Genetic architecture of flowering time in maize was addressed by synthesizing a total of 313
quantitative trait loci (QTL) available for this trait. These were analyzed first with an overview …

… genetic basis of maize plant height and ear height has been the subject of extensive research
(Figure 3). The plant height and ear height traits in natural maize … by multiple genes with …

… of 289 maize inbred lines with traits which largely vary in their genetic architecture. To let the
… for dry matter yield and plant height, the chromosomes which captured the largest portion of …

… To dissect the genetic architecture of phenotypic variance heterogeneity across various maize
… , which deepens our understanding on the genetic architecture of maize agronomic traits. …

… utilized to map the genetic architecture of these meristem … Describing the relationship of the
architecture and genetic … , plant height, flowering time, and inflorescence architecture, may …

… We report kernel starch, protein, and oil composition genetic architecture is characterized
primarily by additive gene action. The fine mapping resolution of NAM-enabled GWAS to …

… , such as shoot apical meristem size, husk trait, plant height, kernel weight, drought
tolerance, grain drying rate and grain moisture [35,36,37,38,39,40,41]. In this study, we used a …

… So far, hundreds of QTLs linked to maize plant height, biomass, and anthesis-silk intervals
have been detected in drought experiments [8, 9]. Based on 368 natural inbred lines, several …

… height, tilling, leaf angle, tassel and ear architecture, and grain size and shape. Finally, we
discuss ways to exploit maize SPL genes … regions, the genetic architecture for flowering time …

… Here we utilized a maize association panel including 508 inbred lines with tropical, subtropical
and temperate backgrounds to decipher the genetic architecture attributed to four husk …