Improved forages enhance adoption of climate-smart agriculture among smallholder farmers in Kenya
From the Field
In the face of increasing climate change-induced droughts and minimal rainfall, the Alliance of Bioversity International and CIAT through the CGIAR’s Ukama Ustawi initiative has partnered with Kenya Agriculture and Livestock Research Organisation (KALRO), the Conservation Tillage Network and other partners to create innovative strategies to safeguard livelihoods by empowering smallholder farmers in Kenya to intensify, diversify, and de-risk maize mixed farming through the integration of improved livestock forage grasses and legumes into the cropping systems in three counties: Embu, Makueni, and Nakuru.
Adapting to climate change calls for widening the options for farmers. The introduction of improved forage grasses and legumes aims to boost the application of other innovative Climate-Smart Agriculture (CSA) practices such as mechanization, intercropping, mulching, and the use of certified seeds, all of which contribute to creating a climate-resilient agricultural system. However, some farmers face challenges in fully adopting these practices.
"Typically, farmers use crop residues from maize and legumes to feed their livestock, but when they’re introduced to mulching, those same residues are needed for soil cover. This creates a dilemma—whether to feed the livestock or apply mulch. However, with the introduction of improved forage grasses and legumes, farmers now have a nutritious alternative forage for their animals. This not only boosts livestock productivity but also frees up crop residues to be used effectively as mulch." said Fredrick Muthomi, Research Associate at the Alliance.

A farmer standing next to lush forages on the farm.
Through the CGIAR Initiative on Diversification in East and Southern Africa, also known as Ukama Ustawi, the Alliance forages team and partners are promoting improved forages to not only provide much-needed fodder for smallholder systems but also to complement the other CSA and CA practices. Ukama Ustawi aims to support climate-resilient agriculture and livelihoods in 12 countries in East and Southern Africa by helping millions of smallholder farmers to intensify, diversify, and de-risk maize mixed farming through improved extension services, enterprise development, and private investment. The work in Kenya is implemented in Nakuru, Embu and Makueni counties in collaboration with Kenya Agricultural and Livestock Research Organization (KALRO), the Africa Conservation Tillage Network, county governments, farmer groups and other development partners.
The initiative made a deliberate choice to work with women and youth who often have to look for livestock feed away from home during the dry seasons; having forages produced and conserved on the farm will help address this challenge.
The Alliance introduced and set out to evaluate the adaptation and acceptability of 7 forages varieties (1 leguminous and 6 grasses). The choice of these forages was informed by their favorable characteristics including high biomass production, high crude protein and energy when harvested at the right growth stage, and adaption to tropical environment for example Bracharia hybrids being used are Cayman, Cobra, Mulato II and Camello whose crude protein could range 10-14% when harvested just before flowering. Panicum, Mombasa, Panicum Maasai and Camello perform relatively better than many forages in drier areas like in Makuni.
As such, these forages provide the much-needed roughage for livestock. Additionally, through their extensive and deep rooting system, they contribute to carbon sequestration key in mitigation of climate change. Crotalaria, the leguminous forage contains crude protein between 25-30 % further providing this key nutrient for livestock performance. Crotalaria fixes free nitrogen into the soil thus soil enrichment and is among the best crop for green manuring. The communities first established most the forages in nurseries for close monitoring e.g. irrigating the nurseries and transplanted to individual farms at the onset of rains. As such, the forages established quickly in prepared seedbed without a time lag on germination which is key with the erratic and changing rain seasons.

Planting activities by a group of farmers, predominantly women.
Boosting soil and livestock systems
The introduction of the improved forage grasses into the farming systems has improved land management practices by controlling soil erosion and establishment along the terraces and along the edges of the farms reduce land wastage, bridge knowledge gap through offering forage production trainings and advisory on diversification of forage production as a source of income generation through sales of forages. The forage grasses introduced in the project sites exhibits characteristics of drought tolerance, extensive deep-rooted system, high palatability and digestibility, thereby making them best suited for areas with rainfall and water limitations as well as offer high yielding nutritious forage for the livestock.
"During droughts, when traditional fodder is in short supply, alternative drought-resistant forages become invaluable. By diversifying feed sources, farmers can better withstand prolonged dry periods. These resilient forages ensure a steady supply of fodder, reducing the overall impact of drought on farming systems. Consequently, integrating improved forages into maize-mixed farming is proving to be an effective strategy for mitigating climate change risks for smallholder farmers in these counties." explained Solomon Misoi, Research Associate at the Alliance
Additionally, a forage legume Crotalaria juncea var. Sunn Hemp/Crescent Sunn has been introduced into the cropping systems to enhance the soil fertility. Crotalaria fixes atmospheric nitrogen into the soil, reducing the need for synthetic fertilizers, improves soil structure allowing for better water retention during the dry periods. Also, diversifying crops reduces the risk of total failure during droughts because Crotalaria as well as other legumes act as cover crops and have different water requirements and growth patterns compared to maize and forage grasses. The integration of the fast-growing Crotalaria also benefits livestock because its serves as an additional feed source, offering high-protein forage that supports animal health and productivity.
“Most farms in Embu are on sloped land. By planting forages on the terraces, I have stabilized them from collapsing and this has reduced soil being washed away”, noted Mrs. Rosemary Gatabi, at her farm in Gicegeri village, Embu County.
Identifying multiple entry points for forages is critical to encouraging wider adoption by the farmers. Whereas some farmers may be interested in forages for feed, others may see forages for soil erosion control or as a crop to sell and make money.
Learning by example
“As a result of growing forages on my farm, I do not have to worry about where to get the feed during the dry seasons. I experienced serious shortage of feeds, and my animals used to lose weight a lot. This season I have harvested and conserved my grass which I will feed my animals”, added Agnes Ndeiya, a farmer at Kiamugaa village, Embu County.
Through the establishment of forage demonstration plots, farmer trainings were arranged to create awareness on forage management and utilization reaching 420 farmers. Moreover, various approaches were used to increase awareness on the forages and associated technologies. Both physical and virtual field days were important to bring farmer awareness on the importance of forage crops. The use of promotional posters, radio and social media channels played an important role in reaching farmers. Farmer-to-farmer learning was a key aspect in knowledge sharing among farmers which enabled these outreach activities to reach a huge population of farmers.
Directly through the demos we have been able to reach 320 farmers in Makueni, Nakuru and Embu Counties. Beyond the demos, we have used various approaches to increase awareness on the forages and associated technologies.

A Magacha farmers group, predominantly women, establishing forage grasses nursery
"As part of our ongoing efforts, our team, in partnership with KALRO, has been diligently training farmers on the agronomic aspects of forage production and best farming practices to ensure effective management of the demonstration plots. Our approach includes regular follow-up visits, field days, and small-group trainings, which are crucial for reaching a broad spectrum of farmers, including those outside the direct demo plot areas" finished Dr. Boaz Waswa, Project lead of the Ukama Ustawi initiative in Kenya.
Beyond production, the communities are being trained on forages post-harvest management - baling, storage, silage making. Concomitantly, production of forages as business is emphasized with different gender engagement along the forage value chain and contribute to livelihood gains, and increased livestock productivity while taking care of the environment. To deepen and reap the benefit of the adapted forages, to the more than a million smallholder livestock producers, concerted efforts from stakeholders is key and encouraged.
Blog edited by Anny I. Yedra Cubillos with inputs from the Africa Tropical Forages Team.
Scientists

Boaz S. Waswa
Scientist
Solomon Waweru Mwendia
Scientist- Forage AgronomyFurther reading


