Extended Data Fig. 7: Unrooted approximately-maximum-likelihood trees (FastTree) of each of the autosomes confirm that the extreme divergence across morphs is specific to the Y chromosome, and not the result of cryptic subpopulations. | Nature Ecology & Evolution

Extended Data Fig. 7: Unrooted approximately-maximum-likelihood trees (FastTree) of each of the autosomes confirm that the extreme divergence across morphs is specific to the Y chromosome, and not the result of cryptic subpopulations.

From: Extreme Y chromosome polymorphism corresponds to five male reproductive morphs of a freshwater fish

Extended Data Fig. 7

Trees were built using the consensus sequence of the longest scaffold from each chromosome (as identified by RACA). Tips denote sample name, colour indicates morph, and numbers on branches indicate FastTree support value.

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