Fig. 3.
Comparisons of diversity between the resistance region, simulations, and the rest of the genome. (A) Principal components analysis (PCA) of 10 million neutral coalescent simulations. The statistics used include nucleotide diversity, pairwise divergence statistics, and Tajima’s D (correlation circle displayed in the right panel). Predicted values for the resistance region and two sets of SLiM3 NFDS simulations are also shown. The SLiM3 simulations were obtained with a fraction of new mutations recruited by selection of 0.1% and equilibrium frequencies (feq) of 10% and 50%. The envelopes cover 95% of points from each category. (B) The upper-left panel shows Bonferroni-corrected P values obtained from comparing observations and neutral coalescent simulations for each 1-kb window. Light green points indicate P values < 0.05 and large dark green dots indicate P values < 0.01. The three other panels show the B0,MAF statistics. Composite likelihood ratio for each of the three geographic groups. The statistics compares local allele frequency spectra to the genome-wide spectrum and compares the likelihood of a model with balancing selection against a neutral model. Light green points indicate the highest 1% of scores genome wide, whereas large dark green dots indicate those among the top 0.5%.

Comparisons of diversity between the resistance region, simulations, and the rest of the genome. (A) Principal components analysis (PCA) of 10 million neutral coalescent simulations. The statistics used include nucleotide diversity, pairwise divergence statistics, and Tajima’s D (correlation circle displayed in the right panel). Predicted values for the resistance region and two sets of SLiM3 NFDS simulations are also shown. The SLiM3 simulations were obtained with a fraction of new mutations recruited by selection of 0.1% and equilibrium frequencies (feq) of 10% and 50%. The envelopes cover 95% of points from each category. (B) The upper-left panel shows Bonferroni-corrected P values obtained from comparing observations and neutral coalescent simulations for each 1-kb window. Light green points indicate P values < 0.05 and large dark green dots indicate P values < 0.01. The three other panels show the B0,MAF statistics. Composite likelihood ratio for each of the three geographic groups. The statistics compares local allele frequency spectra to the genome-wide spectrum and compares the likelihood of a model with balancing selection against a neutral model. Light green points indicate the highest 1% of scores genome wide, whereas large dark green dots indicate those among the top 0.5%.

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