111747973 date "2011-06-15" @default.
• W2111747973 modified "2023-10-16" @default.
• W2111747973 title "Genetic differentiation and phylogeographical structure of the Brachionus calyciflorus complex in eastern China" @default.
• W2111747973 cites W1523336822 @default.
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• W2111747973 cites W1882059917 @default.
• W2111747973 cites W1926221956 @default.
• W2111747973 cites W1940104582 @default.
• W2111747973 cites W1971523437 @default.
• W2111747973 cites W1976065917 @default.
• W2111747973 cites W1986182805 @default.
• W2111747973 cites W1990310594 @default.
• W2111747973 cites W1995745459 @default.
• W2111747973 cites W2002644753 @default.
• W2111747973 cites W2010390134 @default.
• W2111747973 cites W2010528894 @default.
• W2111747973 cites W2024263274 @default.
• W2111747973 cites W2025398831 @default.
• W2111747973 cites W2026294615 @default.
• W2111747973 cites W2030225143 @default.
• W2111747973 cites W2030907876 @default.
• W2111747973 cites W2034051020 @default.
• W2111747973 cites W2034158551 @default.
• W2111747973 cites W2039793676 @default.
• W2111747973 cites W2043035790 @default.
• W2111747973 cites W2043066647 @default.
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• W2111747973 cites W2049737678 @default.
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• W2111747973 cites W2054565613 @default.
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• W2111747973 cites W2090350472 @default.
• W2111747973 cites W2094497039 @default.
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• W2111747973 cites W2098787755 @default.
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• W2111747973 cites W2322922861 @default.
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• W2111747973 doi "https://doi.org/10.1111/j.1365-294x.2011.05147.x" @default.
• W2111747973 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21672065" @default.
• W2111747973 hasPublicationYear "2011" @default.
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