Table 1.
Phenotypic distributions of yield-associated traits in the wheat parents and DH lines across different environments.
Table 2.
Pearson's correlation coefficients between yield-associated traits in wheat DH lines grown in the different environments.
Table 3.
F values of ANOVA for genotypes and environments in wheat DH lines.
Table 4.
F values of ANOVA-GLM for DH line genotypes and environments as well as their interactions.
Table 5.
Distributions of QTLs for yield associated traits in wheat DH lines across chromosomes.
Figure 1.
QTL and QTL clusters for yield-associated traits in wheat DH lines.
AddH, additive QTL contributed by Hanxuan 10; AddL, additive QTL contributed by Lumai 14; Epi, QTLs involved in epistatic effects. The bold line indicates the confidence intervals. All additive QTLs are shown; epistatic QTLs are those with large effects (i.e. the phenotypic variation explained (PVE)>the mean PVE of all main effects) and present in QTL clusters. Map distances in centiMorgans (cM) are shown on the left side of each chromosome.
Table 6.
Numbers, main effects and contributions of QTLs for yield-associated traits in wheat DH lines.
Figure 2.
Phenotypic variation explained (PVE) by different genetic components for yield-associated traits in wheat DH lines.
Table 7.
Numbers and environmental interaction effects of QTLs for yield associated traits in wheat DH lines.
Table 8.
Major QTLs in wheat DH lines.
Table 9.
Performances for traits of four 1000 grain weight (gw) - grain number per spike (gn) groups of wheat DH lines from analyses across different environments.
Table 10.
Favorable allele frequencies of the additive main QTLs for yield and yield-related traits in four 1000 grain weight (gw) - grain number per spike (gn) groups of wheat DH lines.
Table 11.
Latitudes and longitudes of five locations and growing season rainfalls in each year × location combination.
Table 12.
Yield-associated traits with their environments evaluated in wheat DH lines.