By Bob Aston
The effects of climate
change is posing a great challenge to the production of food in Kenya.
Smallholder farmers risk being overwhelmed by the pace and severity of climate
change yet they are the mainstay of food production in the Country. To ensure a
food secure future, farmers must adopt Climate Smart Agriculture.
Organizations like the
Arid Lands Information Network (ALIN) have been promoting the adoption of
Climate Smart Agriculture with an aim of strengthening communities’ resilience
to impacts of climate change while conserving natural resources and also
serving as an income generating venture for the farmers.
ALIN has strategically
focused its efforts to improve the livelihoods of arid lands communities in
East Africa through delivery of practical information using modern technologies
with emphasis on climate change adaptation.
The International
Non-governmental organization (NGO) operating in Kenya, Uganda and Tanzania has
been working with other partners to improve access to good quality information
and knowledge on climate change adaptation practices using publications like Joto Afrika. The organization has also been producing documentaries on
climate change adaptation as well as publishing and disseminating articles on
climate change adaptation.
ALIN in partnership with Act Change Transform (Act!), with financial support from Department for International
Development (DFID)
and Swedish International Development
Cooperation (SIDA)
has also implemented a climate smart agriculture project in Baringo, Laikipia
and Kajiado counties.
This enabled ALIN to
support Matwiku Horticulture Growers Self-help group in Githiga Ward in
Laikipia West Sub County, Nolororo Women Group in Ilchamus Ward in Marigat Sub
County and Emaiyawata Women Group in Magadi Ward in Kajiado County.
The foundation of the
project was mobilization of the three groups to plant horticulture in at least
an acre piece of land. Each group has installed a solar powered drip irrigating
system and invested in appropriate water harvesting technology.
The three groups have
been capacity built on installation of drip irrigation and management of the
system. They have also been taught about water harvesting and storage, plant
protection, harvesting, value addition and marketing, agroforestry, soil
fertility improvement using manure, solar water pumping and integrated pest and
disease management. They are now using drip irrigation technology to produce
nutritious food.
The groups have realized
drastic reduction in use of fuel for pumping water thus decrease of emissions
has been experienced and less time spent irrigating the farm. Consequently this
has helped to mitigate the effects of climate change as well as increasing food
production.
They have also come to
appreciate the various opportunities in food production using minimal water
resources and appropriate technologies as an adaptation strategy to climate
change.
To ensure that the
technology reaches more farmers, field days are organized at each site to train
communities on food production using appropriate and innovative climate smart
Agriculture technologies.
During the field days,
county leaders and policy makers are invited to learn and encouraged to develop
policies that can strengthen small-scale farmers to produce more food. The
county leaders are encouraged to plan with communities and allocate budget and
replicate the Climate Smart Agriculture project.
Farmers planting |
To sustain the project
each group has started a revolving fund from the profit made each season to
enable group members to reinvest and expand their farm while enhancing each
member to access climate smart agriculture technology for food production at
family level.
The drip irrigation
system makes it cheaper and easier for farmers to grow crops throughout the
year without feeling the burden of climate change. Other benefits of the system
include: reduced work load in the farm; conservation of water resources;
minimal soil erosion; ability to use liquid manures; uniformity in crops grown;
energy conservation and reduction of emissions since less fuel is used; reduction
of leaching and nutrients loss; and fewer weeds.
Climate smart agriculture
involves using technologies that can assist farmers in transitioning from
traditional farming strategies to new climate-aware ones. These technologies
focus on improved water management through water harvesting and use of drip
irrigation, soil and water conservation measures, mulching, intercropping,
introduction of drought tolerant crops and practicing agroforestry among
others.
According to Food and
Agriculture Organization, climate smart agriculture consists of three main
pillars: sustainably increasing agricultural productivity and incomes (food
security); adapting and building resilience to climate change (adaptation); and
reducing and/or removing greenhouse gas emissions (mitigation), where possible.