Kenya turns to improved cattle, better feed and climate-smart pastures to lift beef output

A push to produce more beef from tougher conditions

Kenya is stepping up research aimed at producing heavier cattle, better-quality beef and more reliable farm incomes, as livestock scientists look for ways to reduce losses caused by drought, poor forage and rising production costs. The work is being led from the Kenya Agricultural and Livestock Research Organization’s Beef Research Institute in Lanet, Nakuru County, which says its mandate is to improve productivity across the beef value chain. Public information from KALRO confirms the institute’s focus on beef production, marketing and utilisation, and places the Lanet facility about 9 kilometres from Nakuru town. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

The new effort reflects a broader challenge in Kenyan livestock systems: farmers can have animals, but not always enough feed, water or climate stability to finish them profitably. In 2024, The Star reported that Kenya’s fodder deficit stood at about 60 per cent, a shortage that was already pushing up feed costs and weighing on milk and meat production. The same reporting noted that drought-resistant forage is increasingly being promoted as a response. ([the-star.co.ke](https://www.the-star.co.ke/counties/central/2024-03-08-kalro-introduces-climate-smart-fodder-to-boost-production?utm_source=openai))

Against that backdrop, KALRO’s beef programme is trying to address three linked bottlenecks at once: breeding, nutrition and pasture development. That approach matters because a better animal on paper still underperforms if it cannot get the right feed, and a richer pasture does little if the cattle are not suited to heat, distance and disease pressure. The institute’s work is therefore aimed at farmers in both arid and semi-arid areas and in more intensive systems closer to market. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

Improved Boran remains central to the breeding strategy

At the breeding level, KALRO scientists are promoting the improved Boran as one of the most important cattle types for Kenyan beef systems. The breed has a long history in East Africa and has been selected for beef qualities under difficult conditions, with FAO noting that Boran cattle were introduced into drier parts of Kenya and then refined through selection for beef performance. ([fao.org](https://www.fao.org/4/an470e/an470e.pdf?utm_source=openai))

According to KALRO research material, improved Boran crosses can deliver strong growth and carcass results in semi-arid systems. One KALRO repository document describes improved Boran x Sahiwal progenies with rapid growth, good body conformation, good feed conversion efficiency, slaughter weights of roughly 450 to 600 kilogrammes, and the ability to withstand drought conditions and poor-quality pasture. ([kalroerepository.kalro.org](https://kalroerepository.kalro.org/bitstreams/8d6f3ef8-7be0-4a84-b613-f6b15f0cee0d/download?utm_source=openai))

That aligns with the logic behind the current breeding work in Lanet. Scientists there are selecting for body weight, feed conversion efficiency, adaptability and disease tolerance before improved animals are passed on to farmers. The objective is not simply to produce bigger cattle, but to produce cattle that can translate local resources into marketable beef with less wasted feed and lower risk of failure during dry spells. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

KALRO’s interest in the Orma Boran also has a strong scientific basis. A KALRO-hosted paper on trypanotolerance found that the Orma Boran had lower trypanosome infection rates than the improved Boran under tsetse challenge, alongside better control of anaemia and lower mortality when untreated. That makes it a useful source of disease tolerance in crossbreeding work, especially in landscapes where livestock are exposed to vector-borne illness. ([kalroerepository.kalro.org](https://kalroerepository.kalro.org/items/c4a5f587-dc15-4b1e-bf53-0c16be686fc8?utm_source=openai))

The current breeding logic, then, is a trade-off managed through science: the improved Boran contributes size and beef potential, while the Orma Boran contributes resilience against disease pressure. KALRO’s public repository also shows the organisation has pursued similar crossbreeding approaches with Sahiwal, another breed valued in East African cattle systems for hardiness and dual-purpose production. ([kalroerepository.kalro.org](https://kalroerepository.kalro.org/bitstreams/8d6f3ef8-7be0-4a84-b613-f6b15f0cee0d/download?utm_source=openai))

Why phenotype matters as much as pedigree

The research message to farmers is that breeding decisions should not be based on appearance alone. The institute says buyers of bulls should assess structural traits such as height, body capacity, leg quality, back shape and reproductive development, because those features are tied to whether a bull can support growth, cover ground and remain functional as it matures. This is a practical warning in a market where size can be mistaken for quality even when the animal’s frame is poorly built. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

That guidance is especially important in production systems where cattle must walk far for water and pasture. Heat tolerance and mobility are not side issues in much of Kenya; they are core survival traits. Boran-type cattle have long been valued for coping with difficult environments, and KALRO’s broader breeding programme is trying to preserve that resilience while improving output. ([fao.org](https://www.fao.org/4/an470e/an470e.pdf?utm_source=openai))

For farmers, the business case is straightforward: the right breed in the right environment can make beef farming profitable, while the wrong animal can turn the same landscape into a loss-making operation. KALRO says this is why production goals must match the ecology of the farm, rather than follow fashion or the assumption that exotic breeds always give better returns. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

Feed formulation is becoming a second front in the beef battle

Even a strong animal will not finish well if feed is too expensive or poorly balanced, which is why KALRO is also working on locally formulated rations for feedlot systems. The institute’s animal technologists say the feed is analysed before and after formulation to ensure the right balance of energy and protein, with the aim of improving weight gain, muscle development and meat quality. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

The feeding programme focuses on finishing steers between about 24 and 30 months before they go to market. That age window matters because feedlot systems depend on converting a relatively short period of intensive feeding into higher carcass weights and better dressing outcomes. In practical terms, the economics of the beef enterprise hinge on whether an animal can add market value faster than its feed bill grows. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

KALRO says it has already developed grass- and silage-based rations using maize germ, Rhodes grass, wheat bran, canola and sunflower concentrates, together with mineral supplements. Researchers are also testing cheaper protein sources such as acacia and prosopis pods and leaves. If successful, these materials could reduce dependence on commercial feeds, which are often the biggest cost pressure facing livestock keepers. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

The use of local ingredients is significant because feed shortages are not just a dry-season inconvenience; they are a structural constraint on meat production. When feed prices spike, farmers may delay finishing animals, sell them early, or accept lower margins. By broadening the menu of usable feed ingredients, KALRO is essentially trying to make beef production less vulnerable to market shocks and climate shocks at the same time. That is an inference from the research programme and the known feed deficit, but it is consistent with the institute’s goals and the wider national context. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

Pasture research is the base layer of the whole system

The third pillar of the programme is forage. KALRO plant breeder Mercy Jerop says the organisation is evaluating pasture varieties that can perform in different agro-ecological zones, with the aim of giving farmers a more reliable supply of quality livestock feed under changing climate conditions. That is important because pasture quality influences both the number of animals a farm can carry and how quickly they can gain weight. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

Among the forages being promoted are Bana grass and Omega-1 Napier, while Super Napier is still under research after farmers reported high protein content. The institute has also developed two locally adapted Brachiaria varieties, BS1 and KS1, which KALRO says mature within three to four months and do well in medium and dry areas. KALRO describes Brachiaria as suitable for grazing, silage and feed blocks, and says it contains about 12 to 13 per cent crude protein. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

Other fodder options include Boma Rhodes for medium- and high-altitude areas, and forage sweet potato varieties that KALRO says carry about 18 to 20 per cent protein. These can be used in cut-and-carry systems or mixed with other grasses. In a country facing periodic dry spells, this diversity of forage options gives farmers more flexibility than reliance on a single grass species. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

The bigger implication is that pasture breeding is no longer a niche exercise. It is part of a climate adaptation strategy for livestock. If a farmer can establish drought-tolerant grass, preserve it as silage, and pair it with a hardier breed, the enterprise becomes less exposed to rainfall volatility. That is one reason KALRO’s beef research increasingly looks like an integrated systems project rather than a single-breed programme. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

What this means for Kenya’s beef future

Kenya’s beef challenge is therefore not simply about raising more cattle. It is about raising the right animals, with the right feed, in the right environments, while reducing the economic losses that come from poor adaptation and unreliable forage. KALRO’s work suggests the answer may lie in combining breeds such as improved Boran, Orma Boran and Sahiwal with locally formulated feeds and climate-smart pastures. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

The broader lesson for farmers is that profitability depends on managing the whole chain from pasture to plate. Better genetics can improve carcass value; better feed can accelerate finishing; and better fodder can protect the system when rains fail. Together, those changes could help narrow Kenya’s meat gap while giving producers a more resilient route into the beef market. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

For now, the research is still translating into practice, but the direction is clear. Kenya’s beef future is being built less on imported fixes and more on locally adapted science: breeds that can survive harsh conditions, feeds made from available ingredients, and forages selected for the country’s varied landscapes. If those elements scale well, the result could be more beef on the market and a stronger return for farmers who have long been exposed to climate and cost pressures. ([kalro.org](https://www.kalro.org/institutes/beef-research-institute/?utm_source=openai))

Sources:

• KALRO Beef Research Institute
• KALRO Repository: Trypanotolerance in East African Orma Boran cattle
• KALRO Repository: Cross-breeding and performance material
• FAO: Types and Breeds of African Cattle
• The Star: Kalro introduces climate smart fodder to boost production
• The Star: Country facing acute shortage of livestock feed, say officials