Divergent selection and heterogeneous genomic divergence.
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Cites background or methods from "Divergent selection and heterogeneo..."
...Species trees are recapitulated in islands Many studies that have conducted comparisons of relative divergence across the genomes of closely related organisms have also been able to construct phylogenetic trees describing relationships among sampled populations (reviewed in Nosil et al. 2009)....
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...Via & West 2008; Nosil et al. 2009; Feder & Nosil 2010), to our knowledge it has not been used to clarify predictions about absolute divergence....
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...This phrase has largely been replaced with the slightly less loaded terms ‘genomic islands of differentiation’ (Harr 2006) and ‘genomic islands of divergence’ (Nosil et al. 2009), although the latter term can itself connote patterns of species differences not actually present in the data (see below)....
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...…phrase has largely been replaced with the slightly less loaded terms ‘genomic islands of differentiation’ (Harr 2006) and ‘genomic islands of divergence’ (Nosil et al. 2009), although the latter term can itself connote patterns of species differences not actually present in the data (see below)....
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...The main conclusion from examining these trees is that those made from loci within islands of high relative divergence often reflect the known species relationships, while those made from loci outside islands do not (Via & West 2008; Nosil et al. 2009; Keller et al. 2013)....
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"Divergent selection and heterogeneo..." refers background in this paper
...…on a locus will cause its adaptive divergence to a degree that often reflects a balance between the strength of selection and rates of gene flow (Fisher 1930; Haldane 1930, 1932; Wright 1931, 1940; Bulmer 1972; Endler 1973; Felsenstein 1976, 1981; Barton 1983; Slatkin 1985; Hendry et al. 2001;…...
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...Divergent selection on a locus will cause its adaptive divergence to a degree that often reflects a balance between the strength of selection and rates of gene flow (Fisher 1930; Haldane 1930, 1932; Wright 1931, 1940; Bulmer 1972; Endler 1973; Felsenstein 1976, 1981; Barton 1983; Slatkin 1985; Hendry et al. 2001; Butlin 2005)....
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...…itself can promote molecular genetic differentiation via two main mechanisms: (i) by acting on specific loci and those physically linked to them (Fisher 1930; Haldane 1930, 1932; Endler 1973; Lewontin & Krakauer 1973; Barton 2000), and (ii) by promoting reproductive isolation that causes…...
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