… These results revealed maize height was under strong genetic control and had a highly
polygenic genetic architecture. They also showed that multiple models of genetic architecture …

… two maize PIF … genetic model character, and (iii) identify, localize and characterize DCS
of individual PIFs to investigate the genetic architecture underlying maize PHT for future maize …

… Ear height was genetically correlated with RPR. Yet, most QTL remained significant after …
the genetic architecture and genomic prediction accuracy of RPR as a proxy for maize stalk …

… candidate gene, ZmVATE, in regulation of maize PH … genetic architecture of maize throughout
all growth phases and will be useful for design breeding and genetic improvement in maize…

… maize development. To investigate the genetic basis of the plant height response to density
in maize… ) on three plant height-related traits (plant height, ear height, and ear height-to-plant …

… genetic control of plant architecture traits of maize under contrasting plant densities remains
poorly understood. In this work, traits related to leaf and stem architecture … and ear height, …

… During the same period, maize plant architecture, including plant height (PH), leaf angle (…
genetic architecture of maize plant architecture and also provide reliable information for maize …

… genetic architecture of thirteen maize … in genetic architecture are not due to distinct features
of the underlying polymorphisms. Our results support the hypothesis that genetic architecture …

… been used to scan for novel loci affecting maize plant architecture [27]. Maize plant architecture,
especially plant height, is a complicated quantitative trait controlled by a large number of …

… , such as maize (Zea mays L.), the PP of plant architecture traits will play an … architecture
traits of maize, untangling their genetic bases, and testing the hypothesis of independent genetic …