… Here, using a large set of 866 maize-teosinte BC 2 S 3 recombinant … genetic dissection
to assess the genetic architecture of leaf number and its genetic relationship to flowering time. …

… QTL mapping for five tassel architecture traits, including tassel length… genetic architecture
of these tassel traits and evaluated the contribution of known inflorescence development genes …

… vegetative and reproductive development and allowed for the fine-tuning of the maize flowering
time model. … Our analysis allowed us to update the maize flowering time network model. …

… phenology gene action in cereals. We will describe how genetic variation in flowering time
genes paved … A detailed understanding of flowering mechanisms is the cornerstone of future …

… genetic architecture of the maize nodal root system is not well understood, and it has
become the ‘dark matter’ of maize genetics… the maize nodal root number and flowering time …

… Integrating information about the genetic architecture of domestication traits with population
… The genetic architecture for standing variation remaining in maize for these domestication-…

… The genetic architecture information of the grain yield and flowering time revealed in this
study, and the genomic regions identified for the different trait-environment combinations are …

… were identified, which has provided useful information for future maize genetic improvement
and helps us understand the dynamic genetic architecture of plant development and growth. …

… GWAS has not been applied to reveal the genetic architecture of maize drought response. …
approach to dissect the genetic architecture of complex crop traits and clone causal genes. …

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