Number of candidate genes detected across QTL for the three traits. Note: The number of genes for each trait in QTL clusters based on MQM mapping with cofactor selection, sorted by significance and reproducibility. (DOCX 13Â kb
Background Bark plays important roles in photosynthate transport and storage, along with physical an...
Putative QTLs for 10 agronomic traits through multiple environments QTL mapping. (XLSX 25Â kb
Genotypes and phenotypes of all progeny, the definitions of the phenotypes, and the linkage map posi...
QTL associated with bark texture, diameter and bark thickness identified in Populus Family 52–124 in...
Frequency distribution for bark texture, diameter and bark thickness (a, b, and c, respectively) acr...
Pair-wise estimates of phenotypic correlations calculated as Pearson correlation coefficients betwee...
QTL detected for the trait number of adventitious roots. Phenotypic variance explained by each QTL i...
QTL detected for root architecture traits and root biomass. Phenotypic variance explained by each QT...
Richardsâ growth curves of the 12 QTLs underlying the tree height of Populus, fitted with their ge...
Table S1 Summarized description of the genetic linkage map of the PR 255 x PB 217 F1 population. Tab...
An Excel file of candidate genes from QTL intervals for the salicinoid phenolic glycosides, salicort...
Table S4. Significant quantitative trait locus (QTLs) detected on the RCSLs exotic genetic library a...
Suggestive loci (P <0.63) for days to pollen shed (PS), ear height (EH), plant height (PH), and grai...
Estimates of genetic diversity (per locus) for each species and their hybrid based on 20 microsatell...
Phylogenetic tree of maize accessions in Association Panel. Neighbor-joining tree of 300 maize acces...
Background Bark plays important roles in photosynthate transport and storage, along with physical an...
Putative QTLs for 10 agronomic traits through multiple environments QTL mapping. (XLSX 25Â kb
Genotypes and phenotypes of all progeny, the definitions of the phenotypes, and the linkage map posi...
QTL associated with bark texture, diameter and bark thickness identified in Populus Family 52–124 in...
Frequency distribution for bark texture, diameter and bark thickness (a, b, and c, respectively) acr...
Pair-wise estimates of phenotypic correlations calculated as Pearson correlation coefficients betwee...
QTL detected for the trait number of adventitious roots. Phenotypic variance explained by each QTL i...
QTL detected for root architecture traits and root biomass. Phenotypic variance explained by each QT...
Richardsâ growth curves of the 12 QTLs underlying the tree height of Populus, fitted with their ge...
Table S1 Summarized description of the genetic linkage map of the PR 255 x PB 217 F1 population. Tab...
An Excel file of candidate genes from QTL intervals for the salicinoid phenolic glycosides, salicort...
Table S4. Significant quantitative trait locus (QTLs) detected on the RCSLs exotic genetic library a...
Suggestive loci (P <0.63) for days to pollen shed (PS), ear height (EH), plant height (PH), and grai...
Estimates of genetic diversity (per locus) for each species and their hybrid based on 20 microsatell...
Phylogenetic tree of maize accessions in Association Panel. Neighbor-joining tree of 300 maize acces...
Background Bark plays important roles in photosynthate transport and storage, along with physical an...
Putative QTLs for 10 agronomic traits through multiple environments QTL mapping. (XLSX 25Â kb
Genotypes and phenotypes of all progeny, the definitions of the phenotypes, and the linkage map posi...