Percent of shared alleles among pink salmon.

• Main Authors: Kris A. Christensen (3797896), Eric B. Rondeau (8726934), Dionne Sakhrani (809148), Carlo A. Biagi (9579561), Hollie Johnson (11851615), Jay Joshi (8283645), Anne-Marie Flores (9579564), Sreeja Leelakumari (11851618), Richard Moore (2297), Pawan K. Pandoh (11851621), Ruth E. Withler (7852571), Terry D. Beacham (2855522), Rosalind A. Leggatt (11851624), Carolyn M. Tarpey (11851627), Lisa W. Seeb (8135907), James E. Seeb (8135904), Steven J. M. Jones (9709382), Robert H. Devlin (7852568), Ben F. Koop (316166)
• Format: Still Image
• Language: unknown
• Published: 2021
• Subjects: Microbiology; Genetics; Evolutionary Biology; Ecology; Inorganic Chemistry; Science Policy; Environmental Sciences not elsewhere classified; Biological Sciences not elsewhere classified; western pacific ocean; six canadian rivers; one japanese river; oncorhynchus gorbuscha </; reference genome assemblies; year life history; salmon fishery worldwide; largest fst peak; year genome near; pink salmon (<; year temporal isolation; div >< p; could influence speciation; fst peaks may; pink salmon genome; pink salmon; whole genome; genome influenced; identified peaks; genetic isolation; spawn either; sequencing data; reduced recombination; pairs long; organ development; multiple centromeres; mostly associated; large proportion; immune function; genomic consequences; genetic drift; genes related; commercial value; >) adults; Pacific; Oncorhynchus gorbuscha; Pink salmon
• Online Access: https://doi.org/10.1371/journal.pone.0255752.g002

A heatmap of shared alleles between salmon is shown with clustering and a dendrogram. Each square represents the percent shared alleles after minor filtering of variants (bi-allelic SNPs). In addition to the legend displaying the colour representation of percent shared alleles, the sex, year-class, and river system sample information is colour-coded and shown on both rows and columns.