Hertability éstimatés of somé écünomicaliy important taits Heritability Dairy Cattle Heritability Beef Cattle Calvina interal Birth weight Weaning weight Cow maternal ability 1n0% Milk weiaht 300% Fat weight Fat test 40% 30% 30% 50% 40% SNF test 40% Protem lest 40%0 Feediol yaii Pasture gain Efficiency of gain Final feedlot weiaht Conformation score: 10% 25% つ50% 30% Longevity Mastitis susceptibility 40% Body tyne Weight 35% 25% 40% 50% 5% Size Weaning Slaughter Services/conception Miking qualily Birth weight Carcass li đils: 25% 45% Carcass grade Rib-eye area 30% 40% Tendernecs Cancer eye susceptibility 30% Heritability Heritability Sheep i wiing Birth weight Weaning weight Yearlina weight Number of functional nipples 24% Number of nipples Neck folds Swine Lillér Sizé ai ldiTüWiliy Live pigs farrowed Birth weight I itter size at weaning 13% 14% 30% 15% 27% 14% 170% Weaning weight of litter 21-day weight 56-day weight 18% 24% 24% 39% 15% 15% Bouy Toius Type of score at weaning Staple length at weaning Loin eve area 154-day weiynl 180-day weight Gain traits: 10% 20% 35% Rirth to weanina. 140% Birth to 200 Ibs. 21% Yearling body score Yearling wool traits: Staple length Clean weight Grease weight Face covering 12% Weaning to 200 lbs. Weaning to 300 lbs. Lconomy oi yain 30% 43% 36% J8% 20%0 60% Length Belly thickness Rackfat thickness 28% 56% 60% 48% Loin eye area Chilled carcass traits: Ham 58% Shoulder Lean Cuts 34% Fat cuts 60% Market score at slauahter 330% EBV = h? ( X-X) EPD = EBV/2
Hertability éstimatés of somé écünomicaliy important taits Heritability Dairy Cattle Heritability Beef Cattle Calvina interal Birth weight Weaning weight Cow maternal ability 1n0% Milk weiaht 300% Fat weight Fat test 40% 30% 30% 50% 40% SNF test 40% Protem lest 40%0 Feediol yaii Pasture gain Efficiency of gain Final feedlot weiaht Conformation score: 10% 25% つ50% 30% Longevity Mastitis susceptibility 40% Body tyne Weight 35% 25% 40% 50% 5% Size Weaning Slaughter Services/conception Miking qualily Birth weight Carcass li đils: 25% 45% Carcass grade Rib-eye area 30% 40% Tendernecs Cancer eye susceptibility 30% Heritability Heritability Sheep i wiing Birth weight Weaning weight Yearlina weight Number of functional nipples 24% Number of nipples Neck folds Swine Lillér Sizé ai ldiTüWiliy Live pigs farrowed Birth weight I itter size at weaning 13% 14% 30% 15% 27% 14% 170% Weaning weight of litter 21-day weight 56-day weight 18% 24% 24% 39% 15% 15% Bouy Toius Type of score at weaning Staple length at weaning Loin eve area 154-day weiynl 180-day weight Gain traits: 10% 20% 35% Rirth to weanina. 140% Birth to 200 Ibs. 21% Yearling body score Yearling wool traits: Staple length Clean weight Grease weight Face covering 12% Weaning to 200 lbs. Weaning to 300 lbs. Lconomy oi yain 30% 43% 36% J8% 20%0 60% Length Belly thickness Rackfat thickness 28% 56% 60% 48% Loin eye area Chilled carcass traits: Ham 58% Shoulder Lean Cuts 34% Fat cuts 60% Market score at slauahter 330% EBV = h? ( X-X) EPD = EBV/2
Nutrition Through The Life Cycle
7th Edition
ISBN:9781337919333
Author:Brown, Judith E.
Publisher:Brown, Judith E.
Chapter14: Adolescent Nutrition
Section: Chapter Questions
Problem 7RQ
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*You are looking at the heritability of litter size at weaning in pigs (17%)
*The herd average for this trait is 10 piglets per litter at weaning
*When looking at an individual Sow, she has 12 piglets per litter at weaning
Calculate the following:
-What is the Estimated Breeding Value of the Sow
-Determine the Sows Expected Progeny Difference
***Make sure to enter your answers using numbers & use decimals when necessary***
The EBV of the sow is ______________________more pigs per litter then the herd average.
Therefore, the sows progeny can be expected to have ______________more pigs per litter then the herd average.
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