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Selection for weaning weight in Merino sheep. 2. Correlated responses in other production characters

WA Pattie
5(19) pp.361 - 368


17 articles found in Crossref database.

Food intake, growth and body composition in Australian Merino sheep selected for high and low weaning weight. 1. Food intake, food efficiency and growth
Thompson J. M., Parks J. R., Perry Diana
Animal Science. 1985 40(1). p.55
Correlated responses in lamb mortality due to long term selection for cannon bone length and fleece medullation in sheep
Cue R. I.
Animal Science. 1983 37(2). p.293
Genetic control of liability to infection with Nematospiroides dubius in mice: direct and correlated responses to selection of mice for faecal parasite egg count
Brindley P. J., Dobson C.
Parasitology. 1983 87(1). p.113
Genetic analysis of milk production and composition in crossbred ewes from different maternal genotypes
Afolayan R. A., Fogarty N. M., Morgan J. E., Gaunt G. M., Cummins L. J., Gilmour A. R., Nielsen S.
Animal Production Science. 2009 49(1). p.24
Environmental and genetic factors influencing milk production and lamb output of chios sheep
Mavrogenis A.P
Livestock Production Science. 1982 8(6). p.519
Hill country sheep production
Hight G. K., Jury K. E.
New Zealand Journal of Agricultural Research. 1971 14(3). p.669
Genetic Control of Ewe Body Weight in Selection for Higher Wool and Lamb Output
Cunningham E. P., Gjedrem T.
Acta Agriculturae Scandinavica. 1970 20(3). p.194
Food intake, growth and body composition in Australian Merino sheep selected for high and low weaning weight. 2. Chemical and dissectible body composition
Thompson J. M., Butterfield R. M., Perry Diana
Animal Science. 1985 40(1). p.71
Litter size, ovulation rate and prenatal survival in relation to ewe body weight: genetics review
Michels H, Decuypere E, Onagbesan O
Small Ruminant Research. 2000 38(3). p.199
Food intake, growth and body composition in Australian Merino sheep selected for high and low weaning weight 4. Partitioning of dissected and chemical fat in the body
Thompson J. M., Butterfield R. M., Perry Diana
Animal Science. 1987 45(1). p.49
Milk yield and milk composition from grazing primiparous non-dairy crossbred ewes
Morgan J. E., Fogarty N. M., Nielsen S., Gilmour A. R.
Australian Journal of Agricultural Research. 2006 57(4). p.377
Relationships between pre-weaning growth, post-weaning growth and mature body size in Chios sheep
Mavrogenis A. P., Constantinou A.
Animal Science. 1990 50(2). p.271
Single trait selection for yearling fleece weight or liveweight in Romney sheep—correlated responses in liveweight, fleece traits, and ewe reproduction
Morris C. A., Johnson D. L., Sumner R. M. W., Hight G. K., Dobbie J. L., Jones K. R., Wrigglesworth A. L., Hickey S. M.
New Zealand Journal of Agricultural Research. 1996 39(1). p.95
The direct and maternal components of the response to divergent selection for yearling growth rate in angus cattle
Herd R. M.
Animal Science. 1990 51(3). p.505
Reproduction in Domestic Animals (1991)
BRADFORD G.E., SPEAROW J.L., HANRAHAN J.P.
Preliminary genetic correlations of milk production and milk composition with reproduction, growth, wool traits and worm resistance in crossbred ewes
Afolayan R.A., Fogarty N.M., Morgan J.E., Gaunt G.M., Cummins L.J., Gilmour A.R.
Small Ruminant Research. 2009 82(1). p.27
Increasing Small Ruminant Productivity in Semi-arid Areas (1988)
Bradford G. E., Berger Y. M.

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