Figure S4. Phenotypic variations of 11 agronomic traits in Chinese landraces (CL) and modern Chinese cultivars (MCC). Phenotypic values of CL and MCC are indicated by red histograms with a dashed black line and green histograms with a solid black line, respectively. HD: heading date (days); FD: flowering date (days); PH: plant height (cm); ETN: effective tiller number (number); SL: spike length (cm); SN: spikelet number per spike (number); KN: kernel number per spike (number); TKW: 1000-kernel weight (g); KL: kernel length (mm); KW: kernel width (mm); KT: kernel thickness (mm). (PDF 1928 kb
Table S7. Phenotypic data in each environment and BLUE value for grain yield and related traits in t...
Figure S1. Distribution of phenotypic values for grain yield and related traits in the diverse panel...
Figure S4. a) Manhattan plot displaying SNP marker-trait association identified for plant height in ...
Figure S7. Allele frequencies of 47 loci in Chinese landraces (CL) and modern Chinese cultivars (MCC...
Figure S2. Analysis of population structure in 480 Chinese wheat accessions based on 47 KASP markers...
Figure S6. Genetic diversity and population differentiation of Chinese landraces (CL) and modern Chi...
Table S1. Detailed information on materials and their allelic variations of 47 genes used in this st...
Figure S1. Geographic origins of 1152 global wheat accessions used in the current study. a Geographi...
Figure S8. Comparison of the numbers and frequencies of favorable alleles in global wheat accessions...
Figure S3. Analysis of population structure in 672 introduced cultivars based on 47 KASP markers. a ...
Year effect on SKCS value in 623 accessions. Table S2. Number of hard, soft and medium wheat in whea...
Wheat (Triticum aestivum L.) is one of the most important crops in the world. Here, four yield-relat...
Figure S3. Manhattan plots for grain yield and related traits in each environment and BLUE value in ...
Wheat (Triticum aestivum L.) is one of the most important crops in the world. Here, four yield-relat...
Table S1. Summary of the soil nitrate-nitrogen contents within the 0â20âcm layer in each environ...
Table S7. Phenotypic data in each environment and BLUE value for grain yield and related traits in t...
Figure S1. Distribution of phenotypic values for grain yield and related traits in the diverse panel...
Figure S4. a) Manhattan plot displaying SNP marker-trait association identified for plant height in ...
Figure S7. Allele frequencies of 47 loci in Chinese landraces (CL) and modern Chinese cultivars (MCC...
Figure S2. Analysis of population structure in 480 Chinese wheat accessions based on 47 KASP markers...
Figure S6. Genetic diversity and population differentiation of Chinese landraces (CL) and modern Chi...
Table S1. Detailed information on materials and their allelic variations of 47 genes used in this st...
Figure S1. Geographic origins of 1152 global wheat accessions used in the current study. a Geographi...
Figure S8. Comparison of the numbers and frequencies of favorable alleles in global wheat accessions...
Figure S3. Analysis of population structure in 672 introduced cultivars based on 47 KASP markers. a ...
Year effect on SKCS value in 623 accessions. Table S2. Number of hard, soft and medium wheat in whea...
Wheat (Triticum aestivum L.) is one of the most important crops in the world. Here, four yield-relat...
Figure S3. Manhattan plots for grain yield and related traits in each environment and BLUE value in ...
Wheat (Triticum aestivum L.) is one of the most important crops in the world. Here, four yield-relat...
Table S1. Summary of the soil nitrate-nitrogen contents within the 0â20âcm layer in each environ...
Table S7. Phenotypic data in each environment and BLUE value for grain yield and related traits in t...
Figure S1. Distribution of phenotypic values for grain yield and related traits in the diverse panel...
Figure S4. a) Manhattan plot displaying SNP marker-trait association identified for plant height in ...