Rambolarimanana H., Ramamonjisoa L., Verhaegen D., Leong Pock Tsy J.M., Jacquin L., Cao-Hamadou T.V., Makouanzi C.G., Bouvet J.M.
2018
In forest tree genetic improvement, multi-trait genomic selection (GS) may have advantages in improving the accuracy of the genotype estimation and shortening selection cycles. For the breeding of Eucalyptus robusta, one of the most exotic planted species in Madagascar, volume at 49 months (V49), total lignin (TL), and holo-cellulose (Holo) were considered. For GS, 2919 single nucleotide ...
Production forestière; Génétique et amélioration des plantes
2018
In forest tree genetic improvement, multi-trait genomic selection (GS) may have advantages in improving the accuracy of the genotype estimation and shortening selection cycles. For the breeding of Eucalyptus robusta, one of the most exotic planted species in Madagascar, volume at 49 months (V49), total lignin (TL), and holo-cellulose (Holo) were considered. For GS, 2919 single nucleotide ...
Production forestière; Génétique et amélioration des plantes