Farmer education and training: the role of dairy
co-operatives in Kenya
Dr Rowshan Hannan
9th December 2014
Presentation outline
• Introduction to research project
• Aim of research
• Research methods
• Findings
• Conclusion
Introduction to research project
• PhD based at University of Leeds with support from Co-operative College (2011-2014)
• Field work in Kenya in 2012 (5 year focus)
• Remote rural location, semi-arid area
• Dairy farming considered incompatible
• Case study research: a dairy farmer co-operative society, a village, 14 households:
• 7 member households (5 active and 2 inactive)• 7 non-member households
Aim of research
• The link between co-operatives and poverty reduction
• Did not go out to specifically look at education
• However, education and training emerged as crucial to the co-operative contribution to poverty reduction
Research methods
• Qualitative in-depth study
• Participatory methods
Findings: co-operatives’ role in education and training
• Case study co-operatives facilitated training in wide range of topics (dairy farming and other areas):
• Co-operative facilitation of training with external training providers
• Training organised by board directors within electoral zones
• Farmer study circles / farmer-to-farmer training• Collective mobilisation of farmers for training
• Members on average attended more training sessions a year than non-members:
• Members = 15.5 training sessions• Non-members = 3.5 training sessions
• All 5 active member households linked training to the co-operative:
‘Many facilitators are coming now to train. Ministry of Agriculture people come through the society to train us now on fruit farming, poultry farming.’
• Co-operative facilitated training sessions: only 20-25% of attendees were non-members.
Participant perceptions of training Topic What learnt Practice changed Impact of change
Dairy farming
Feed and fodder management and growth, disease control, use of AI
Planted crops for use as feed supplements, started de-worming regularly, use AI instead of indigenous bulls
Cattle eats more, grass growing on parts of farm that were unproductive, reduced disease, increased milk yields
Agricultural farming
Use of appropriate seeds, manure and fertiliser usage, vegetable and fruit planting, harvest management, farm terracing
Use hybrid seeds, changed planting techniques (plant different crops together, changed spacing between them), use manure and fertiliser on farm
Earlier harvests and increased amounts, sold seeds and crop from bumper harvest, eat wider variety of food throughout year
Fuel efficient stoves
Benefits of fuel efficient stoves, how to construct and use
Had jiko/rocket stove constructed within homestead, and use for cooking
Reduced usage of firewood, time saved in collecting firewood, lower smoke emissions (benefits for women’s health)
Dairy farmingDairy cow ownership
Household type
No. of dairy cows owned % increase/decrease of herd
% of purebred/hybrid dairy herd2007 2012
Active members
14 27 93% 100%
Non-members
5 12 140% 16.5%
• Increase in dairy cows was higher for non-member households
than member households.
• Non-members were increasing ownership of indigenous dairy
cows, whereas members were more likely to invest in smaller
herds of higher breed cows:
‘It [the co-operative] has helped us change from local breeds
to hybrids. Many people in the village have been able to do
this…. It is conducting more training now to educate farmers
and many have benefitted from them........Badilisha Kailu will
help those with local cows to get better breeds.’
• All 5 active members confirmed using either AI or hybrid bulls,
compared to only 1 out of 6 non-members with mature dairy
cows.
Household milk productivity
• 4 out of 5 active member household talked of how ‘milk has increased. Production gone up.’
• In contrast to this, none of the 4 non-member households who were milking over 2007 to 2012 confirmed that production had increased: ‘yields have gone down.’
Household type Total no. of cows milked
Milk production p/day (litres)
Dry season Rainy season
Active members 8 28.5 86.5
Non-members 7 17.5 51.5
• Household exercise on milk yields: over 2007 to 2012, active members increased milk production more per cow than non-members.
• Active members: 82% increase
• Non-members: 10% decrease
• Members made direct links between dairy farming training and higher milk production overall as well as per cow:
‘In 2007 we were not much trained. But in 2010 we had more knowledge......From the training we learnt that you can have two cows now and produce more milk than from the many cows we had earlier.’
Milk income
• Active members identified 2 main sources of household income: waged employment and income from milk.
• All 5 active members mentioned dairy farming as important source of income in 2012.
• In contrast, only 2 out of 6 non-members engaged in dairy farming in 2012 even mentioned income as a benefit of dairy farming.
• 4 out of 5 active members also confirmed increasing income from dairy farming over the 5 year period.
Use of milk income
• All five active members reported using milk income primarily to purchase basic foodstuffs (such as cooking oil, sugar and vegetables)
• Three out of the five member households also talked of using milk income to cover healthcare and education cost.
• Non-members with some income from milk for at least part of the year (three out of the seven non-member households) talked of using it mostly to purchase food.
• Only one non-member also mentioned using some of this income to cover school fees.
Conclusion
• Co-operative played important role in bringing training to its membership area.
• This increased member access to training in wide range of topics, which helped to change practice and reduce poverty in number of different ways.
• Specifically on dairy farming, training supported changes to breeding, rearing and feeding practices. This improved milk productivity and income in member households.
• Milk income was used to improve household food consumption, as well as access to healthcare and education.