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- W2169287935 abstract "Reconstructing species trees by incorporating information from many independent gene trees reduces the confounding influence of stochastic lineage sorting. Such analyses are particularly important for taxa that share polymorphisms due to incomplete lineage sorting or introgressive hybridization. We investigated phylogenetic relationships among 14 closely related taxa from the mallard (Anas spp.) complex using the multispecies coalescent and 20 nuclear loci sampled from a genomic transect. We also examined how treating recombining loci and hybridizing species influences results by partitioning the data using various protocols. In general, topologies were similar among the various species trees, with major clades consistently composed of the same taxa. However, relationships among these clades and among taxa within clades changed among partitioned data sets. Posterior support generally decreased when filtering for recombination, whereas excluding mallards (Anas platyrhynchos) increased posterior support for taxa known to hybridize with them. Furthermore, branch lengths decreased substantially for recombination-filtered data. Finally, concordance between nuclear and morphometric topologies conflicted with those in the mitochondrial tree, particularly with regard to the placement of the Hawaiian duck (A. wyvilliana), Philippine duck (A. luzonica), and two spot-billed ducks (A. zonorhyncha and A. poecilorhyncha). These results demonstrate the importance of maximizing sequence length and taxon sampling when inferring taxonomic relationships that are confounded by extensive allele sharing." @default.
- W2169287935 created "2016-06-24" @default.
- W2169287935 creator A5025612892 @default.
- W2169287935 creator A5040463818 @default.
- W2169287935 creator A5047451796 @default.
- W2169287935 date "2014-01-01" @default.
- W2169287935 modified "2023-09-28" @default.
- W2169287935 title "Phylogenetics of a recent radiation in the mallards and allies (Aves: Anas): Inferences from a genomic transect and the multispecies coalescent" @default.
- W2169287935 cites W1494644796 @default.
- W2169287935 cites W1908311700 @default.
- W2169287935 cites W1933748652 @default.
- W2169287935 cites W1945381458 @default.
- W2169287935 cites W196203205 @default.
- W2169287935 cites W1969546978 @default.
- W2169287935 cites W1974079273 @default.
- W2169287935 cites W1990074132 @default.
- W2169287935 cites W2006721190 @default.
- W2169287935 cites W2009596137 @default.
- W2169287935 cites W2029134973 @default.
- W2169287935 cites W2037654474 @default.
- W2169287935 cites W2038410134 @default.
- W2169287935 cites W2041413896 @default.
- W2169287935 cites W2043106361 @default.
- W2169287935 cites W2052536191 @default.
- W2169287935 cites W2053236423 @default.
- W2169287935 cites W2055997230 @default.
- W2169287935 cites W2063345613 @default.
- W2169287935 cites W2066793897 @default.
- W2169287935 cites W2067818448 @default.
- W2169287935 cites W2079640584 @default.
- W2169287935 cites W2083621374 @default.
- W2169287935 cites W2083878136 @default.
- W2169287935 cites W2084631018 @default.
- W2169287935 cites W2088708339 @default.
- W2169287935 cites W2092801909 @default.
- W2169287935 cites W2093016244 @default.
- W2169287935 cites W2094184348 @default.
- W2169287935 cites W2096689134 @default.
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- W2169287935 cites W2110835349 @default.
- W2169287935 cites W2111424166 @default.
- W2169287935 cites W2114227052 @default.
- W2169287935 cites W2114757914 @default.
- W2169287935 cites W2119438568 @default.
- W2169287935 cites W2121726710 @default.
- W2169287935 cites W2123560514 @default.
- W2169287935 cites W2125241803 @default.
- W2169287935 cites W2127713506 @default.
- W2169287935 cites W2128252278 @default.
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- W2169287935 cites W2132632499 @default.
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- W2169287935 cites W2141482728 @default.
- W2169287935 cites W2142053228 @default.
- W2169287935 cites W2143930056 @default.
- W2169287935 cites W2145608399 @default.
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- W2169287935 cites W2148723086 @default.
- W2169287935 cites W2151320514 @default.
- W2169287935 cites W2157906704 @default.
- W2169287935 cites W2158849269 @default.
- W2169287935 cites W2160723939 @default.
- W2169287935 cites W2161444534 @default.
- W2169287935 cites W2169740172 @default.
- W2169287935 cites W2172448141 @default.
- W2169287935 cites W2174172235 @default.
- W2169287935 cites W2178781337 @default.
- W2169287935 cites W2178926518 @default.
- W2169287935 cites W2219201260 @default.
- W2169287935 cites W2317933031 @default.
- W2169287935 cites W2324999316 @default.
- W2169287935 cites W2332689341 @default.
- W2169287935 cites W2406888810 @default.
- W2169287935 cites W243165041 @default.
- W2169287935 cites W3022896472 @default.
- W2169287935 cites W4241651029 @default.
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- W2169287935 cites W4243094955 @default.
- W2169287935 cites W4248684055 @default.
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- W2169287935 doi "https://doi.org/10.1016/j.ympev.2013.08.008" @default.
- W2169287935 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23994490" @default.
- W2169287935 hasPublicationYear "2014" @default.
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