Titlebook: Breeding strategies for sustainable forage and turf grass improvement; Susanne Barth,Dan Milbourne Conference proceedings 2013 Springer Sc

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agenda

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Mechanisms Utilised Within the IBERS Diploid , L. Forage Grass Breeding Programmes to Improve Rumen ing programmes involve a combination of spaced plant assessment and half-sibling plot performance as a basis for recurrent selection over many generations, the current focus of which is to combine increased NUE along with other desirable agronomic traits including improved yields, increased persiste

終點(diǎn)

Population Genetics of the Grass Self-incompatibility System—Practical Implications for Grass Breedio their genotypes for each marker. HRM genotyping proved to be more discriminating than STS markers and could enhance the precision of . genotype prediction. Although half-sib family selection is expected to lead to allele fixing, this initial analysis was encouraging in that it indicated high haplo

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Use of Molecular Marker Information in the Construction of Polycrosses to Enhance Yield in a , Breedd in 2008 and a progeny evaluation trial was sown in April 2009. The dry matter yield was measured in the growing season of 2010 and will be measured in 2011. Progenies from medium and wide polycrosses were on average significantly higher yielding than the progenies from the narrow polycrosses (yiel

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Breeding strategies for sustainable forage and turf grass improvement

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