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Introduction
• Cattle genetic improvement through crossbreeding using AI technology had been going on in Ethiopia for well over the last four decades.
• To organize and coordinate the overall AI activity National Artificial Insemination Center (NAIC) was established in 1981 with the objective of improving the milk productivity of the local cattle breeds,,.
• The achievement made in the AI field service since 1984 had shown progress for the last 25 years.
• The NAIC since 1991 E.C had produced 2,285,310• and distributed 1,745,881 dozes of semen that enables 648606
total inseminations and 264377 birth of grade calves born only from AI application.
• It is estimated that nearly 25% of milk supply to the major towns is from the graded crossbreed population (MOA).
• The number of dozes of semen produced and distributed as well as the number of insemination at field level had steadily increased between 1998 to 2011 in the last decade,
Objectives of the center
• The over all objective of the center is to improve the milk productivity of local cattle breeds through A.I by production & distribution of quality semen from genetically improved bull.
Artificial Insemination• A.I is the only practically applicable means to obtain maximum
genetic gain.
• It provides economic alternatives to a natural service with out danger of maintaining of breeding bulls.
• It minimize danger of reproductive disease .Efficient AI service requires • Commitment & highly skilled techniques.• Organized logistics, implementation & Technical know how.• Supportive and organized administration ,
• Active participation of stakeholders, (NGO’s research & Extension/development, dairy cooperatives organization & inseminators .
The role of NAIC and Regional-Bureau's (Responsibility & accountability )
• In Ethiopia Presently, A.I had been launched in most regional states Oromiya, Amhara,SNNP,Tigray being the major regions,
• Also Harari, Addis Ababa & Dire Dawa administrative council provide AI service in almost all Woredas/Kebeles. There is some efforts to start AI in Benshangul, Gambella, Somali & Afar.
With the change in the policy of the government, the role of NAIC had some what changed in the last decade.
• As a result, the NAIC has been mainly engaged in production, distribution of semen and liquid nitrogen.
• Importation of semen and bulls, bull management, • AI technician's trainers training , organizing workshops , training AI
technicians for the newly emerging regional estates.
The regional bureaus had taken the major role of extension of AI services,
• Providing AI technician training, distribution of stored semen and regionally produced liquid nitrogen, jointly with NAIC,& the monitoring, evaluation and reporting of AI service program.
Achievements
The major achievements with the new policy are:-
• Total inseminations had reached 102786 / yr and contributed to more than 32888 birth of grade calves/year in 2001E.C.
• NAIC had trained a more than 800 AI technicians, 34 Trainers training & 28 regional livestock experts on nucleus herd management. And provides In - service training for AIT
• Similarly, Nearly more than 500 technicians had been trained in Oromiya, Amhara, Southern nations and nationalities states over the last 8 years period only.
• The area coverage that receives the filed AI service had reached 50% of the total wereda’s available in the Country but, with its own limitation.
Achievements of AI field service 1991-2002)
Year No. of insemination
No. of pregnancy
Calves born
1991 33647 12929 10502
1992 33531 11976 9933
1993 40603 16410 13780
1994 42460 16280 12645
1995 43539 18141 17416
1996 46876 19532 18750
1997 50213 20752 20085
1998 53550 22315 21420
1999 72620 24207 23239
2000 87140 29047 27885
2001 102756 34252 32882
2003 115085 27005 48259
Total 606935 225841 208537
Total semen Produced & distributed (1997-2002)
0
100000
200000
300000
400000
500000
600000
1996 1998 2000 2002
produced
distributed
Semen & LN production & distribution 1991-2003)Year Semen L.Nitrogen
Production(doses)
Distribution (doses)
Production/l Distribution/l
1991 119494 50031 41399 35472
1992 53224 65982 43578 37271
1993 73176 73392 42429 37546
1994 165728 80884 46992 42054
1995 143096 96465 39078 34034
1996 134158 134817 13412 15635
1997 7568 155078 4987 12290
1998 133720 150187 40644 25194
1999 145239 139256 31389 23563
2000 174280 165452 39485 29167
2001 250964 200895 43230 28022
2002 350492 154197 33112 22835
2003 534171 279245 53057 37490
Total 2285310 1745881 472792 380573
Distributed semen in 1999 Eth c to the customers Distributed dose of Semen in 2002/2003 E.c for the customers
Bull ID Orom
ia
Am
hara
SN
NS
Tig
ray
Ad
dis
Harari
Afa
r
Som
ali
Dred
aw
Res.
In
st
Priv
ate
HB
dF
Tota
l
G.Total 81218 39282 99703 38810 5200 5119 285 550 2030 1909 4697 422 279245
1. Inefficiency attributable to semen & LN production & distribution (NAIC ) level
• Quality of the genetic material due to lack of proper recording & verification system (progeny testing) in bull selection for semen
production.• Variability of AI fee Clients are served differently, some clients get
semen free of charge while others are charged for supplied semen to them.
• Lack of control and standardization of the regional technicians training programmers.
• Lack of clear share of responsibilities & accountability in areas of field artificial breeding extension service at a national stake holder's level.
• Lack of communication Reporting & Feed back system with stake holders.– activities related to semen production + trainers and technicians training
+ field AI extension service + the growing demand in product and service quality in relation to the growing users number, area coverage and technicians number as well as type etc.
2. limitation attributable to regional and Woreda stake holders level :-
• Irregularity of input supplies:- Semen, liquid nitrogen, sheath, glove , etc
• Critical Shortage Of Transportation facility:-The nature of AI Services needs mobility .
• Lack of proper utilization & maintenance facility for motor bicycles. LN plants.
• Organizational set up: - Organizational structure at regional and Woreda level do not have carrier structure for the promotion of AI technicians leading them to change their discipline.
• In adequate number of technician: - Some of AI technicians trained miss placed & moved due to different reason & not involved in the operation currently.
• In appropriate utilization of AI technician: - By its nature AI service is year round activity one of the prevailing field AI
Service problem is: assigning AI technician to different discipline & utilization of their motor
bicycle for another purpose.
3. Inefficiencies attributable to the technicians level
• Lack of technical skill / proficiency to perform AI.
• Heat detection problems.
• lack of strong extension service
• Lack of monitoring, Evaluation Reporting system.
Major Constraints
Extension Uncoordinated
approach
Training & Education incentive
LN supply & maintenance
Input supplyField
equipment Genetic material
Information system
Monitoring& Evaluation
OrganizationalResponsibilityaccountability
Constraints
Implementation of Successful AI Service
The following general principles need to be considered when planning successful AI service:
• Accessibility:-An area under crossbreeding scheme should be accessible to an AI service personnel, market for the product, good extension link etc.
• Continuity (Sustainability):-crossbreeding effort requires uninterrupted technical and administrative backing. The confidence on the technology grows gradually so close link between extension and pastoralist community have to there.
• Technical Effectiveness:-The efficiency of return rate, on time service and actualized productivity are the critical point of concern for acceptability of AI initiative in a given community.
• Cost Effectiveness and Marketing:-The cost of service and the market availability adds inertia to the promotion of the AI technology. In the absence of market, there can not be a guarantee to sustainability of the initiatives.
A successful AI program• The successes of an AI service depend very much on the
management of the herd, which requires, high standards of nutrition, health care and recording.
• An appropriate dairy extension service is required to supply knowledge to the farmers about dairy management (housing, nutrition, fodder production and conservation, handling and milking, disease prevention, breeding, etc.).
• An appropriate animal health service network is required because genetically improved animals tend to show an increased susceptibility to different diseases. Major infectious diseases should be controlled before the introduction of exotic susceptible breeds into the area.
• Careful planning of a programmed breeding is another prerequisite before the start of AI programme.
• Establish the ultimate goal of the programme. This may differ greatly from region to region, depending on Agro-ecological situation, the role played by cattle in the economy and the ecology and limiting factors such as labor, land or feed.
• An appropriate milk marketing system including milk collection, processing and distribution facilities.
Regional Semen utilization & evaluation in last 5 years
Detail Tigray Amhara Oromiya SNNP
Annual increament in insemination %
39.4 7.9 16.5 12
No of Woreda’s envolved %
94 76 76 85.5
No of AI centers 53 na na 150
No. of AI technicians
60 115 267 160
Semen uptake & increamenatl use %
61.82 24.9 14.9 17.7
Availabe breeds (bull semen )at NAIC
• Exotic ; Holeisten Frisian ,Jersey
• Indignous: Borna,Fogera, Horo, Begayit, Sheko
• Cross of Borna, Fogera, Begayit with HF & Jersey
Policies and practice for delivery of improved genetic materials and related service should be formulated in
relation to:
• Local situation (animal population, productivity)
• Environmental condition & availability of resource for livestock production, feed, health care ,suitable breed.
• Type of production system, market, breeding policy/guide lines
• Supportive and organized administrative & infrastructure
• Social ,Traditional & Economic situation of farmers / pastoralists
• Cooperatives and farmers organization to provide best structure: such as cost of AI and veterinary , feed service, & marketing of products
AI efficiency on station in terms of No of service per conception.
No Station Duration No of service
Per conception 1 Holota Agriculture
Research center 1/5/95-30/4/96 1/5/96-30/4/97 1/5/97-30/4/98 1/5/98-30/7/98
1.5 1.85 1.9 1.3
2 Asela farm 1994/95 1995/96 1996/97
2 2.2 2.5
3 Holota cattle genetic improvement farm
1994/95 1995/96 1996/97 1997/98
1.7 1.8 2.18 1.83
Tigray BUREAU uptake increament
1999 8495 % increament
2000 15370 6875 2001 12645 -2725 0.8093 2002 40305 27660 -0.17729 2003 26350 -13955 2.187426
average -0.34623 0.618299 Amhara BUREAU
1999 19092 2000 30716 11624 2001 41452 10736 0.608841 2002 29439 -12013 0.349525 2003 39169 9730 -0.28981
average 0.330514 0.249769 oromiya BUREAU
1999 45040 2000 47238 2198 2001 44630 -2608 0.048801 2002 73731 29101 -0.05521 2003 70335 -3396 0.65205
average -0.04606 0.149896 SNNP bureau
1999 55884 2000 57544 1660 2001 87014 29470 0.029704 2002 79532 -7482 0.51213 2003 99703 20171 -0.08599
average 0.253621
Tigray & Amhara semen uptake & Utilizatin
Tigray BUREAU
Year Semen uptake
No. of insemination
% Utilized
1999 8495 4801 56
2000 15370 4180 27
2001 12645 7779 61
2002 40305 11706 29
2003 26350 15684 59
Amhara
Year Semen uptake
No. of insemination
% Utilized
1999 19092 24166 103
2000 30716 26462 86
2001 41452 32601 78
2002 29439 18177 61
2003 39169 26058 66
Oromiya & SNNP semen uptake & Utilization
Oromiya
Year Semen uptake
No. of insemination
% Utilized
1999 45040
2000 47238 25000 52
2001 44630 29457 66
2002 73731 42459 57
2003 70335 37252 52
SNNP
Year Semen uptake
No. of insemination
% Utilized
1999 55884 19595 35
2000 57544 22331 38
2001 87014 18000 21
2002 79532 27000 33
2003 99703 28000 28
Delivery of A.I breeding service & improved genetics requires
• Active participation of stake holders: (NAIC research, Regions, cooperatives, NGO’s involved in
dairy production. )• Active participation of extension workers, farmers ,
inseminators ,• Genetic improvements depends on the accurate measurement of
characters and utilization of the data for bull selection• Getting cows in calf requires good heat detection, good
insemination technique & quality semen.• Adequate infrastructure, logistics, good telephone and transport
service, • Incentives system for efficiency of insemination & extra activity
performed on the holly days
II. Organization of AI service
1.Identificatin of Potential areas
Infrastructure ,extension service, market & No. of animals
2. Determining the AI delivery approach
Daily Round . Static, Telephone
3. Supply of AI equipments, Training of AI technicians
4. Monitoring & Evaluation, reporting
Mobile service delivery system
A. Daily run (round) System
B. Farm Visit system
C. Telephone Call system
Con..
• The common AI service used by all regions in Ethiopia is Daily Round system,
• That mean AI technicians with motorcycles visiting AI crushes built along the main road in rural and pre-urban areas and known sites of the cities.
• In urban areas, call system is widely used.• Stationed delivery system is carried out mainly
at the government farms and few commercial dairy farms that have their own technicians
Con..
• The system of artificial breeding service structurally followed within the country is a three-tier which can be distinguished by the major roles undertaken at each tier level by different stakeholders
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1. There is the major roles & duties At MOARD / NAIC semen production
level
• Perform planning at National level considering each regions • Selection of Bull Dams for nominated mating to produce young AI
bulls• Selection of Bull for semen production based on pedigree &
individual performance• Production evaluation, processing, storage and distribution of quality
semen and liquid nitrogen • Importation of semen of progeny tested bulls from abroad which is
used especially for nominated mating on Bull Dams• Training of trainees of technicians• Training of AI technicians as per the requirements of Regions those
need support• Monitoring and evaluating field AI service in collaboration with
Region• Coordination of over all AI activities
2. Regional Bureau / Semen bank Sub-center
This is the second tier for extending the artificial breeding service in their respective area to the users and stakeholders involved in delivering the service with the following major roles and duties:-
• Planning regionally (semen requirements by genotype, number of females served necessary AI inputs required, monitoring schedules…)
• Receiving, storage and distribution of semen for field AI service and managing semen bank.
• Production storage and distribution of liquid nitrogen for field AI service.• Supply, storage and distribution of AI equipment as per field demand.• Receiving reports from Woreda for reproductive performance monitoring
and reporting the overall result for national consumption to NAIC.• Coordinate and monitor local (woreda) activities.• Training of AI technicians with the objective to deliver technically perfect and
biologically effective artificial breeding service.• Monitoring and evaluating field AI service at technicians and female cattle
reproductive performance level.• Supporting integrated extension service delivery and supervision of areas
covered by artificial breeding service.
3 Woreda Rural and Agriculture Development Office
• Planning locally at each technicians level.• Planning daily AI service delivery strategy as per the
local condition and resource for mobility of the technician to give the Service.
• Locating insemination service delivery points accessible to the user farmers.
• Selecting means of transport for mobile technicians with the objective to deliver village step and farmers door-step AI service.
• Reporting regularly directly to region , Zones / Federal .• Supervising the local activities at each technicians level.• Farmers training strong extension service.
3.1. AI Technician:-
Currently, there are three categories of AI technicians involved in field AI operation namely, state, private and NGO employed personnel’s with the following major roles and duties.
• Proper AI service delivery• Programmed daily activity• Perform proper recording as per the standard format • Obey the standard service delivery rules and hygienic / sanitary
conditions• Communicate DA, Veterinarians. • Accept or reject cows presented for insemination and tell to the
farmer what to do next time. • Collect insemination fee determined per cow / heifer considering
repeat insemination during a service period of 60 – 90 days if the cow repeats
• Perform PD and advise farmer what to do.• Collect calving reports.• Prepare summaries and reports.
3.2. The DA‘s and Supervisors
• Create awareness• Stimulate interest • Convince individuals to use the service• Make closer contact with technicians• Obtain information
– Pregnancy– Calving– Complaints
• Exchange of information & ideas• Train farmers in heat detection, health care, feeding & management • Discuss with farmers and technicians on reproductive performance
problems• Participate in planning, coordination & supervision
3.3. The Farmer:-
• Keep healthy and productive animals • Conserve feeds for period of shortage• Feed the animals properly• Present cows/heifers seen in heat for insemination• Present cows for PD• Give calving reports • Rear calves properly• Keep close contact with
– DA– AI technician – Veterinarian– Breeders– Nutritionists
• Produce quality products• Perform selection for improvement
III. Recording and Monitoring of AI service
• 1.Utilization of recording• To monitor bulls at the AI station• To avoid Inbreeding• to monitor the work of AI technicians• It indicate the efficiency of both bulls &
technicians• To obtain economic information ( such as productivity, expense income, out put etc )
3. Type of Report Summary Formats
• Region wise summary format
• Technicians wise summary– This month– Up to this month
• Technicians NR% summary
• Bull's NR% summary
• Reproduction record sheet
Details of
• Calves born– Male– Female– Total
• Pregnancy diagnosis– Positive diagnosis– Farmers report
• Semen dose obtained• Semen does wasted• Semen dose available• Fee collected
Con…
• From the recorded data on AI set & reports
• Consumable balance at the end of the month– NR% of bulls and technicians– Calving intervals– Inter service intervals– Calf mortality, sex and disposal– Abortion and the like could be determined
Technical formulas for measuring efficiency
• Service per conception = total insemination
cows conceived
• Calving rate = total cows conceived & calvedx100
Total insemination of cows
• NRR = cows not returned for 2nd inseminationx100
total 1st inseminated cows
• Conception rate = No. of pregnant cowsx100
Total insemination
• Fertility rate = cows inseminated & became pregnant x100
Total inseminated of cows
Future ProspectiveEconomically important
trait
Present production level
Future genetic
gain
Difference Level of importance
Remark
Milk yield / lactation
200 300/ 1500
100 / 1300
1
Age at 1st calving
37 30 7mth 2
Calving interval
480 380 100 day 3
Weaning wt.
80 180 100 4
Key action in breed improvement( principles of genetics)
• Set breeding objective that benefit Producers / pastoralists
• Select bulls/breeds that best fit the AEZ.
• Monitor progress & adjust breeding objective to achieves the planned targets
• Evaluate the merits
Priority actions at national level
» a) Create awareness among policy-makers and farmers of the importance of AnGR, particularly of the need to pay special attention to indigenous breeds.
» b) Conduct capacity building in human resources with emphasis on specialized areas like genetic characterization and development of breeding plans.
» c ) Establish and strengthen a national institution to coordinate management of AnGR.
In order to achieve breed improvement goals
• Strengthening nucleus farms of local breeds of Borena, Fogera, Begayit & Horro.
- A Study conducted by FAO fund on breeding program, genetic improvements & conservation of local breeds. The final draft is ready for stakeholders comment.
• Strengthening of Holleta bull dam farm for Holeiston breed & Jersey farm in Wolayita sodo.Adaberga
• Establishments of commercial follow farms for better bull selection.
- 4 farms around Addis Abeba selected & agreement reached on recording and selection of better bulls.
Serial TIGRAYE 1ST QUARTERNumber Bull Id 1st insemination cows repeated Total Total
performed from 1st insem repeats insemintn NRR
1 10-192 236 25 33 269 89.42 10-186 276 50 45 321 81.93 10-168 240 22 25 265 90.84 10-171 317 29 49 366 90.95 10-173 329 34 36 365 89.76 10-141 78 20 8 86 74.47 10-189 245 20 47 292 91.88 10-188 89 16 1 90 82.09 10-194 113 19 11 124 83.2
10 10-185 9 5 1 10 44.411 10-144 36 2 2 38 94.412 10-190 8 6 2 10 25.013 75-114 351 25 31 382 92.914 50-200 186 7 8 194 96.215 50-199 32 0 2 34 100.016 50-139 2 2 0 2 0.017 02-052 58 4 1 59 93.118 02-051 103 9 6 109 91.319 02-047 2 0 2 4 100.020 11-157 274 19 14 288 93.121 11-206 290 24 24 314 91.722 11-201 6 0 0 6 100.023 11-134 4 0 0 4 100.0
Total Insemination (Total repeats
+ 1st Insem
Serial AMHARA 1ST QUARTERNumber Bull Id 1st insemination cows repeated Total Total 1st insemination
performedfrom 1st insemrepeats insemintn NRR performed
1 10-192 0 #DIV/0!2 10-186 288 28 1 289 90.277783 10-168 272 36 18 290 86.764714 10-171 348 50 0 348 85.632185 10-173 139 15 0 139 89.208636 10-141 251 45 0 251 82.071717 10-189 74 6 0 74 91.891898 10-188 0 #DIV/0!9 10-194 0 #DIV/0!
10 10-185 43 0 0 43 10011 10-144 0 #DIV/0!12 10-190 182 15 13 195 91.7582413 75-114 89 13 4 93 85.3932614 50-200 0 #DIV/0!15 50-199 26 5 1 27 80.7692316 50-139 0 #DIV/0!17 02-052 0 #DIV/0!18 02-051 0 #DIV/0!19 02-047 0 #DIV/0!20 11-157 34 2 0 34 94.1176521 11-206 14 1 0 14 92.8571422 11-201 58 3 0 58 94.8275923 11-134 0 #DIV/0!24 50-099 6 1 6 83.33333
FEDERAL 1st QUARTER Bull Id 1st insemination cows repeated Total Total NRR
performed from 1st insem repeats insemintn10-192 339 52 54 393 84.710-186 359 45 50 409 87.510-168 416 44 46 462 89.410-171 732 113 124 856 84.610-173 354 28 30 384 92.110-141 900 94 98 998 89.610-189 1214 211 231 1445 82.610-188 247 64 64 311 74.110-194 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!10-185 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!10-144 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!10-190 558 114 118 676 79.675-114 181 19 19 200 89.550-200 307 40 2 309 87.050-199 27 17 17 44 37.050-139 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!02-052 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!02-051 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!02-047 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!11-157 63 9 9 72 85.711-206 116 15 15 131 87.111-201 129 15 15 144 88.411-134 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!50-099 #VALUE! #VALUE! #VALUE! #VALUE! #VALUE!
0 0 0 0 0 #DIV/0!
Future plan
• The demand for improved breed is increasing it can not be satisfied by NAIC only.
• NAIC will transfer to Proven bull semen production by capacity building,
• The regions will be transformed to production of semen from selected local & exotic breeds Oromiya already started some steps for action
Baselin
e
Plan (2010/11 - 2014/15)
2009/10 2010/1
1
2011/12 2012/13 2013/14 2014/15
S.N.
Indicator
Units
2002 2003 2004 2005 2006 2007
1 To increase crossbreed calves born
in 5 years time an average of 30.99%
annual productivity increments
10.37
17.69 34.70 34.25 31.20 37.10
1. Increased Production of
Semen
Doze 350000 600,000 800,000 1,000,000 1,500,000 2,000,000
2. Increased LN2 production Litres 55000 450000 540000 540000 630000 630000
3. Increased Semen Distribution Doze 300000 570000 760000 950000 1425000 1900000
4. Increased Crossbred cattle
population (Male & female)
Calf 390078 459070 618363 830127 1089114 1493203
5. Increased Milking cows Cow 140428 165265 222611 298846 392081 537553
6. Increased Milk produced from
cross breeds ('000 ton)
'000
Ton 154 181 326 438 574 787
2 young bull crop for replacement for
AI and natural crossbreeding
7. Exotic breed import Bull 12
8. AI Bull 12 12 12 18 20 20
9. Natural Mating Bull 15 15 24 24 30 30
10. Fogera Bull 1 3 3 3 3 3
11. Begait Bull 3 3 3 3 3
12. Borana Bull 3 3 3 3 3 3
13. Horro Bull 1 2 2 2 2 2
14. Crossbreeds bulls Bull 6 9 9 9 9 9
15. Holstein Incalf heifers imports Heifer 300
16. Jersey Incalf heifers imports Heifer 200
Proper & efficient AI service
Supportive & organized
administration
Supportive & organized
administration
Active participation
of stake holders
Active participation
of stake holders
Recording& data
management system
Recording& data
management system
Quality semen /Genetic material
Quality semen /Genetic material
Heat detection, & good AI technique
Heat detection, & good AI technique
Incentives System
Carrier strtraining
Incentives System
Carrier strtraining
InfrastructureInput supply & logistics
InfrastructureInput supply & logistics
Proper & efficient
AI Delivery
Proper & efficient
AI Delivery
Conclusion
Accountability & Responsibility At FederalRegional, zone, Woreda, DCAIT, farmer
Setting priority & give due attention
By all stake holders
Coordinated Approach of the region& stake holders
Serial AMHARA 2nd QUARTERNumber Bull Id 1st insemination cows repeated Total Total
performed from 1st insemrepeats insemintn
1 10-192 281 49 51 332 3322 10-186 227 27 32 259 2593 10-168 373 38 40 413 4134 10-171 702 108 119 821 8215 10-173 286 21 21 307 3076 10-141 185 36 36 221 2217 10-189 381 45 50 431 4318 10-188 195 18 18 213 2139 10-194 0 0 0 0 0
10 10-185 0 0 0 0 011 10-144 0 0 0 0 012 10-190 234 33 26 260 26013 75-114 178 18 18 196 19614 50-200 28 28 2815 50-199 21 16 16 37 3716 50-139 0 0 0 0 017 02-052 0 0 0 0 018 02-051 0 0 0 0 019 02-047 0 0 0 0 020 11-157 33 4 4 37 3721 11-206 116 15 15 131 13122 11-201 129 15 15 144 14423 11-134 0 0 0 0 024 50-099 0 0 0 0 025 11-206 026 04-146 027 10-108 028 10-191 029 04-146 030 04-246 031 03-072 032 02-072 033 50-095 0
Total Insemination
(Total repeats + 1st Insem
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7 Proposed AI delivery networking system under
low and medium input animal production system.
AI center, regional or Federal
Agency of livestock development, health
& marketing
AI tech. at Village
AI tech. at Village
Farm
Farm
Farm Farm
Farm
Administration
Research
Farm
Stakeholders
Simplified proposed breeding scheme for composite breed development from Frisian and
Arsi cattle. 500 selected Arsi cowsFive Frisian bulls
Participating animals 10,000-upgraded heifers continue to produce the next generation using F1 bulls
128 F1 Males
128 F1 females culled
12 best bulls for nucleus
103 to sire participating herds
5% death (14)
animals
500 (25%HF75%A) Females
500 (37.5HF, 62.5A) females
All males culled
13 culled
F1 bulls and AI
F1 bulls and AI
Best upgraded heifers will join the nucleus each generation
50%HF50%A