Effect of mating strategies on genetic and economic outcomes in a Montbéliarde dairy herd

Similar documents
Introduction: Definition of Palatability

Effect of Rumensin on Health and Reproduction of Lactating Dairy Cows

BVD = Bovine Viral Diarrhea

fact sheet Stage 1: Puppy breeding & raising Puppy Breeding

ESTIMATION OF (CO) VARIANCE COMPONENTS OF EWE PRODUCTIVITY TRAITS IN KERMANI SHEEP

Prevalence of Cattle Diseases and Productive and Reproductive Traitsof Cattle in Ilu Aba Bora Zone, South Western Ethiopia

Marketing of Exotic Chicken Products and Constraints under Small Scale Intensive Urban Poultry Production in Addis Ababa

ESTIMATION OF BREEDING VALUES AND THEIR ACCURACIES USING MULTIVARIATES ANIMAL MODEL ANALYSIS FOR GROWTH TRAITS IN THREE LOCAL STRAINS OF CHICKENS

Comparative Study on Some Productive Traits of Muscovy and Sudani Ducks in Egypt

The following Supplemental Tables represent the data upon which Figures 3 and 4, respectively, are based.

A Few Economic and Management Considerations for Dairy Heifers

KNOWLEDGE, ATTITUDES AND PRACTICES ABOUT ANTIBIOTIC USE AMONG THE GENERAL PUBLIC IN MALAYSIA

Effect of Rearing Program, Body Conformation and Protein Level of Breeder Feed on Broiler Breeder Hen Reproductive Performance

Increasing survival of wild macaw chicks using foster parents

Comparative Studies on the Prevalence of Ixodid Ticks on Some Selected Sedentary Farms and Trade Cattle in Adamawa State, Nigeria

The High Plains Dairy Conference does not support one product over another and any mention herein is meant as an example, not an endorsement

Feasibility of Miscanthus as alternative bedding for dairy cows

Towards a better understanding of the respective effects of milk yield and body condition dynamics on reproduction in Holstein dairy cows

A Study on Morbidity Management among Lymphatic Filariasis Patients in Udupi district, Karnataka, India

Research with Finnsheep

Differences in peripartal plasma parameters related to calcium homeostasis of dairy sheep and goats in comparison with cows

Luciana G. Brito, 1 Fábio S. Barbieri, 1 Rodrigo B. Rocha, 1 MárciaC.S.Oliveira, 2 and Elisana Sales Ribeiro Introduction

Verticillium wilt in a cotton variety test at the Judd Hill Cooperative Research Station in 2017

Costs of endemic infectious diseases and preventive measures for such diseases in pigs and cattle

Estimating the Cost of Disease in The Vital 90 TM Days

Cause-specific temporal and spatial trends in green sea turtle strandings in the Hawaiian Archipelago ( )

Requirement. 4-H Book Selected. required. Date (NOT required Judging. Training. Please read Animal Science Projects: 4-H Project Book Checked and

Survey of Veterinarians and Producers on Johne s Disease in Iowa Cattle

Prevalence of Bovine Leukemia Virus in Young, Purebred Beef Bulls for Sale in Kansas

Crossbreeding for the Commercial Beef Producer

Genomics, A New Era. Eric Olstad Dairy Production Specialist Zoetis

Genetics, a tool to prevent mastitis in dairy cows

Objectives. ERTs for the New Beef Industry. Ancient History. The EPD we produce entirely depends on the tools we have to use them.

GROWTH PERFORMANCE, CARCASS TRAITS AND ECONOMIC VALUES OF PEKIN, MUSCOVY, AND MULARD DUCKS

Dragon genetics, pt. II: Monohybrid crosses

Comparisons of antifeedancy and spatial repellency of three natural product repellents agains horn flies

Beef Calving Statistics (01/07/ /06/2016)

Reproductive Performance and Farmer s Traits of Interest and Selection Criterion Studies of Wollo Highland Sheep and Their F Crossbreed Progenies

Montbeliarde. Catalog. The. Breed

TECHNICAL SUMMARY October 2013

The Use of Dried Tomato Pulp in Diets of Laying Hens

Evaluation of intervention strategies for subclinical and clinical mastitis

Luteolysis and pregnancy outcomes after change in dose delivery of prostaglandin F2α in a 5-day timed artificial insemination program in dairy cows

Geothermal Rates Survey Results

Section 2: KPI Results for the year ending 31/08/2017

DeLaval Cell Counter ICC User Strategies Guide

High Frequency of Antimicrobial Resistance in Human Fecal Flora

GENETIC SELECTION FOR MILK QUALITY WHERE ARE WE? David Erf Dairy Technical Services Geneticist Zoetis

Strategies to reduce heat stress in sheep housing

Do stallions recognize the estrous state by smelling the odor of mares?

The Heifer Facility Puzzle: The New Puzzle Pieces

PLASMA CORTISOL LEVEL AND MAIN METABOLISM EVOLUTION IN PREGNANT EWE

Evaluation of the Growth Potential of Local Chickens in Malawi

Use of Cattle Movement Data and Epidemiological Modeling to Improve Bovine Tuberculosis Risk-based Surveillance

IMPACT OF OIL-SANDS BASED WETLANDS ON THE GROWTH OF MALLARD (ANAS PLATYRHYNCHOS) DUCKLINGS

Genetic parameters for pathogen specific clinical mastitis in Norwegian Red cows

Managing Reproduction in the Cowherd

New French genetic evaluations of fertility and productive life of beef cows

Diseases of Concern: BVD and Trichomoniasis. Robert Mortimer, DVM Russell Daly, DVM Colorado State University South Dakota State University

Heat Detection in the Dairy Herd

INCUBATION BEHAVIOR AND BODY MASS OF FEMALE GREATER SNOW GEESE

مؤتمر الجمعية العربية لتربية النحل األول 6-5 فبراير 2018 م مركز أبوظبي الوطني للمعارض - دوله اإلمارات العربية المتحدة

Reproductive Management Considerations for Herd Expansion CLIFF LAMB

Suckler cow management. Dai Grove-White.

Metabolizable Energy Requirements for Broiler Breeder in Different Environmental Temperatures

Traditional Poultry Supply and Marketing in the City of N Djamena in Chad

1 of 9 7/1/10 2:08 PM

Considerations Related to Heifer Management. Heifer Management CONTROL OF ESTRUS IN HEIFERS

Robert H. Six 1*, William R. Everett 2, Melanie R. Myers 1 and Sean P. Mahabir 1

Appropriateness of antimicrobial therapy: a multicentre prevalence survey in the Netherlands,

Boosting the Calf Crop Percentage in Your Beef Herd

Immune Responses and Efficacy After Administration of a Commercial Brucella abortus Strain RB51 Vaccine to Cattle*

Efficacy of noviflumuron gel bait for control of the German cockroach, Blattella germanica (Dictyoptera: Blattellidae) laboratory studies

Seasonal differences in endocrine and ovarian patterns of Bos taurus indicus (Nelore) heifers estrous cycles

Analysis of genetic improvement objectives for sheep in Cyprus

South West Fertility Field Day. May 2015

J. Dairy Sci. 94 : doi: /jds American Dairy Science Association, 2011.

ESTRUS SYNCHRONIZATION AND CALVING EASE AMONG FIRST CALF HEIFERS. D.G. Landblom and J.L. Nelson

Water Requirements of Livestock

Improving Performance, Meat Quality and Muscle Fiber Microstructure of Native Indonesian Muscovy Duck Through Feed Protein and Metabolizable Energy

Importance of docility

Concurrent infection and seasonal distribution of gastrointestinal parasites in cross-bred cattle of Sirajganj district in Bangladesh

CONTENTS. FACT SHEET 1: BVD Monitoring & Vaccination in Suckler Herds. FACT SHEET 2: BVD Monitoring & Vaccination - Selling Bulling Heifers

A retrospective study of the causes of morbidity and mortality in farmed elk (Cervus elaphus) Murray R. Woodbury, John Berezowski, Jerry Haigh

MONTBELIARDE & NORMANDE

Useful Contacts. Archie Ballantyne Monitor Farmer

Last 2-3 months of lactation

EFFECTS OF ADDED FAT, DEGRADABLE INTAKE PROTEIN, AND RUMINALLY-PROTECTED CHOLINE IN DIETS OF FINISHING STEERS

Bovine Viral Diarrhea (BVD)

RELATIONSHIPS AMONG WEIGHTS AND CALVING PERFORMANCE OF HEIFERS IN A HERD OF UNSELECTED CATTLE

Colorado Agriscience Curriculum

Genetic and Genomic Evaluation of Claw Health Traits in Spanish Dairy Cattle N. Charfeddine 1, I. Yánez 2 & M. A. Pérez-Cabal 2

NATURAL BVD VACCINATION THE WAY TO GO?

ADVANCED FERTILITY DAY MARTIN BEAUMONT, SHORN HILL FARM

Factors associated with West Nile virus disease fatalities in horses. (Traduit par Docteur André Blouin) Can Vet J 2007;48:

BIOSECURITY ON DAIRIES... ARE WE DOING ENOUGH?

, Pamela L. Ruegg

Influence of 2-hydroxy-4-(Methylthio)butanoic Acid on Early Egg and Chick Weights of Broiler Breeders

A Field Study on Efficacy of Albendazole (Albezol ) Against Gastro-intestinal Nematodes in Ruminants

LUNGWORMS IN WHITE-TAILED DEER OF THE SOUTHEASTERN UNITED STATES*

Transcription:

Umotest Umotest Effect of mting strtegies on genetic nd economic outcomes in Montbélirde diry herd MARIE BERODIER M. BROCHARD, C. DEZET TER, N. BAREILLE, V. DUCROCQ Study funded by MO3

The Montbélirde breed in Frnce Number of lcttions In 2017 Dul purpose breed 2 nd diry breed in Frnce 17.7 % of French diry cttle 388 124 lcttions recorded https://www.montbelirde.org/loclistion-ntionle-fr.html Umotest 2

2009: X- Sexed semen Umotest within herd selection intensity 3

2009: X- Sexed semen Umotest Umotest 2011: Commercil femle genotyping within herd selection intensity within herd selection ccurcy 3

2009: X- Sexed semen Umotest Umotest 2011: Commercil femle genotyping within herd selection intensity within herd selection ccurcy within herd genetic gin 3

2009: X- Sexed semen Umotest Umotest 2011: Commercil femle genotyping within herd selection intensity within herd selection ccurcy within herd genetic gin 3

2009: X- Sexed semen Umotest Umotest 2011: Commercil femle genotyping Wht is the impct of lterntive replcement nd genotyping strtegies on genetics nd economics t herd level? 4

Simultion study - Method 77-cows Montbélirde herd ECOMAST simultion progrm 5

Simultion study - Method 77-cows Montbélirde herd ECOMAST simultion progrm Dily milk production Gesttion sttus Mstitis sttus Umotest Helth sttus Culling probbility 5

Simultion study - Method 77-cows Montbélirde herd ECOMAST simultion progrm Dily milk production Gesttion sttus Mstitis sttus Umotest Helth sttus Culling probbility Psture bsed frming system with reltively high milk price 5

Simultion study - Method 77-cows Montbélirde herd ECOMAST simultion progrm Dily milk production Gesttion sttus Mstitis sttus Umotest Helth sttus Culling probbility Psture bsed frming system with reltively high milk price Femles genotyped when 15-dy old (40 ll included) Umotest 5

Simultion study - Method 15 yers of simultion 5 initiliztion yers: no genotyping, no sexed nor beef breed semen 10 yers of different strtegies -5-4 0 1 5 10 Yer 6

Simultion study - Method 15 yers of simultion 5 initiliztion yers: no genotyping, no sexed nor beef breed semen 10 yers of different strtegies -5-4 0 1 5 10 Yer Strtegies: Heifers genotyping 0 % 100 % Use of sexed semen Yes No Use of beef breed semen Yes No 6

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 No Genotyping 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 7

Breeding objective (SD units) Simultion study - Results 2,0 1,5 1,0 0,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 b ce cd No Genotyping ef d Brs with different superscripts differ significntly (Tukey test) p-vlue < 0,05 g bf 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 7

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 Genotyping 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 7

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 Conventionl semen only + Genotype 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 8

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 Sexed semen nd Crossbreeding + Genotype 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 8

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 Sexed semen nd no crossbreeding + Genotype 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 8

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 Conventionl semen nd Crossbreeding + Genotype 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 8

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr Sexed semen genetic gin (+ 0.18 σ) 9

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr Femle genotyping genetic gin (+ 0.07 σ) 10

Breeding objective (SD units) Simultion study - Results 2,0 1,5 Vrition in ΔG of breeding objective from yer 0 to yer 10 ce cd d b ef g bf 1,0 0,5 0,0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr Use of sexed semen nd femle genotyping genetic gin 11

Totl products per cow ( ) Simultion study - Results 600 500 Vrition in totl products from yer 0 to yer 10 c c 400 300 b b b b 200 100 0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 12

Totl products per cow ( ) Simultion study - Results 600 500 Vrition in totl products from yer 0 to yer 10 c c 400 300 b b b b 200 100 0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr 12

Totl products per cow ( ) Simultion study - Results 600 500 Vrition in totl products from yer 0 to yer 10 c c 400 300 b b b b 200 100 0 P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr Vrition in totl product is linked to nimls sles 12

Totl expenses per cow ( ) Simultion study - Results 210 160 110 Vrition in totl expenses from yer 0 to yer 10 b e 60 10 d d -40 c P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr Rising nd reproduction costs incresed lot 13

Totl expenses per cow ( ) Simultion study - Results 210 160 110 Vrition in totl expenses from yer 0 to yer 10 b e 60 10 d d -40 c P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr Rising nd reproduction costs incresed lot 13

Net mrgin per cow ( ) Simultion study - Results 400 350 300 250 200 150 100 50 0 Vrition in net mrgin from yer 0 to yer 10 c cd cd bd b b P P P P G G G G NSex-NCr Sex-Cr Sex-NCr NSex-Cr NSex-NCr Sex-Cr Sex-NCr NSex-Cr Alwys gin in net mrgin 14

Tke home messges Use of sexed semen nd femle genotyping genetic gin 15

Tke home messges Use of sexed semen nd femle genotyping genetic gin Benefits of sexed semen only strtegy depend on the mrket 15

Tke home messges Use of sexed semen nd femle genotyping genetic gin Benefits of sexed semen only strtegy depend on the mrket Long term sustinble strtegy: G sexed crossbreeding : increses genetic gin, mintins the increse in net mrgin is less sensitive to fluctutions of mrket conditions 15

Tke home messges Use of sexed semen nd femle genotyping genetic gin Benefits of sexed semen only strtegy depend on the mrket Long term sustinble strtegy: G sexed crossbreeding : increses genetic gin, mintins the increse in net mrgin is less sensitive to fluctutions of mrket conditions Dely of severl yers before observing return on investments 15

Tke home messges Use of sexed semen nd femle genotyping genetic gin Benefits of sexed semen only strtegy depend on the mrket Long term sustinble strtegy: G sexed crossbreeding : increses genetic gin, mintins the increse in net mrgin is less sensitive to fluctutions of mrket conditions Dely of severl yers before observing return on investments Interest of combining genotyping with use of sexed semen 15