Bulletin of Marine Science · 2014 · 36 citations · 59 references
Life SciencesBiologyEcologyPhylogeographyPopulation GeneticsSpeciationAllopatric SpeciationComparative PhylogeographyGenetics Of Marine FishesMarine PhylogeographyMarine Population GeneticsPhylogeography Of Marine SpeciesEndemic Fish SpeciesEndemic Reef FishesGenetic Structure Of Endemic PopulationsPhylogeographic InferencePhylogeography Of Endemic SpeciesPhylogeography Of FishesPopulation Genetic StructurePopulation Phylogeography
AbstrAct.—Working in the Galápagos Islands and surrounding areas, we examined the relationship between population structure, a precursor to allopatric speciation, in species of reef fishes that exhibit different life history traits and three types of distributions in a nested setting: endemic (restricted to the Galápagos Islands), insular (Galápagos and neighboring islands), and Panamic (tropical eastern Pacific). We used a combination of population structure and coalescent approaches to assess the degree of genetic population structure in the three groups of fish species. In addition, we evaluated the level of inter-island genetic diversity in endemic species to determine if Galápagos fishes, like their terrestrial counterparts, could be used as a system to study allopatric speciation in the sea. We found that in general, there was no correlation between distribution
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MODELTEST: testing the model of DNA substitution.
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DnaSP v5: a software for comprehensive analysis of DNA polymorphism data
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