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    <title>Data from: Population genomics of wild and laboratory zebrafish (Danio rerio)</title>
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      Understanding a wider range of genotype-phenotype associations can be
      achieved through ecological and evolutionary studies of traditional
      laboratory models. Here, we conducted the first large-scale geographic
      analysis of genetic variation within and among wild zebrafish (Danio
      rerio) populations occurring in Nepal, India, and Bangladesh and we
      genetically compared wild populations to several commonly used lab
      strains. We examined genetic variation at 1,832 polymorphic EST-based SNPs
      and the cytb mitochondrial gene in 13 wild populations and three lab
      strains. Natural populations were subdivided into three major mtDNA clades
      with an average of 5.8% among-clade sequence divergence. SNPs revealed
      five major evolutionarily and genetically distinct groups with an overall
      FST of 0.170 (95% CI 0.105 - 0.254). Evolutionarily distinct groups
      corresponded to discrete geographic regions and appear to reflect
      isolation in refugia during past climate cycles. We detected 71
      significantly divergent outlier loci (3.4 %) and nine loci (0.5%) with
      significantly low FST values. Valleys of reduced variation of up to 10 Mb
      in size surrounding divergent outliers were consistent with selective
      sweeps. The lab strains formed two additional groups that were genetically
      distinct from all wild populations. An additional subset of outlier loci
      was consistent with domestication selection within lab strains.
      Substantial genetic variation that exists in zebrafish as a whole is
      missing from lab strains that we analyzed. A combination of laboratory and
      field studies that incorporates genetic variation from divergent wild
      populations will be essential to understand the full range of genetic
      influences on phenotypic variation in this species.
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