… Genomic selection offers the opportunity to … maize breeding research in Sub-Saharan Africa,
India, and Mexico has shown that genomic selection can reduce the breeding interval cycle …

… Genomic Selection (GS) is a method in plant breeding to predict the genetic value of untested
lines based on genome-wide … We compare within- and across-breeding cycle strategies for …

… We evaluated genomic selection across five breeding cycles of bread wheat breeding. Bias
… Hence results from multiple genomically selected breeding cycles are becoming available …

… breeding cycle for a single DH population split into a training and prediction set. Thus,
selection gain refers to the improvement of the genotypic values of the DH lines in this cycle only. …

… genomic selection (GS) show accuracies sufficient to generate rapid gains in early selection
cycles. … Assuming that applying GS prior to phenotyping shortened breeding cycle time by 50…

… This threshold is important because, if we assume that GS can reduce breeding cycle time
to half that of phenotypic selection, an accuracy greater than 1/2h will ensure greater gain per …

… cycle of the genomic selection breeding program (GS-BP) plotted against the accuracy of
genomic estimated breeding … gain of the marker-assisted selection breeding (MAS-BP) using …

… The long generation times needed to complete a breeding cycle, the costs involved in
establishing and maintaining large progeny trials, and the low heritability of most target traits were …

… Simple scheme of a breeding cycle with what genomic selection (GS) could bring for each
stage (orange). Arrows indicate the flow of germplasm. Upward arrows correspond to early re-…

… Genomic selection looks to fulfill it by using genomewide marker coverage to accurately
estimate breeding values, accelerate the breeding cycle, and introduce greater flexibility in the …