… height, and ear weight, respectively. This study revealed a complex genetic architecture …
in the mean and plasticity of maize complex traits. It provides novel insights into the dynamic …

… regulating plant architecture in maize, especially plant height and … gene into an 8-kb interval
on maize chromosome 10 and identified a transposon insertion into the only candidate gene…

… with different genetic architecture features. Known genes for maize inflorescence … in the
tassel trait QTL s, and many of these genes, including ramosa1 (ra1), barren inflorescence2 (bif2)…

… show that genetic architecture was reshaped during domestication in multiple ways. Maize
has … (3) Finally, we detected two rough sheath genes as candidate QTL of plant height: rough …

… maize, and phenotypic plasticity in these traits facilitates adaptations to changing environments.
Elucidating the genetic architecture … for breeding climate-robust maize varieties. Here, a …

… genes underlying major QTLs for grain moisture in maize. Our results provide insights into
the genetic architecture of dynamic changes in grain moisture, which should facilitate maize …

… of maize inbred lines and hybrids. Our objectives were to dissect the genetic architecture of
… GWAS and linkage mapping and to evaluate the predictability of WGP for the KRN of maize. …

Kernel size‐related traits are the most direct traits correlating with grain yield. The genetic
basis of three kernel traits of maize, kernel length ( KL ), kernel width ( KW ) and kernel …

… ; 8 developmental agronomic traits: plant height (PH, vertical height from the ground to the
top of the tassel, with an accuracy of 0.5 cm), ear height (EH, vertical height from the ground to …

… the genetic basis of grain yield-related traits has been the main research object and nodal in
crop science. Sorghum and maize, … with grain yield in sorghum and maize. We placed great …