Additional file 10: Supplementary Fig. S10. Genome-wide association mapping for color channel 2. Manhattan plots of the four models (GLM, GLM_PC, MLM, MLM_PC) and associated quantile-quantile (Q-Q) plots representing the statistical association between each SNP and color channel 2
Increasing grain yield potential in wheat has been a major target of most breeding programs. Genetic...
Additional file 2: Figure S2. Manhattan plots of the SL-GWAS and ML-GWAS for yield. (A-E) Manhattan ...
Increasing grain yield potential in wheat has been a major target of most breeding programs. Genetic...
Additional file 9: Supplementary Fig. S9. Genome-wide association mapping for color channel 1. Manha...
Additional file 11: Supplementary Fig. S11. Genome-wide association mapping for color channel 3. Man...
Additional file 6: Supplementary Fig. S6. Genome-wide association mapping for grain width. Manhattan...
Additional file 7: Supplementary Fig. S7. Genome-wide association mapping for the grain perimeter. M...
Additional file 13: Supplementary Fig. S13. LD heatmap of the grain color locus. The pairwise LD of ...
Additional file 4: Supplementary Fig. S4. Genome-wide scan for selection signal between two subpopul...
Additional file 12: Supplementary Fig. S12. Phenotypic distribution of six grain traits and correlat...
Additional file 1: Supplementary Fig. S1. The distribution of 583 markers revealed inconsistent chro...
Additional file 5: Supplementary Fig. S5. LD in subpopulations Pop1 and Pop2. (a) LD decay at the wh...
Additional file 2: Supplementary Fig. S2. Distribution of markers with the same chromosomal assignme...
Figure S4. Manhattan plots for grain yield and related traits in each environment and BLUE value in ...
Figure S4. a) Manhattan plot displaying SNP marker-trait association identified for plant height in ...
Increasing grain yield potential in wheat has been a major target of most breeding programs. Genetic...
Additional file 2: Figure S2. Manhattan plots of the SL-GWAS and ML-GWAS for yield. (A-E) Manhattan ...
Increasing grain yield potential in wheat has been a major target of most breeding programs. Genetic...
Additional file 9: Supplementary Fig. S9. Genome-wide association mapping for color channel 1. Manha...
Additional file 11: Supplementary Fig. S11. Genome-wide association mapping for color channel 3. Man...
Additional file 6: Supplementary Fig. S6. Genome-wide association mapping for grain width. Manhattan...
Additional file 7: Supplementary Fig. S7. Genome-wide association mapping for the grain perimeter. M...
Additional file 13: Supplementary Fig. S13. LD heatmap of the grain color locus. The pairwise LD of ...
Additional file 4: Supplementary Fig. S4. Genome-wide scan for selection signal between two subpopul...
Additional file 12: Supplementary Fig. S12. Phenotypic distribution of six grain traits and correlat...
Additional file 1: Supplementary Fig. S1. The distribution of 583 markers revealed inconsistent chro...
Additional file 5: Supplementary Fig. S5. LD in subpopulations Pop1 and Pop2. (a) LD decay at the wh...
Additional file 2: Supplementary Fig. S2. Distribution of markers with the same chromosomal assignme...
Figure S4. Manhattan plots for grain yield and related traits in each environment and BLUE value in ...
Figure S4. a) Manhattan plot displaying SNP marker-trait association identified for plant height in ...
Increasing grain yield potential in wheat has been a major target of most breeding programs. Genetic...
Additional file 2: Figure S2. Manhattan plots of the SL-GWAS and ML-GWAS for yield. (A-E) Manhattan ...
Increasing grain yield potential in wheat has been a major target of most breeding programs. Genetic...