Tanzania Dairy Genetics: Highlights of progress
James Rao
Maziwa Zaidi review & planning meeting
31March – 1 April 2015 at Giraffe Ocean View Hotel, Dar es Salaam,
Tanzania
tdg.ilri.org
The Problem
Many Smallholder dairy farmers are milking losses.
Use of inappropriate dairy breeds leading to low
productivity
Inadequate application of productivity enhancing
technologies
The potential contribution of appropriate genetics and
new technology in increasing yields is largely
undocumented.
Smart choices can only be made where
performance data is available!
I am Better I am much Better
Ngobe Zerida II
H234 73% 4.9
ltr/day
Rank:
209/285
11.06
ltr/day
W046 77% Rank: 1/285
• Characterization of current
dairy cattle genotypes in
use
• Determination of most
appropriate genotypes for
smallholder dairy farmers
in Rungwe and Lushoto
• Understanding what dairy
technologies are most
desired (lacking) by
smallholder dairy farmers
in Rungwe and Lushoto
TDG Project Objectives
How are we doing this?
Apply emerging NGS technologies to determine breed
composition of dairy animals
Samples are already taken from animals
Undergoing analyses
Correlate breed-type with performance & systems data
obtained through participatory appraisal, in-situ
Baseline household survey conducted
Longitudinal surveys on-going
Listen to farmers…continuously and incorporate their
concerns and views in design of on-going interventions
Project Study Sites
Selection Criteria
On-going ‘Maziwa
Zaidi’ Activities
Emerging Dairy
industries with high
potential
Range of breed types
tdg.ilri.org
Farmer and Animal Selection
Household selection
criteria
Have more than 1
animal meeting
selection criteria OR
Have an active bull
Have a variety of breed
types
Animal Selection Criteria
Be either a calf less
than 3 months old
Be a bull in active use
Be a lactating cow
Be in-calf, 3rd trimester
Progress so Far: Activities
completed
• Animal selection: A total
of 1200 animals recruited
• Bio-sampling: Blood and
hair samples collected
from 1200 animals; Most
of the animals ear tagged
• Baseline survey: Systems
data collected from 670
households
Preliminary results: Household survey
6%
30%
20%
17%
16%
11%
Proportion of animal types in study
households visited
Incalf
Heifers
Lactating
Cows
Incalf Cows
0
100
200
300
400
500
Lushoto Rungwe
NumberofFarmers
District
Mobile Network Operator Subscription amongst
farmers
AirTel Tigo Vodacom
0
500
1000
Phone Type
NumberofHouseholds
Phone types distribution amongst participating
farmers
Basic Null Smart
Animal Dynamics: Baseline
0
20
40
60
80
100
120
Animal Dynamics: Entry and
exit
Number_bought Number_sold
Numberof
animals
Animal Type
0.00
50.00
100.00
150.00
200.00
250.00
300.00
350.00
400.00
450.00
Animal Dynamics: Sale and
purchase price
Purchase_price(US$) Sale_price (US$)
Price(USD)
Animal Type
Progress so Far: Ongoing activities
1000 animals to be genotyped
for breed composition
Collection of performance data
ongoing, to last 9 months
Farmer feedback: Two sessions
planned
ICT system deployment:
Training materials being
developed
Challenges
Lack of USSD platform to
deploy paperless data
collection
Delays in start of field
activities
Increase in costs of data
collection
Successes
So far have trained 47
individuals in field data
collection, survey
administration and bio-
sample collection
Leveraged collaborations with
RDA and ILRI Health team to
investigate husbandry and
health issues
Integrated the national
extension system to be part
of project activities and
planned feedback delivery
network
Mechanisms for output dissemination and
scaling
Focus group discussions
Online Training tool*
Mobile phone content delivery*
Individual Farmer feedback
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