Philippine Dairy Buffalo Breeding Program

Similar documents
Dr. Gatot Ciptadi. Fac. Of Animal Husbandry, UB. gatotciptadi.lecture.ub.ac.id. Dr.Gatot Ciptadi,Fac.Of Anim.

Placing: 1 st 2 nd 3 rd 4 th

Dr. Gatot Ciptadi. Fac. Of Animal Husbandry, UB. gatotciptadi.lecture.ub.ac.id.

DAIRY CATTLE CROSSBREEDING- POLICY AND RESPONSIBILITY

11/30/2018. Introduction to Genomic Selection OUTLINE. 1. What is different between pedigree based and genomic selection? 2.

Session 1. Presentation of the seven most relevant cases of on-field buffalo recording

The benefits of genotyping at farm level & the impact across the wider dairy herd in Ireland. Kevin Downing 27 th October, 2016

Challenges and Opportunities for Improvement in Dairy Production and Genetic Progress in Thailand ABSTRACT

NTM. Breeding for what truly matters. The NTM breeding goal is healthy, fertile, high producing cows the invisible cow. Elisabeth

Strategy for Applying Genome-Wide Selection in Dairy Cattle

Where can the greatest economic value of genomic testing be found?

UNIT 6 UNDERSTANDING THE PROCESS FOR PRODUCING, BREEDING, AND MARKETING AGRICULTURE ANIMALS

Herd Summary Definitions

TWENTY YEARS OF GENETIC PROGRESS IN AUSTRALIAN HOLSTEINS

Genetics 472. Heritability. Heritability estimates 12/7/2015. Round Two

Statistical Indicators

Status as of: 01 February 2008 DESCRIPTION OF BEEF NATIONAL GENETIC EVALUATION SYSTEM DATA COLLECTION

Current Reality of the Ayrshire Breed and the Opportunity of Technology for Future Growth

Implementation of dairy cattle breeding policy in Ethiopia some reflections on complementary strategies

What dairy farmers should know about genetic selection

Improving Genetics in the Suckler Herd by Noirin McHugh & Mark McGee

DAIRY CATTLE EVALUATION CAREER DEVELOPMENT EVENT

DAIRY ANIMAL PRODUCTIVITY ENHANCEMENT PROGRAM With HERDMAN

Farm Management Decisions in the Era of Genomics

Breeding Program of the Bulgarian Murrah Buffalo

Genetic evaluations for crossbred Holstein x bos indicus cattle in India

Genetics of dairy production

ODISHA BOVINE BREEDING POLICY

Genomic selection applies to synthetic breeds

DAIRY ANIMAL PRODUCTIVITY ENHANCEMENT PROGRAM With HERDMAN

Applications of Genomics Introduction of genomics selection procedures in existing genetic improvement programmes

A management tool for breeders

João Dürr Interbull Centre Director. Animal identification and traceability Interbull s s and Interbeef s perspectives

Dairy Cattle Development in China

Development of an Economic Breeding Index EBI for Ireland. Ross Evans (ICBF)

Genomic selection in cattle industry: achievements and impact

Genomic selection and its potential to change cattle breeding

Evidence of improved fertility arising from genetic selection: weightings and timescale required

Angus BREEDPLAN GETTING STARTED

CHOOSING A BREEDING BULL

Using Genomics to Improve the Genetic Potential and Management of Your Herd

Section 9- Guidelines for Dairy Cattle Genetic Evaluation

What could the pig sector learn from the cattle sector. Nordic breeding evaluation in dairy cattle

Use of data from electronic milking meters and perspective in use of other objective measures

Development of the Sunandini cattle breed in India

Statistical Indicators

THE CEFN IN HOUSE NUCLEUS PROGRAM. Rolf Sokolinski and Andrew Jones. CEFN PTY LTD, 54 King Street, Clifton, QLD 4361

LowInputBreeds & Genomic breeding

Cattle Improvement Project Fields: Agricultural/Rural development- Agricultural Development

Collecting Abattoir Carcase Information

User Guide

Issues and challenges in improving dairy genetics for smallholders. Badi Besbes, Animal Production and Health Division, FAO

ESTIMATION OF BREEDING VALUES OF SAHIWAL CATTLE USING TEST DAY MILK YIELDS

Livestock Statistics FY 2072/73 (2015/16) Background

IRISH CATTLE BREEDING FEDERATION

Replacement Rates in Sow Herds. Internal Multiplication: Breeding Strategies That Maximize Profit In Swine Production Systems

Replacement Rates in Sow Herds. Internal Multiplication: Breeding Strategies That Maximize Profit In Swine Production Systems

1.1 Present improvement of breeding values for milking speed

6 Breeding your cows and heifers

CALL FOR PROPOSALS Beef Cattle Genetic Enhancement Demonstration Project

Breeding for Profit from Beef Production ( )

Livestock Production Situation in Vietnam and Development Orientation

THIS REPORT CONTAINS ASSESSMENTS OF COMMODITY AND TRADE ISSUES MADE BY USDA STAFF AND NOT NECESSARILY STATEMENTS OF OFFICIAL U.S.

COW PRODUCTION MONTHLY REPORT

15. Breeding Program Design Principles

J. Dairy Sci. 100: /jds

Strategy for applying genome-wide selection in dairy cattle

GENOMICS AND YOUR DAIRY HERD

COLLECTING AND MANAGING DATA EFFECTIVELY: A CASE STUDY FROM THE COMISANA BREED. Istituto Sperimentale Zootecnico per la Sicilia Palermo, Italy 2

Crossbreeding trials with Fleckvieh. Dr. Carel Muller Western Cape Dept. of Agriculture, Institute for Animal Production, Elsenburg, South Africa

New Limousin Genomic Breeding Values (GEBVS) Delivering s value for commercial producers

Common Performance Recording Problems

Genomic Postcard from Dairy Cattle Breeding GUDP Project. Søren Borchersen, Head R&D VikingGenetics

2/22/2012. Impact of Genomics on Dairy Cattle Breeding. Basics of the DNA molecule. Genomic data revolutionize dairy cattle breeding

GENETIC CONSIDERATIONS FOR HEIFER FERTILITY DR. HEATHER J. HUSON ROBERT & ANNE EVERETT ENDOWED PROFESSORSHIP OF DAIRY CATTLE GENETICS

Economic Impact of Bull Choices... A.I. Or Otherwise

Internal Herd Growth Generating Profits through Management

Application of MAS in French dairy cattle. Guillaume F., Fritz S., Boichard D., Druet T.

Livestock straight-breeding system structures for the sustainable intensification of extensive grazing systems

15. Breeding Program Design Principles

Agricultural Science Past Exam Questions Animal Production Higher Level

Genetic improvement: a major component of increased dairy farm profitability

Big Data, Science and Cow Improvement: The Power of Information!

Optimization of dairy cattle breeding programs using genomic selection

Youngstock Survival in Nordic Cattle Genetic Evaluation

EPD Info 1/5. Guide to the American Gelbvieh Association Expected Progeny Differences (EPDs)

A PROFITABLE AND SUSTAINABLE IMPROVEMENT OF THE CATTLE PRODUCTION IN SMALL HOLDERS EGYPTIAN HERDS BY THE USE OF ADAPTED GENETIC MATERIAL

Successful business models for delivery of dairy genetics to smallholders

Use of genomic tests and sexed semen increase genetic level within herd

The transformation from Indo Swiss Project Kerala (ISPK) to Kerala Livestock Development Board Ltd.

WHETHER dealing with a commercial

Restructuring of milk quality, production and milk recording in Lithuania

CHARACTERIZATION OF HEREFORD AND TWO-BREED ROTATIONAL CROSSES OF HEREFORD W ANGUS AND SIMMENTAL CAllLE: CALF PRODUCTION THROUGH WEANING

Bos indicus and Bos taurus Crossbred Dairy Cattle in Australia. IV* Progeny Testing and Expected Rate of Genetic Improvement

Genetics to meet pastoral farming requirements in the 2020 s a dairy perspective. Phil Beatson, R&D Manager CRV Ambreed

Herd Improvement Roadshow Presented by: Greg Hamill

Tennessee Beef Cattle Improvement Initiative

New Zealand Simmental Selection Indexes

The development of breeding strategies for the large scale commercial dairy sector in Zimbabwe

Transcription:

Philippine Dairy Buffalo Breeding Program ESTER B FLORES Project Development Officer IV Philippine Carabao Center Workshop on Breeding for Milk Production in Tropical / Non- Temperate Environments Nov 5-6, 2014 Chang Mai Thailand

Philippine Carabao Center Science City of Munoz, Nueva Ecija National Headquarters & Genepool

Livestock Agencies in the Philippines Philippine Carabao Center Conserve, propagate and promote the carabao as a source of draft animal power, meat, milk, and hide to benefit the rural farmers Bureau of Animal Industry Enhance performance of livestock and poultry sector thru program implementation, prescription of regulatory standards and provision of technical services. National Dairy Authority Development of the Philippine dairy industry through policy direction and program implementation via enterprise dev t and herd build-up for dairy cattle

Livestock Agencies in the Philippines National Meat Inspection Services promulgate and implement policies, procedures, guidelines, rules and regulations governing post production flow of livestock and meat and meat products Bureau of Agricultural Research coordinates and funds agricultural research and development activities, develops partnerships with local and international research organizations, strengthens institutional capabilities, manages knowledge

LIVESTOCK INDUSTRY SITUATIONER ENHANCING PHILIPPINE LIVESTOCK SECTOR PERFORMANCE THROUGH IMPROVED RESEARCH AND DEVELOPMENT CAPABILITIES

Value of Production* Sub-Sector In Million Pesos Growth Rate 2012 2013 11-12 12-13 Crops 797,731.05 814,744.90-0.62 2.13 Livestock 214,318.36 233,221.02 0.94 8.82 Poultry 167,033.71 174,237.43 5.23 4.31 Fisheries 232,606.92 239,083.00 5.75 2.78 * At current price Source: Bureau of Agriculture Statistics, 2013

Source: Bureau of Agriculture Statistics, 2013

Livestock & Poultry: Value of Production by Commodity* 2013 Sub-sector In Million, Pesos Growth Rate 2012 2013 11-12 12-13 LIVESTOCK 214,318.36 233,221.02 0.94 8.82 Carabao 10,013.94 10,190.80-0.66 1.77 Cattle 21,547.66 22,496.36 0.40 4.40 Hog 174,507.48 191,920.77 1.12 9.98 Goat 7,689.33 8,020.92-0.27 4.31 Dairy 559.96 592.17 12.23 5.75 POULTRY 167,033.71 174,237.43 5.23 4.31 Chicken 123,695.14 129,701.72 4.54 4.86 Duck 2,587.83 2,664.71 5.50 2.97 Chicken Eggs 37,555.23 38,346.69 7.16 2.11 Duck Eggs 3,195.50 3,524.32 9.63 10.29 * At current price Source: Bureau of Agriculture Statistics, 2013

THE PHILIPPINE DAIRY SITUATIONER

Dairy, 2013 Volume of Production: 14.46 thousand metric tons 0.01 % of total livestock production Value of Production: 437.85 million pesos 0.04% of total agriculture 0.07 % of total livestock and poultry 41st rank in contribution to economy Total Inventory Dairy Cattle 21,067 heads Dairy Carabao 16,364 heads Dairy Goat 1,638 heads

Distribution of milk production by animal type Animal type / Source Animals on the milk line As of 2013 % change (13/12) Prod'n (LME* in '000 L) As of 2013 % change (13/12) Average farm gate price of milk Cattle = P19/kg Carabao = P45.50/kg Cattle 5,681 4.6 12,683.4 6.2 Cooperatives 2,054 (19.8) 4,999.3 (16.9) Govt. Owned- Institutional 353 57.6 553.2 20.8 Commercial / Private 1,223 9.4 2,878.0 (0.6) Dairy Multiplier Farms 2,051 34.1 4,253.0 65.2 Carabao 4,884 2.2 6,556.1 4.3 Cooperatives 886 2.7 1,850.2 9.4 Govt. Owned- Institutional 636 2.6 1,496.7 2.0 Commercial / Private 162 5.2 447.5 6.6 Goat Individual 3,200 1.8 2,771.8 1.9 1,372 120.2 276.8 8.4

Average milk prod n performance Large variation in milk prod n Swamp type Crossbred Riverine 1 to 2 kg/day/l 4 to 6 kg/day/l 6 to 8 kg/day/l 305D Lactation - <600 kg to >3,000 kg/l Peak yield - <5kg to 19.8kg % cows with failed lactation (FTM) 9.9% in 1997 to 2.6% in 2007 Average fat and protein percentage Protein 4.1%, Fat 7.5%

Govt. initiated breeding program for Philippine dairy buffaloes Purebred selection Performance testing Cryobanking/frozen semen storage AI program/bull loan program Village-based recording system Production of dairy crossbreds and continuous backcrossing CBED

Govt. initiated breeding program for Philippine dairy buffaloes Frozen semen Nucleus, riverine buffaloes Multipier farms/institutional herds Bull loan Dairy cooperatives/individual carabao farmers with riverine, crossbreds and swamp buffaloes

Breeding Program for purebred riverine buffaloes Waiting bulls Evaluation of Dam and Sires performance Ranking of Offspring Selection of Offspring Female Replacement Loan/sell Cull Male Candidate Bull for Semen Production Bull for natural mating Loan/sell Cull Breeding (Natural mating/ai) Production of Offspring Heifer calves for rearing Bull calves for rearing Cows from coops Evaluation of daughters performance Senior AI Bull

Animal recording system PCC Institutional herds 10 participating herds 2010- Village-based recording system National Impact Zone (NIZ). Dairy cooperatives Enrolled 11 coops 222 dairy farmer 532 dairy cows 2,409 milk samples

Data being collected Basic Information Animal Identification Sire and Dam Date of Birth Sex Calving events Calving dates, Calf Sex, Abortion/Stillbirth

Data being collected Breeding and Reproduction Record Mating Dates (AI/Natural) Actual Sire Used Estrus Date/Sign of Estrus Reproductive examination (PD) Milk test day records Milk Yield (AM and PM) Milk Components (Fat%, Prot%, SCC) Daily milk yield

Genetic evaluation for dairy buffaloes Multi-trait random regression test day model for milk, fat and protein yield Higher estimates of heritability Account for systematic environmental effects on the actual day of recording Allow individual cows lactation curve to deviate from the average Can also be used to select for lactation persistency

Genetic correlations and heritabilities for milk yield and milk component traits at different days in milk estimated by multi-trait random regression model from first parity test day records of Philippine dairy buffaloes DIM Milk, Fat and Protein Yield h 2 MY h 2 FY h 2 PY r G(my-fy) r G(my-py) r G(fy-py) 30 0.21 0.14 0.19 0.85 0.97 0.83 60 0.34 0.27 0.26 0.85 0.98 0.86 90 0.34 0.26 0.28 0.87 0.98 0.72 120 0.37 0.23 0.28 0.88 0.98 0.88 150 0.33 0.20 0.26 0.90 0.98 0.89 180 0.30 0.17 0.24 0.91 0.97 0.90 210 0.25 0.14 0.21 0.91 0.96 0.91 240 0.23 0.13 0.19 0.90 0.94 0.91 270 0.23 0.13 0.20 0.86 0.91 0.90 300 0.22 0.13 0.19 0.81 0.88 0.87

Average EBVs of cows plotted per birth year The genetic base was set as the average EBVs of cows born in year 2000. N = 1,644 buffaloes, Cows = 1,401 Sires = 133

Estimated breeding values (EBVs) of top bulls based on progeny performance from various institutional herds Herd ID Number # of daughters Accuracy Total Milk yield merit index EBV305 Rank Rank LSU 2LSC02001 12 0.71 724.7 1 1 NGP 2GP01102 15 0.75 568.5 2 2 NGP 2GP02071 4 0.50 548.2 3 3 NGP 2GP03017 15 0.75 482.0 4 5 NGP 2GP03020 6 0.58 473.8 5 4 NGP 2GP04016 8 0.63 412.1 6 6 CMU 2CM93602 31 0.85 397.7 7 8 NGP 2GP03026 36 0.87 384.0 8 7 NGP 2GP01070 10 0.68 383.0 9 9 NGP 2GP99107 10 0.68 377.3 10 10

Enhancing mechanisms Frozen semen production 2 semen production labs CASA 51 active bulls (swamp and riverine) 400,000 semen straws in 2014 Frozen semen storage/ Cryobank Senior bulls Waiting bulls

Enhancing mechanisms Artificial Insemination Program Creation of a critical mass of Village-based AI Technician Enhancement of training facilities Bull Loan Program Riverine bulls for use in crossbreeding

- Pay the farmer for the milk Animal Recording System for AI Farmer - Pay breeding service fee -Fill up BSR & IAR -Give copy of breeding service report AI Technician - AI Service (Bull Assignment) - Tag cal ID # data data COOP - Keep calving report form Individual Animal Record - Get supply of LN2 and distribution frozen semen dat a LGU data UNAIP data NIZ/ PCC at CLSU Operations Unit/GIP Unit

Animal Recording System for BULL LOAN Farmer - Pay breeding service fee -Fill up BSR & IAR -Give copy of breeding service report Bull Handler data data COOP - Submit farmer s copy to recorder Individual Animal Record data LGU data PCC-NIZ - Encode BSR, calving, animal health, milk test day Operations Unit/GIP Unit

Village-Based Recording System: Implementation Plan Establishment of pedigree records of cows and calves born in cooperatives Monthly milk testing and recording Establishment of pedigree and performance database for analysis and report generation.

Village-Based Recording System: Milk Testing and Recording Materials milk bucket/milk pail milk sampling bottle ice chest/styro box Weighing scale CMT paddle Person Working Milk Supervisor (PCC) Milk Recorder (PCC) Extentionist Milk Collecting Center Field forms Individual Animal Record Logbooks/Notebooks AI/BL Receipt Calving Report Form Daily/monthly milk form

Results generated from animal recording Reports given within a month after each test day Individual cow test day information Result of CMT Lactation to date, 305D lactation, total lactation. Annual reports Listing of top ranked cows by lactation yield, fat yield, protein yield and somatic cell count and peak yield. Listing of top ranked cows with best reproductive performance in terms of calving interval and services per conception. Listing of top ranked cooperatives by average lactation yield, protein yield, fat yield and somatic cell count. Recommendations based on analysis of reports/performance.

Purebred selection on swamp buffaloes Growth and meat quality Purebred selection on dairy buffaloes Milk, fat and protein yield Female swamp buffalo x Riverine bull Male CB50 sold for meat/draft CB 50 Female CB50 Backcrossed to Riverine bull Male CB75 sold for meat/draft CB 75 Female CB75 Backcrossed to Riverine bull Male CB75 sold for meat/draft CB 87.5 Female CB87.5 Backcrossed to Riverine bull Male and female CB93 with production records are enrolled in the Philippine Dairy Buffalo registry as base parents CB 93 Backcrossing program to increase the population of Philippine dairy buffaloes Male and Female CB93 could be enrolled in the Philippine Dairy Buffalo Registry

Parity Year calved Milk yield, kg Fat yield, kg Protein yield, kg First parity 2011 2,730.0 192.5 108.3 Second parity 2012 2,913.6 193.1 116.2 Third parity 2013 2,621.6 181.8 109.4

Calving dates Milk yield (li) DIM Average/day September 28, 2003 1,817.30 304 5.98 December 03, 2004 2,127.75 280 7.60 December 27, 2005 2,410.05 279 8.64 March 24, 2007 2,485.05 289 8.60

SALAMAT PO! Thank you!