Optimum family size for progeny testing in populations with different strains

@article{Ashtiani1993OptimumFS,
  title={Optimum family size for progeny testing in populations with different strains},
  author={SR Miraei Ashtiani and J. James},
  journal={Genetics, Selection, Evolution : GSE},
  year={1993},
  volume={25},
  pages={339 - 352}
}
The design of progeny tests to identify the best 1 or 2 sires tested is considered for populations consisting of a large number of genetically different strains, such as the Australian Merino. A fixed number of studs enter sires in the test, for which a fixed number of progeny in total are recorded. Evaluation is by best linear unbiased prediction (BLUP) with strain effects being taken as random. When there is little variation between strains the results are similar to the well-known results of… CONTINUE READING
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References

Publications referenced by this paper.
Showing 1-10 of 11 references

Optimum group size in progeny testing and family selection

  • A Robertson
  • Biometrics
  • 1957
Highly Influential
7 Excerpts

Data processing and linkages within and between sire evaluation schemes. In: Merino Sire Evaluation in Australia (Brien FD

  • K Atkins
  • 1992
3 Excerpts

Efficient use of link rams in Merino sire reference schemes

  • Miraei Ashtiani, JW James
  • Proc Aust Assoc Anim Breed Genet
  • 1991
1 Excerpt

Genetic evaluation of production traits between and within flocks of Merino Sheep. 1. Hogget fleece weight, body weight and wool quality

  • SI Mortimer, K Atkins
  • Aust J Agric Res
  • 1989
2 Excerpts

Progeny group size in an organised progeny test program of AI beef bulls using reference sires

  • H Song, JW Wilton
  • Can J Anim Sci
  • 1983
3 Excerpts

Optimum family size in progeny testing when prior information is available

  • JW James
  • Z Tierz Zuchtungsbiol
  • 1979
1 Excerpt

Order statistics for a

  • JO Rawlings
  • 1976
3 Excerpts

Order statistics for a special class of unequally correlated multinormal variates

  • JO Rawlings
  • Biometrics
  • 1976
2 Excerpts

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