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Genomic selection accuracies within and between environments and small breeding groups in white spruce

Summary

Published in BioMed Central Genomics 15: 1048. https://doi.org/10.1186/1471-2164-15-1048

Genomic selection (GS) may improve selection response over conventional pedigree-based selection if markers capture more detailed information than pedigrees in recently domesticated tree species and/or make it more cost effective. Genomic prediction accuracies using 1748 trees and 6932 SNPs representative of as many distinct gene loci were determined for growth and wood traits in white spruce, within and between environments and breeding groups (BG), each with an effective size of Ne ≈ 20. Marker subsets were also tested.

Sector(s): 

Forests

Categorie(s): 

Scientific Article

Theme(s): 

Ecosystems and Environment, Forest Genetics, Forestry Research, Forests, Seeds and Forest Seedlings Production, Silviculture

Departmental author(s): 

Rainville, André

Author(s)

BEAULIEU, Jean, Trevor K. DOERKSEN, John MACKAY, André RAINVILLE and Jean BOUSQUET

Year of publication :

2014

Format :

Paper

ISSN

1471-2164

Keywords :

sélection génomique, interaction génotype-environnement, degré de parenté, embryogenèse somatique, épinette, amélioration génétique des arbres, écosystèmes et environnement, production de semences et de plants, sylviculture et rendement des plantations, picea, article scientifique de recherche forestière, ecosystems and environment, forest tree improvement, seeds and forest seedlings production, silviculture and yield of plantations, genomic selection, genotype-by-environment interactions, relatedness, somatic embryogenesis, spruce

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