Fig. 2 Genome-wide association of 6669 SNPs with migration phenotype, across all sampling locations, and selective sweeps within LG1. Genome-wide association.

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Fig. 2 Genome-wide association of 6669 SNPs with migration phenotype, across all sampling locations, and selective sweeps within LG1. Genome-wide association of 6669 SNPs with migration phenotype, across all sampling locations, and selective sweeps within LG1. (A) Absolute values of scores for each SNP along the first redundancy canonical axis (RDA1) in partial RDA of migratory phenotype conditioned by geographic location, treating all SNPs in the 99th percentile as significantly associated. SNPs within rearrangements are colored in red, and SNPs identified in association with migratory phenotype across all three methods are identified in blue. (B) Mean decrease in accuracy per SNP in RF prediction of migratory phenotype, categorizing SNPs with a mean decrease in accuracy of >0.015 as significantly associated. (C) Positive selective sweeps in LG1 for LG1 homozygous noninverted and LG1 homozygous inverted individuals detected by calculating CLR per 20 SNP window with regions exceeding the 95th percentile were considered likely candidates for selection. Cutoff values for the 95th percentile in LG1 homozygous inverted and noninverted individuals are represented by dashed lines in orange and blue, respectively. The blue bar represents the region that exhibited a sweep specific to LG1 inverted homozygous individuals across both methods. (D) Positive selective sweeps in LG1 for LG1 homozygous noninverted and LG1 homozygous inverted individuals detected by calculating iHS with regions exceeding the 95th percentile were considered likely candidates for selection. Tony Kess et al. Sci Adv 2019;5:eaav2461 Copyright © 2019 The Authors, some rights reserved; exclusive licensee American Association for the Advancement of Science. No claim to original U.S. Government Works. Distributed under a Creative Commons Attribution NonCommercial License 4.0 (CC BY-NC).