Assessment of the Dairy Cattle Feeding Systems in East Africa B. Lukuyu, A. Duncan and I. Baltenweck The fifth All Africa Conference on Animal Agriculture and the 18 th Annual Meeting of the Ethiopian Society of Animal Production (EASP). October 25-28, 2010, Addis Ababa, Ethiopia
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Assessment of the dairy cattle feeding systems in East Africa
Presentation by B. Lukuyu, A. Duncan and I. Baltenweck for the 5th All Africa Conference on Animal Agriculture and the 18th Annual Meeting of the Ethiopian Society of Animal Production (ESAP), Addis Ababa, October 25-28, 2010.
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Assessment of the Dairy Cattle Feeding Systems in East Africa
B. Lukuyu, A. Duncan and I. Baltenweck
The fifth All Africa Conference on Animal Agriculture and the 18th Annual Meeting of the Ethiopian Society of Animal Production (EASP). October 25-28, 2010, Addis
Ababa, Ethiopia
Outline Preamble Objectives Design and tools Results Conclusions Recommendations
Representation of the EADD hub model along the dairy value chain
Introduction: Livestock production
• Major constraints: Animal health, Genetics, Feeds and Markets
• Main feed constraints:
• Feed resources - becoming less available or no longer suffice
• Seasonal variations in feed quantity and quality cause fluctuations feed availability and in animal productivity throughout the year
Objectives of Survey
The baseline survey has 2 main objectives: Assess farmers and community’s current
production and management situation
Identify key constraints farmers and other agents face, as well as their opportunities. This information was used in development of interventions to suit specific areas
Design: Sampling hubs
2 steps were followed: Characterised the project sites using 2
indicators: access to urban centre (market access) and an indicator of climatic characteristics (LGP).
Selected one site in each of the recommendation domains where the project hubs are located
Design: Sampling householdsAt each hubs, a total of 75 households were surveyed
Each survey site corresponded to the area of a circle, radius 20km, with each hub at the centre of the circle [irrespective of administrative boundaries]
Survey areas were divided into grids (urban areas and un-populated areas were removed)
75 grids were randomly selected from all the grids, the area of each grid was equated approximately to an average of 1 household per grid
Geographic distribution of surveyed households
Questionnaire The survey questionnaire was structured into
10 sections one of which comprised the feed and feeding module.
A third of the total respondents were
interviewed for this module. This paper reports the feeds and feeding sub component of the survey only.
Summary of number of sites and farmers surveyed
CountryNo of target households
No project hubs/sites
No surveyed hubs (1/3)
Sample size (household survey)
Sample size (Feed module)
Kenya 110,000 17 5 525 175
Rwanda 24,000 10 3 302 101
Uganda 45,000 15 5 450 150
Total 179,000 42 13 1277 426
Results: dairy farmers, breed and market orientation
Percentage of households with cattle farms growing and using forages
0 20 40 60 80 100
Cut Grass
Maize Stover Green
Weeds
Legume Hay
Maize Stover Dry
Grass Hay
Other Crop By Products
Napier Grass
Uganda Rwanda Kenya
Message: Napier grass and crop residues form a large proportion of the feed resources
Average percent of daily feed intake from grazing on dairy farms as perceived by farmers by country
0
10
20
30
40
50
60
70
80
90
100
Uganda Rwanda Kenya
Ave
rage
(%
) co
ntrib
utio
n of
gra
zing
to fe
edin
g
•A large proportion of feed intake is perceived to come from grazing.
Percentage of dairy farmers citing various sources of fodder and forages
0 20 40 60 80 100
Bought from fodder shop
Bought from fodder farmer w ith cattle
Bought from fodder farmer w ith no cattle
Bought from feed company
Harvested from rented farm
Harvested from other farmer
Harvested from state land
Harvested from ow n residential farm
Uganda Rwanda Kenya
Percent (%) of dairy farmers buying fodder or crop residues
0
10
20
30
40
50
60
70
Uganda (N=230) Rwanda (N=169) Kenya (N=458)
Per
cen
t (%
) o
f d
airy
far
mer
sSite Hubs Control Hubs
Uganda ____ Rwanda ____ __ _ ____Kenya __ _ ____A. Bbaale E. Mukono / Buikwe A. Bwisanga / Gasi A. Kabiyet E. SiongiroiB. Kakooge F. Bumanya B. Kabarore B. Kandara F. SoiC. Luwero T.C C. Mbare C. Kaptumo G. SiayaD. Masaka Municipality D. Nyagihanga D. Metkei
A CB
D
E
F
AB
C
D
A
B
D
C
F
EG
• Very few farmers buy fodder suggesting no feed surplus on surveyed farms
• However indicates emerging trend in fodder trade
Percent of dairy farmers sourcing fodder planting materials from various sources
• Main sources of planting material are from Government and projects
• Facilitating the entry of market-oriented input suppliers may face the challenge of competing with free or subsidized source of inputs.
Factors affecting uptake of fodder trees and legumes on farms
0 10 20 30 40 50 60
Lack of labor
High cost
Don't know
Limited land
Lack of interest
Unavailability of planting material
Not aware of benefits
Lack of technical information
Uganda Rwanda Kenya
• forage legumes and fodder trees are not in widespread use (12%) , and there are significant constraints to their incorporation into the dairy cattle feeding systems
Percentage of dairy farmers feeding various concentrate feed types
0 10 20 30 40 50 60 70
Maize germ
Mollasses
Home made rations
Other
Calf pellets
Maize bran
Rice bran
Dairy meal
Uganda Rwanda Kenya
•Dairy meal used by relatively few farmers in Rwanda and Uganda vs. Kenya •Most farmer use feed ingredients for supplementation
Percentage of households with cattle utilizing concentrate feeds
Conclusions Napier grass, crop residues and grazing are
the most important sources of feed in all surveyed sites
The feeding systems are changing and there will be increased opportunities for other forages (perhaps traded) and use of concentrate feeds as systems continue to evolve.
Conclusions Forage legumes and fodder trees are not in
widespread use, and there are significant constraints to their incorporation into the dairy cattle feeding systems mainly associated with knowledge gaps.
Concentrate feeding is fairly minimal in all study countries although it is on the increase
Water is not easily accessible to most households.
Intervention opportunities There is a wide variation in feeding systems
across the study countries and sites hence interventions need to be carefully targeted depending on the circumstances of each site
The appears to be significant potential for enhancing Utilisation of crop residues trading of both fodder and concentrate feed in all