Figure S3. The distribution of a) days to heading and b) plant height under common bunt infection. In the upper part of the figure, histogram represents the frequency of the studied traits as an average of both locations (Mead and Lincoln). In the lower part box plot comparing between the values of the studied traits in the resistance and susceptible genotypes as an average of both locations. (PDF 90 kb
Abstract Background Common bunt (caused by Tilletia caries and T. foetida) has been considered as a ...
Figure S2. Coverage of SNPs (a) and haplotypes (b) on all 21 bread wheat chromosomes. (DOCX 1094 kb
The 244 wheat accessions used in this study and the evaluation of their infection type (IT) and dise...
Figure S2. Scatter plot represents the correlation between the percentage of common bunt infected he...
Figure S1. Comparing between the distribution of common bunt resistance scores for the original data...
Figure S5. The distribution of the SNPs across a) the different wheat chromosomes and b) the differe...
Figure S4. a) Manhattan plot displaying SNP marker-trait association identified for plant height in ...
Table S1. Association analysis of common bunt resistance based on TASSEL and SUPER identified 123 si...
Table S1. Pedigree of 125 studied hexaploid spring wheat lines with PCs, AHC clustering, phenotypic ...
Figure S3-S9. Manhattan plot with QQ plot of days to heading, grain filled duration, plant height, s...
Figure S2. Single nucleotide polymorphism (SNP) distributions on 21 chromosomes in 125 wheat lines, ...
Figure S3. Manhattan plots for grain yield and related traits in each environment and BLUE value in ...
Figure S10. Temperature details of the cropping season at three experimental locations. (PNG 106 kb
Common bunt is a seed borne disease of wheat whose importance is anticipated to increase with a gro...
Figure S4. Principal coordinate analysis of 235 wheat cultivars. Three sub-populations based on geog...
Abstract Background Common bunt (caused by Tilletia caries and T. foetida) has been considered as a ...
Figure S2. Coverage of SNPs (a) and haplotypes (b) on all 21 bread wheat chromosomes. (DOCX 1094 kb
The 244 wheat accessions used in this study and the evaluation of their infection type (IT) and dise...
Figure S2. Scatter plot represents the correlation between the percentage of common bunt infected he...
Figure S1. Comparing between the distribution of common bunt resistance scores for the original data...
Figure S5. The distribution of the SNPs across a) the different wheat chromosomes and b) the differe...
Figure S4. a) Manhattan plot displaying SNP marker-trait association identified for plant height in ...
Table S1. Association analysis of common bunt resistance based on TASSEL and SUPER identified 123 si...
Table S1. Pedigree of 125 studied hexaploid spring wheat lines with PCs, AHC clustering, phenotypic ...
Figure S3-S9. Manhattan plot with QQ plot of days to heading, grain filled duration, plant height, s...
Figure S2. Single nucleotide polymorphism (SNP) distributions on 21 chromosomes in 125 wheat lines, ...
Figure S3. Manhattan plots for grain yield and related traits in each environment and BLUE value in ...
Figure S10. Temperature details of the cropping season at three experimental locations. (PNG 106 kb
Common bunt is a seed borne disease of wheat whose importance is anticipated to increase with a gro...
Figure S4. Principal coordinate analysis of 235 wheat cultivars. Three sub-populations based on geog...
Abstract Background Common bunt (caused by Tilletia caries and T. foetida) has been considered as a ...
Figure S2. Coverage of SNPs (a) and haplotypes (b) on all 21 bread wheat chromosomes. (DOCX 1094 kb
The 244 wheat accessions used in this study and the evaluation of their infection type (IT) and dise...