… in the selected progenies than the individual trait selection. It was concluded that combining
genomic selection with simulation allows the prediction of cross performance in simulated …

… in plant breeding programs. This research used simulation to evaluate the effectiveness
of different strategies for genotyping and phenotyping to enable genomic selection in early …

… breeding research in Sub-Saharan Africa, India, and Mexico has shown that genomic selection
can reduce the breeding … A genomic selection index applied to simulated and real data. …

… Genomic (or genome-wide) selection (GS) is a method … breeding as a method to predict
breeding values of individuals based on markers covering the whole genome using simulated …

… This paper reports the results of simulations aimed at exploring the effect of resource … gain
of genomic selection models applied to progenies in a genomic recurrent selection scheme. …

… based on EBVs estimated by BLUP; and GEBV is selection based on genomic estimated
breeding values in one step, using high (GBlup) and low (GBlupi) density panels. Results …

… used simulations to identify conditions under which genomic-assisted recurrent selection
(… GARS2 and GARS3, with two and three cycles of genomic selection per year, respectively, …

… Using simulation, they showed that the breeding value could be predicted with an accuracy
… but uses a random set of genome-wide markers to predict breeding value. The hope is that, …

… Simulation and empirical studies of genomic selection (GS) show accuracies sufficient to
generate rapid gains in early selection … for genomic selection, it is needed in crop breeding for …

… GS for conifer breeding, we simulated 60-year breeding programs in Cryptomeria … simulated
60 years of breeding programs in C. japonica to evaluate the efficiency of different breeding …