… -series high-throughput phenotyping, we describe a new phenotype as the rate of flowering
and show heritable genetic … a field-based high-throughput phenotyping approach using deep …

… “genetic treasures” detected in our study indicate that combining high-throughput multiple
optical phenotyping … to dissect the genetic architecture of complex crop traits and clone causal …

… In summary, combining the high-throughput phenotyping technology and large-scale QTL …
a new strategy for breeders to optimize plant architecture toward ideotype breeding in maize. …

… architecture will be beneficial for ideotype-based maize breeding and prediction, as the
genetic … In this study, we developed an automated high-throughput phenotyping platform (HTP) …

… a new mechanism of yield regulation. Our results indicate that high-throughput phenotyping
can … genetic architecture of rapeseed growth and final yield, which would be useful for future …

… related genetic resources. In this study, we used a high-throughput phenotyping platform with
a … Moreover, we mapped the salt-stress-related SNPs and identified candidate genes in the …

… to investigate the genetic architecture of this microscopic trait. In addition, this study provides
insight toward the improvement of macroscopic traits such as drought resistance and plant …

… High precision 3D phenotype acquisition technology has a huge demand in outdoor phenotyping
… unit of this study to high-throughput phenotype platforms such as unmanned vehicles …

… genetic architecture of the shank vascular bundles. The results presented here will provide
a … perspective for high-throughput identification of vascular bundle functional genes of maize …

… High-throughput phenotyping is increasingly becoming an important tool for rapid advancement
of genetic … the natural genetic variation and to dissect the genetic architecture of vascular …