Rebuilding The Agricultural Production Base

Agriculture occupies a strategic position within the Bottom Up Economic Transformation Agenda, BETA, because the performance of the sector directly influences national food availability, household incomes, agro processing, manufacturing, exports, rural employment and the cost of living. The agricultural programme being implemented in 2026 extends across the production system, covering fertilizer and seed, soil health, farmer registration, irrigation, agricultural research, extension, mechanization, storage, aggregation, financing, processing and markets. These interventions are being implemented across individual agricultural value chains whose production requirements, infrastructure needs and markets vary considerably.

The progress recorded since 2022 illustrates both the scale of the agricultural intervention and the size of the food security task that remains. Government reporting in the FY 2026/27 Budget Statement places maize production at approximately 67 million 90 kg bags in 2025, from about 34 million bags in 2022. Maize imports declined from 9.9 million bags in 2022 to 3.3 million bags in 2025. Fertilizer disbursements under the subsidy programme reached 21.3 million bags in 2025, from 1.4 million bags in 2022, while the subsidized price stood at KES 2,500 for a 50 kg bag. Government estimates place the resulting fertilizer savings to farmers at approximately KES 105 billion over 2 years.

The continued importation of maize within this production environment is an important part of Kenya’s food security equation. Domestic production, opening stocks, imports, household consumption, institutional demand, animal feed requirements, industrial use, post harvest losses and closing stocks collectively determine the national maize balance. Production is concentrated within agricultural seasons, while consumption occurs throughout the year. A national harvest of 67 million bags therefore does not automatically mean that every component of national maize demand can be supplied from that harvest throughout the entire marketing year. Imports remain necessary where the available domestic supply and carryover stocks are insufficient to meet projected requirements or maintain adequate supply before subsequent harvests enter the market.

The decline in maize imports nevertheless carries considerable significance. The reduction from 9.9 million bags to 3.3 million bags represents 6.6 million 90 kg bags, equivalent to approximately 594,000 metric tonnes of maize. It indicates that domestic production is supplying a larger share of the national requirement and reducing the quantity that has to be sourced externally. The remaining import requirement also provides a measurable indication of the production, storage and supply gap that agricultural policy must continue to address. Food security under BETA should therefore be assessed through sustained domestic production, declining structural import requirements, adequate national stocks, reduced post harvest losses, stable supply throughout the year and commercially viable returns to farmers.

The 2026 agricultural season has reinforced the importance of maintaining this production capacity across successive years. Below average rainfall has affected crop production in parts of the country’s food basket during the current season. In August 2026, the Government announced additional measures to support farmers ahead of the expected September and October rains, including interventions to lower the cost of fertilizer and seed. This development demonstrates the continuing exposure of national food production to rainfall variability and strengthens the case for irrigation, water harvesting, drought resilient seed, agricultural insurance and efficient national food reserve systems.

The FY 2026/27 budget provides the current financing framework for this agricultural programme. Approximately KES 62.96 billion has been provided for Agriculture and Food Security, including KES 18 billion for the Fertilizer Subsidy Programme and KES 2 billion for the Seed Subsidy Programme. Additional resources support agricultural value chain development, food systems resilience, pastoral economies, sugar reforms, edible oils, cotton, agricultural credit, livestock development and other production programmes. The investment architecture consequently extends from the cost of producing food to the infrastructure, financing and markets required to transform agricultural output into farmer income, food supplies and industrial raw materials.

The current agricultural investment framework operates across several major programme areas:

• Input support is being maintained as a major production intervention. The KES 18 billion fertilizer allocation and KES 2 billion seed allocation place substantial public resources directly within the crop production cycle. The economic objective is to reduce the amount farmers must finance for essential inputs and support appropriate input application across cultivated acreage. The productivity outcome depends on the quality and timing of the inputs, rainfall or irrigation, soil condition, crop management, pest and disease control and access to extension services.
• Agricultural resilience is being incorporated into production planning. Programmes covering food systems resilience, agricultural insurance, irrigation, water storage and climate responsive production recognize that a single productive season does not establish permanent food security. The below average rainfall experienced during the 2026 season demonstrates the importance of maintaining productive capacity under changing climatic conditions.
• Commercialization is being pursued through value chain investment. Agricultural programmes increasingly address aggregation, storage, processing, financing and markets alongside farm production. This is essential because an increase in harvested output only creates sustainable agricultural income when produce can be preserved, transported, processed and sold through functioning markets.
• Import substitution forms part of the production strategy in commodities where domestic demand exceeds local supply. Maize, rice, edible oils and sugar illustrate the relationship between domestic agricultural production and the national import bill. The objective requires expansion of commercially viable domestic supply and sufficient processing capacity to convert locally produced commodities into products demanded by Kenyan consumers and industries.

1. National Fertilizer Subsidy Programme

The National Fertilizer Subsidy Programme has become one of the largest direct production interventions under BETA. Fertilizer prices had reached approximately KES 7,500 for a 50 kg bag around the beginning of the current agricultural reform period. The subsidized price subsequently moved to KES 3,500 and later to KES 2,500 per 50 kg bag, reducing the amount participating farmers are required to finance directly when purchasing fertilizer through the programme.

The scale of the programme has expanded substantially. Government reporting places fertilizer disbursement at 21.3 million bags in 2025, from approximately 1.4 million bags in 2022. The Government estimates that the reduction in fertilizer costs generated approximately KES 105 billion in savings for farmers over a 2 year period. These figures make fertilizer subsidy one of the largest interventions affecting the seasonal production costs of crop farmers.

The FY 2026/27 allocation of KES 18 billion confirms that fertilizer support remains a major agricultural programme during the current financial year. Distribution is undertaken through the National Cereals and Produce Board network and authorized channels, while farmer registration and electronic voucher systems provide the administrative mechanism for identifying beneficiaries and managing redemption.

The fertilizer programme operates through several interconnected components:

• Farmer registration establishes the beneficiary base. Farmers participating in the programme are registered within the agricultural information system, providing an administrative link between the producer and the subsidized input. This is particularly important for a programme involving millions of bags because procurement volumes must ultimately be translated into fertilizer collected and used by agricultural producers.
• Electronic vouchers provide the allocation and redemption mechanism. Verified farmer information is uploaded into the voucher system and eligible farmers receive allocations that can be redeemed through authorized outlets. The digital transaction creates an administrative record connecting fertilizer distribution to individual beneficiaries.
• Distribution infrastructure determines actual accessibility. NCPB depots and designated selling centres form the physical network through which fertilizer reaches farmers. Last mile availability remains important because distance, transport costs and delivery timing affect the practical value of the subsidy to producers.
• Fertilizer timing has an agronomic consequence. Basal fertilizer is required during crop establishment and top dressing fertilizer during later stages of crop development. Procurement and distribution schedules therefore need to correspond with planting calendars across Kenya’s different agricultural zones.
• Crop and soil suitability determine fertilizer efficiency. Farmers require fertilizer formulations appropriate to the crop and soil conditions involved. The agricultural policy framework increasingly recognizes soil testing, crop specific nutrient requirements and agricultural lime as necessary components of efficient fertilizer use.

The programme must ultimately be evaluated through agricultural outcomes as well as distribution volumes. The number of bags delivered provides an important implementation measure. Yield per acre, production costs, total output, farmer margins and the efficiency with which fertilizer is converted into additional agricultural production provide the economic measures of its performance.

2. KIAMIS And The Digital Infrastructure For Agricultural Delivery

The Kenya Integrated Agriculture Management Information System, KIAMIS, provides the digital infrastructure supporting farmer registration and administration of agricultural interventions. The platform has created a national farmer information system through which beneficiaries can be identified and linked to programmes including fertilizer distribution.

The importance of KIAMIS extends beyond subsidy administration. Agricultural planning requires reliable information on farmers, farming activities, acreage, geographical distribution and participation in public programmes. A functioning farmer register can support input planning, agricultural insurance, extension, credit, production forecasting and monitoring of agricultural interventions. The National Agri Food Systems Investment Plan 2026 to 2030 consequently provides for continued development of KIAMIS, including expansion of its e voucher functionality and integration of additional agricultural information.

The digital agricultural architecture performs several important functions:

• It provides an identifiable farmer level entry point for government programmes. Agricultural interventions can be linked to registered beneficiaries rather than administered solely through aggregate county or national allocations. This creates an opportunity for more precise targeting of fertilizer, seed, extension and other services.
• It supports management of input allocations. Electronic voucher systems allow programme administrators to record allocations and redemption. This creates data on where subsidized fertilizer is being collected and provides a basis for monitoring distribution.
• It provides a platform for agricultural information. Farmer registration can support data on acreage, crop choice and agricultural activities when records are regularly verified and updated. Accurate information improves the ability to estimate input requirements and plan production interventions.
• It creates infrastructure for bundled agricultural services. Agricultural insurance, extension, financing and input support can progressively be linked to the same farmer identification system. The National Agri Food Systems Investment Plan 2026 to 2030 specifically envisages development of input and service bundles and expansion of active agricultural e wallets.

The integrity of the system remains critical. Registration coverage, accuracy of farmer records, verification of acreage, timely updating of information and monitoring of actual beneficiaries determine the quality of the agricultural data generated. Digitalization provides administrative infrastructure, while effective implementation depends on the quality of the information entering and being managed through that infrastructure.

3. Soil Health, Fertilizer Efficiency And Agricultural Lime

The expansion of fertilizer use has increased the importance of soil health management because fertilizer efficiency is determined partly by the physical and chemical condition of agricultural soils. Soil acidity, nutrient depletion, declining organic matter and inappropriate fertilizer application affect crop response in several production zones. Where soil acidity is severe, additional fertilizer alone may not provide the expected productivity response because the chemical condition of the soil restricts nutrient availability.

The agricultural programme is consequently incorporating soil testing, agricultural lime and appropriate fertilizer recommendations into the input system. Lime is used to correct excessive soil acidity and improve the environment in which crops access nutrients. The amount required varies according to soil characteristics, making soil testing important before application.

Soil health management introduces an additional layer of precision into agricultural input policy:

• Soil testing identifies the production constraint before treatment. Measurements of pH and nutrient status provide information required to determine whether a farm needs lime, fertilizer or another soil management intervention. This reduces reliance on generalized fertilizer recommendations.
• Agricultural lime addresses excessive acidity. Correct application improves soil conditions and supports nutrient availability. Its agricultural value is realized over time and requires technically appropriate application rates.
• Crop specific nutrient management recognizes Kenya’s agro ecological diversity. Maize in Trans Nzoia, tea in Kericho, coffee in Nyeri, wheat in Narok and irrigated rice in Kirinyaga operate under different soils and production systems. Fertilizer programmes therefore require formulations and recommendations suited to the commodity and location.
• Research and extension connect soil science to farm practice. KALRO and the wider agricultural research and extension system provide the scientific and technical knowledge required to translate soil testing, crop research and fertilizer trials into recommendations that farmers can use.

The National Agri Food Systems Investment Plan 2026 to 2030 reinforces this direction by providing for integrated extension and soil health services within the agricultural investment framework. This places the quality of input use alongside the quantity of fertilizer distributed as an important productivity consideration.

4. Certified Seed And Productivity PER Acre

Seed forms another major input component within the FY 2026/27 agricultural programme, with KES 2 billion allocated to the Seed Subsidy Programme. Seed establishes the genetic production potential of a crop at planting, while soil fertility, water, crop protection and agronomic management determine how much of that potential is eventually realized.

Kenya’s different agro ecological zones make varietal selection important. Maize varieties suitable for high altitude production areas have different maturity and environmental requirements from varieties used in regions with shorter rainfall seasons. Similar considerations apply to wheat, rice, pulses, oil crops, pasture and horticultural commodities. Seed programmes therefore need to provide farmers with planting material suited to local production conditions.

The seed programme supports agricultural productivity through several channels:

• Certified planting material provides defined varietal characteristics and germination standards. This gives farmers greater certainty about the production characteristics of the seed entering the farm.
• Early maturing and drought tolerant varieties support production under rainfall constraints. These characteristics are particularly relevant during seasons such as 2026 when below average rainfall affects parts of the food basket.
• Disease resistant varieties can reduce production losses associated with specific crop diseases. The value of resistance depends on the disease pressure present within the production environment and the suitability of the variety to local conditions.
• Higher yield potential supports production on limited agricultural land. In areas experiencing land subdivision, increasing output per acre becomes increasingly important because expansion of cultivated acreage is constrained.

Seed, fertilizer, soil health and water consequently need to be treated as components of the same productivity system. Investment in one component produces its full agricultural value when the other production requirements are also adequately addressed.

5. Maize Production, Import Requirements And National Food Security

Maize remains the principal staple within Kenya’s food security system and one of the agricultural commodities most closely connected to household food expenditure. It supplies household consumption, commercial milling, institutional feeding programmes and livestock feed manufacturing while supporting extensive production, aggregation, transport, storage and trading activity.

Government reporting in the FY 2026/27 Budget Statement places national maize production at 67 million 90 kg bags in 2025, from approximately 34 million bags in 2022. Over the same period, maize imports declined from 9.9 million bags to 3.3 million bags, indicating that a larger proportion of national maize requirements was being supplied through domestic production.

The continued importation of 3.3 million bags needs to be understood within Kenya’s maize supply balance. National food security is determined by the relationship between production, opening stocks, imports, household consumption, institutional demand, animal feed requirements, industrial use, post harvest losses and closing stocks. Production is concentrated within agricultural seasons while demand exists throughout the year. The national food system must therefore carry sufficient maize from one major harvest into the subsequent consumption period and ultimately into the next harvest.

Several factors explain the continued maize import requirement:

• National maize demand extends beyond direct household consumption. Commercial flour milling, institutional consumption, animal feed production and other uses form part of the national requirement. Population growth and expansion of livestock and poultry enterprises also influence total demand.
• Production and consumption operate on different timelines. Major harvests enter the market during defined periods while consumers and industries require maize throughout the year. Carryover stocks are therefore an essential component of food security, and imports may be required where domestic production and available stocks do not adequately cover projected requirements.
• Post harvest losses reduce the usable quantity available from the harvested crop. Grain lost through inadequate drying, pest infestation, fungal contamination, handling and poor storage does not reach consumers or processors. The headline production figure consequently cannot be treated automatically as the volume available for final utilization.
• Climatic conditions can alter the supply outlook within a single season. Below average rainfall affected crop production in parts of the food basket during 2026. This creates uncertainty around subsequent harvest volumes and reinforces the importance of maintaining adequate food stocks and strengthening irrigation and water storage.
• Imports provide an additional supply instrument where a national deficit exists. The appropriate volume depends on domestic production, existing stocks, projected consumption, prevailing prices and the timing of subsequent harvests. Import requirements should therefore be evaluated within the complete national food balance.

The decline from 9.9 million imported bags to 3.3 million bags represents approximately 6.6 million 90 kg bags, equivalent to about 594,000 metric tonnes of maize. This reduction has implications for domestic agricultural demand and the foreign exchange required to finance food imports. Sustaining the trend requires domestic production and usable carryover stocks to meet a progressively larger share of national requirements across successive seasons.

The 2026 rainfall situation also demonstrates why maize policy cannot be assessed from a single high production year. Agricultural policy must maintain sufficient production capacity under different climatic conditions and strengthen irrigation, water harvesting, drought resilient seed, post harvest management and national food reserve systems capable of absorbing production volatility.

6. Post Harvest Management, Grain Quality And Food Availability

Post harvest management is an integral component of agricultural productivity because food lost after harvest contains the land, fertilizer, seed, water, labour and capital already invested in its production. Kenya’s Post Harvest Management Strategy for Food Loss and Waste Reduction 2024 to 2028 provides a framework covering harvesting, handling, drying, storage, transportation, processing and marketing.

Moisture management is particularly important in maize. Grain harvested with excessive moisture is susceptible to fungal growth, deterioration and aflatoxin contamination when stored under unsuitable conditions. Drying infrastructure therefore performs both a food safety and economic function by preparing grain for safe storage.

The post harvest system involves several connected interventions:

• Drying protects grain immediately after harvesting by reducing moisture to levels appropriate for storage and limiting conditions that support mould development.
• Cleaning, sorting and grading improve the commercial quality of agricultural produce and enable commodities to enter structured markets according to recognized standards.
• Storage protects production between harvest and consumption and enables grain to move through the marketing year rather than being concentrated entirely within the immediate harvest period.
• Transport and aggregation connect production areas to storage, processing and consumption centres. Poor handling within this stage can create additional physical and quality losses.
• Food safety systems protect consumers and preserve the commercial value of agricultural output. Aflatoxin management is particularly important because contaminated grain may be unsuitable for human consumption and formal markets.

The National Cereals and Produce Board provides part of the physical infrastructure required for grain storage and handling through its network of depots and silos. Post harvest management also extends to other agricultural value chains where different preservation requirements apply. Milk requires rapid collection and cooling, horticultural produce requires appropriate handling and cold chain infrastructure, and coffee requires controlled pulping, drying and storage.

7. Warehouse Receipts And Structured Agricultural Markets

The Warehouse Receipt System adds a commercial and financial function to agricultural storage. Qualifying commodities can be deposited in certified warehouses, weighed and graded, after which the depositor receives a warehouse receipt representing the commodity stored. The receipt establishes an identifiable commercial interest in a specified quantity and grade of produce and can support subsequent trading or financing arrangements.

The system addresses a practical liquidity challenge experienced during harvest periods. Farmers often require cash for household expenditure, school fees, loan repayments and preparation for the following production cycle at the same time large volumes of grain are entering the market. Certified storage allows produce to be preserved while the farmer evaluates available marketing options. Participating financial institutions may also accept qualifying warehouse receipts as security for credit.

A functioning Warehouse Receipt System requires several conditions:

• Certified warehouses must maintain the quantity and quality of deposited commodities. Confidence in the physical commodity represented by the receipt is fundamental to the system.
• Transparent grading and weighing are required because buyers and lenders need reliable information about the commodity represented by the receipt.
• Financing must be commercially accessible if warehouse receipts are to provide meaningful liquidity to farmers.
• Commodity markets must provide sufficient trading opportunities for stored produce to be sold when the depositor chooses to exit the position.
• Storage and financing costs must remain economically viable relative to the expected value of the commodity.

The 2026 Budget Policy Statement provides for progressive expansion of warehouse receipt systems across priority crops and regions as part of the Government’s structured market programme. This places agricultural storage, market organization and access to finance within the wider commercialization strategy.

8. Irrigation And The Expansion Of Controlled Agricultural Production

Irrigation is one of the major structural components of the agricultural transformation programme because rainfall variability remains a significant production risk. Kenya has approximately 3.35 million acres of irrigation potential, while current government reporting places the area under irrigation at approximately 762,000 acres. The national investment framework targets substantial expansion toward 1.5 million acres by 2030.

The scale of the remaining irrigation potential explains the prominence of water storage and irrigation within the food security agenda. The programme covers national public schemes, community irrigation, farmer led investment, water pans, groundwater development, dams and large commercial irrigation projects.

Irrigation expansion is being pursued through several implementation channels:

• National public irrigation schemes provide established production platforms. Mwea, Ahero, West Kano, Bura, Perkerra, Katilu and Tana contain public infrastructure serving thousands of farmers and strategically important crops.
• Farmer led irrigation allows individual producers and organized groups to invest in localized systems. Pumps, drip systems, storage and groundwater infrastructure enable irrigation development outside large public schemes.
• Community schemes provide shared agricultural water infrastructure. The State Department for Irrigation Strategic Plan provides for 14,587 acres of additional community based irrigation development and 20,939 acres under supplemental irrigation supported by community water pans over the plan period.
• The National Expanded Irrigation Programme provides for 103,434 additional acres over the 2023 to 2027 strategic plan period through multiple irrigation projects.
• Large commercial projects mobilize additional capital into water and agricultural infrastructure. Such developments require substantial investment in reservoirs, conveyance, field irrigation, roads, mechanization, storage and agricultural operations.

Several projects provide measurable evidence of the current implementation pipeline. Lower Nzoia Irrigation Project is reported at more than 96% completion and is associated with development of approximately 10,000 acres. Navakholo Irrigation Project is reported at more than 75% completion, with an irrigation area of approximately 1,000 acres. Other projects are at different stages of construction across the country.

Irrigation performance must ultimately be measured through productive utilization. A canal, dam or pipeline acquires its agricultural value when reliable water reaches developed farmland and supports sustained crop production. Acreage physically under cultivation, crop yields, water efficiency and farmer income therefore provide important measures alongside construction progress.

9. Mwea, Thiba Dam And The Rice Production System

Mwea provides one of the clearest examples of the relationship between irrigation infrastructure and a strategic food crop. The scheme is Kenya’s principal rice producing area, and its productivity depends heavily on reliable water availability and effective irrigation management. Thiba Dam, with approximately 15.5 million cubic metres of storage capacity, strengthened the water infrastructure serving the scheme and increased the ability to regulate irrigation supplies across production cycles.

Rice production is water intensive and requires coordinated irrigation, seed, mechanization, harvesting, drying, storage and milling. Expansion of domestic rice production consequently depends on the performance of the complete value chain. Mwea operates alongside Ahero, West Kano, Bunyala and other rice producing schemes, while additional irrigation developments are intended to increase the national production base.

The import requirement remains an important part of the rice equation because domestic consumption exceeds local production. The State Department for Irrigation has identified the rice deficit as a major production challenge and reported a Government commitment of KES 6.8 billion toward expanding local rice production. The national irrigation strategy envisages substantial growth in rice production through expanded acreage and improved productivity within established and new schemes.

10. Galana Kulalu And Large Scale Irrigated Agriculture

Galana Kulalu represents one of Kenya’s largest long term opportunities for irrigated agricultural production and is being developed through several distinct components. The current PPP programme involves agricultural production on an initial 20,000 acres, while a larger development concept provides for construction of the Galana Dam and subsequent irrigation of up to 200,000 acres.

The private investor involved in the initial programme has committed approximately KES 12.5 billion toward storage infrastructure, irrigation works, internal farm roads and agricultural production infrastructure. During 2025, the first 1,500 acres were placed under seed maize, followed by an additional 1,700 acres, bringing the reported area under production to approximately 3,200 acres. The State Department for Irrigation subsequently set an implementation expectation of 6,400 acres by June 2026.

The 6,400 acre figure must remain identified as an implementation target until current production records confirm that the acreage was achieved. The wider 20,000 acre and 200,000 acre figures similarly represent subsequent development stages and should not be described as existing productive acreage.

Galana Kulalu therefore operates across 3 distinct development levels:

• Existing production represents the acreage physically developed and cultivated. This provides the appropriate basis for measuring current agricultural output.
• The 20,000 acre PPP programme represents the immediate commercial production framework. Its implementation requires continued development of irrigation systems, farm infrastructure, mechanization, storage and production capacity.
• The proposed 200,000 acre expansion represents a major future irrigation development. It is linked to construction of a dam with planned storage of approximately 300 million cubic metres and associated conveyance infrastructure.

The wider development is intended to address part of Kenya’s structural food deficit. Government planning estimates indicate that 200,000 acres under the proposed irrigation system could produce approximately 14 million bags of maize annually under the assumed production model. This remains a projected output dependent on completion of the water infrastructure, development of the acreage and achievement of the assumed yields.

11. Community Irrigation, Water Harvesting And Climate Resilience

Community irrigation and water harvesting provide an important decentralized component of the national food production strategy. Water pans, small dams, boreholes and localized irrigation networks enable agricultural production in areas where large national schemes are not appropriate. The approach is particularly relevant to semi arid farming areas where rainfall may provide sufficient water during short periods but inadequate moisture throughout the complete crop cycle.

The 2026 rainfall experience has increased the strategic importance of water harvesting. Below average rainfall affecting crop production in the food basket demonstrates the vulnerability created when agricultural water arriving during rainy periods cannot be adequately captured and stored for later productive use. The Government has identified expanded water harvesting and storage as part of its longer term response to drought and food production risk.

Decentralized water infrastructure contributes to agricultural production through several mechanisms:

• Water pans capture seasonal runoff that can subsequently support supplemental irrigation and livestock.
• Boreholes provide access to groundwater where aquifer conditions and sustainable yields permit agricultural abstraction.
• Solar pumping reduces the recurrent fuel requirement associated with water lifting, while system sizing, borehole yield, storage and maintenance remain important determinants of viability.
• Drip and other efficient irrigation technologies improve control over water application and are particularly useful in horticultural and high value crop production where water efficiency is important.
• Community managed systems distribute productive water infrastructure across multiple farmers and can support localized agricultural economies around vegetables, fodder, cereals, fruits and other crops.

12. Agricultural Transformation As A Complete Value Chain

Agricultural transformation under BETA increasingly connects farmer identification, farm inputs, soil management, irrigation, agricultural research, storage, financing and markets within a common production framework. KIAMIS provides the administrative infrastructure for identifying producers and targeting support, while fertilizer and seed programmes address major inputs required for crop establishment. Soil testing and agricultural lime improve the efficiency of nutrient use, while irrigation and water harvesting address the availability of water as a production input.

The production system continues beyond the farm. Harvested commodities must be dried, cooled, stored or otherwise preserved according to their physical characteristics. Aggregation creates commercially viable volumes from dispersed production, warehousing supports storage and structured trading, agricultural finance provides working capital and processing converts primary commodities into food and industrial products with additional economic value.

The integrated structure becomes particularly visible across Kenya’s priority agricultural value chains:

• Maize and other cereals require seed, fertilizer, mechanization, drying, storage, aggregation, milling and reliable grain markets. Their food security performance must also be assessed through the relationship between domestic production, stocks, imports and national consumption requirements.
• Rice requires irrigation, water management, appropriate varieties, mechanization, drying, milling and continued expansion of domestic production to address the national supply deficit.
• Dairy requires livestock genetics, animal health, feed and fodder, milk collection, cooling, processing and reliable markets capable of absorbing production while maintaining quality.
• Coffee requires farm rehabilitation, seedlings, extension, pulping, milling, farmer financing, marketing, quality management and export market development.
• Tea requires fertilizer, agronomic management, processing efficiency, energy management, market development and payment systems that translate tea sales into income for growers.
• Sugar requires cane development, farmer payment systems, harvesting and transport, milling capacity, factory investment and commercially sustainable management of processing assets.
• Edible oils require domestic production of sunflower, canola, soya, coconut and other oil crops, accompanied by crushing and refining capacity capable of supplying Kenyan food manufacturers and consumers.
• Cotton requires certified seed, extension, pest management, aggregation, ginning and integration with textile and apparel manufacturing.

The agricultural transformation programme must ultimately be assessed through the performance of these complete systems. The principal indicators include production volumes, yield per acre, irrigated acreage, post harvest losses, import requirements, national food stocks, farmer earnings, agricultural exports, domestic processing and the commercial viability of agricultural enterprises. The production gains recorded through 2025 establish an important base for the programme, while the rainfall pressures experienced in 2026 demonstrate the need for continued investment in resilient production, irrigation and food supply management.

The next stage of the agricultural transformation is taking place within the individual commodity value chains, where national agricultural policy is translated into specific reforms affecting farmer earnings, processing capacity, markets and industrial development.

 

Transforming Kenya’s Agricultural Value Chains

The second dimension of agricultural transformation under BETA is taking place within the individual value chains that convert farm production into household income, exports, processed food and industrial raw materials. Coffee, tea, sugar, dairy, livestock, edible oils and cotton operate under distinct production systems, market structures and processing requirements. The policy interventions therefore extend beyond increasing primary output and include farmer financing, planting material, animal genetics, cooperative organization, processing capacity, market access, import substitution and value addition.

The 2026 position shows measurable movement across several of these value chains. Tea production reached 598.47 million kg in 2025, with earnings reported at KES 215 billion. Coffee acreage reached 115,500 hectares, while the average cherry price reached approximately KES 120 per kg and the Coffee Cherry Advance Revolving Fund had disbursed more than KES 9.7 billion over 3 years. National milk production reached approximately 5.3 billion litres, cotton cultivation reached 40,697 hectares, and land under edible oil crops reached 114,350 hectares. These figures provide the production base upon which the FY 2026/27 agricultural programme is now being implemented.

The economic importance of these value chains extends into Kenya’s trade position. Tea and coffee generate foreign exchange through exports, while sugar and edible oils have historically required substantial imports to meet domestic demand. Dairy and livestock supply domestic food and processing industries, while cotton provides agricultural raw material for textiles and apparel. Agricultural transformation therefore operates simultaneously as a farmer income programme, food security programme, export strategy and industrial development programme.

13. Coffee: Rebuilding Production, Farmer Finance And Market Returns

Coffee remains one of Kenya’s internationally recognized agricultural exports and supports farming communities across the central highlands, Eastern Kenya, parts of Rift Valley and other coffee producing areas. The current revitalization programme addresses a value chain that had experienced declining acreage, ageing coffee trees, low farm productivity, high processing costs, delayed payments and weaknesses in cooperative and marketing systems.

By 2025, land under coffee had increased to approximately 115,500 hectares from 109,385 hectares in 2022, representing an expansion of about 5.6%. The FY 2026/27 Budget Statement records the distribution of 3,127,769 coffee seedlings during FY 2025/26, alongside another 2,242,769 seedlings under the March to May 2026 long rains programme. In February 2026, the Government also committed KES 500 million toward propagation of 10 million high yielding, disease resistant coffee seedlings annually as part of the programme to expand national coffee production.

The production objective is substantial. Government policy is targeting an increase in national coffee output from approximately 50,000 metric tonnes toward 150,000 metric tonnes within 3 years. Achieving that level of production requires additional productive acreage, replacement of ageing trees, higher yields from existing farms, disease management, adequate nutrition, extension support and functioning wet and dry processing infrastructure.

The coffee transformation programme is operating through several connected interventions:

• Coffee tree rehabilitation and seedling multiplication are intended to rebuild productive capacity at farm level. Coffee trees are perennial assets and the effect of new planting is realized over several seasons. The distribution of millions of seedlings therefore represents investment in future productive acreage rather than immediate coffee output. The quality of planting material, survival rates, agronomic management and the time required for new trees to reach commercial production will determine the eventual contribution to national output.
• The Coffee Cherry Advance Revolving Fund addresses the working capital requirements of farmers. More than KES 9.7 billion had been disbursed through the fund over the 3 years reported in the 2026 Budget Policy Statement. The facility provides farmers with an advance against delivered cherry, creating liquidity while coffee moves through pulping, milling, marketing and final settlement. This is important in a crop whose commercial cycle extends beyond the date on which the farmer delivers produce to a cooperative or factory.
• The Direct Settlement System is restructuring payment flows within the coffee market. Coffee sale proceeds are channelled through a system designed to provide direct settlement to farmers and identifiable deductions for legitimate value chain costs. The policy framework seeks to ensure that growers receive at least 80% of the value of their coffee, while cooperative societies and service providers recover approved charges through a transparent settlement structure.
• Coffee specific fertilizer distribution is being linked to cooperative structures. In February 2026, the Government announced that coffee fertilizer would be distributed through coffee cooperatives. Coffee has specific nutritional requirements, and linking input distribution to organized producer structures provides an avenue for combining fertilizer access with extension, crop management and production records.
• Extension capacity is being expanded through coffee specific training. In 2026, 350 Ward Coffee Champions were undergoing training in climate smart and precision coffee production, alongside plans for Coffee Training Centres. Such extension systems are important because coffee productivity depends on pruning, nutrition, disease management, harvesting standards and post harvest handling throughout the production cycle.

The commercial results are already visible in farmer pricing and export activity. The average coffee cherry price reported in national planning documents increased from KES 78.99 per kg in 2022 to approximately KES 120 per kg in 2025. Traded volumes of approximately 48,200 metric tonnes generated about USD 229.55 million, while subsequent production and export programmes are targeting further growth. The long term objective of 150,000 metric tonnes will require sustained productivity gains because coffee expansion through seedlings alone will take several years to mature into marketable output.

14. Tea: Production, Farmer Earnings AND The Value Addition Agenda

Tea remains one of Kenya’s principal agricultural export commodities and supports a large smallholder production system linked to factories, transport networks, auction infrastructure and international markets. National tea production reached approximately 598.47 million kg in 2025, from 535.04 million kg in 2022, while earnings increased from approximately KES 138 billion to KES 215 billion over the same period. Average earnings per kilogram of green leaf also increased, providing an important measure of the value ultimately reaching producers.

The current tea programme places increasing emphasis on the form in which Kenyan tea reaches the market. Kenya has historically produced large volumes of black CTC tea for bulk export. The 2026 policy framework is targeting expansion of packaging, blending, branding, orthodox tea, purple tea, specialty products and other forms of value addition. The Government has set an objective of raising value added tea exports to 50% by 2027, making processing and market development an increasingly important component of the tea strategy.

Several interventions are shaping the current tea programme:

• Factory diversification is expanding the range of tea products produced locally. Eight KTDA managed factories have been equipped with orthodox tea processing lines, while 7 cottage tea factories have been licensed. Orthodox production creates additional product categories for markets that do not rely exclusively on conventional CTC tea.
• Value added tea exports have reached approximately 27 million kg. Government planning documents report growth of about 33% in this category. Packaging, blending, specialty processing and branding determine how much processing and commercial value is retained within Kenya before tea reaches international consumers.
• Specialty tea capacity is being developed among smaller enterprises. An incubation centre in Embu has trained 294 MSMEs in orthodox tea, purple tea and specialty tea production. This expands participation in tea processing beyond the established large factory structure and creates opportunities for niche products.
• Market development forms part of the production strategy. Government engagement has included efforts to expand access to markets including China and Iran. Tea production is fundamentally export oriented, making market access, product standards, buyer relationships and international pricing central to the income generated by the value chain.
• Factory modernization affects the economics of farmer payments. Energy use, processing efficiency, factory utilization and product quality influence the cost incurred between green leaf delivery and final tea sale. Investment in efficient processing therefore has a direct relationship with the amount available for distribution to growers after legitimate factory costs.

The current tea transformation agenda consequently combines primary production with processing and market development. Sustaining the reported KES 215 billion in earnings and increasing the proportion retained within the domestic value chain will depend on production quality, factory efficiency, market diversification and expansion of products sold beyond bulk commodity formats.

15. Sugar: Cane Production, Milling Reform And Domestic Supply

The sugar value chain has undergone extensive institutional and commercial restructuring. Kenya’s sugar industry operates across approximately 15 counties and supports cane growers, transporters, mill workers, traders and other enterprises concentrated principally in Western Kenya, Nyanza and parts of the Rift Valley and Coast. The industry has an installed processing base capable of producing substantial quantities of sugar when factories have adequate cane and operate at viable utilization levels.

National sugar production recovered following the production disruption associated with the 2023 drought and the temporary closure of mills to allow cane regeneration. Production reached approximately 832,000 metric tonnes in 2024. Sugarcane acreage also expanded from approximately 256,635 hectares in November 2023 to 287,307 hectares in November 2024, an increase of about 30,672 hectares, strengthening the domestic cane supply base available to the milling industry.

The domestic supply equation remains important because Kenya consumes approximately 1.1 million metric tonnes of sugar annually, including about 950,000 metric tonnes of table sugar. Local production therefore needs to be assessed against total consumption, available stocks and specialized sugar requirements. Increased domestic output reduces the volume that must be imported, while sustained self sufficiency requires cane production and milling output capable of meeting national demand consistently.

The current sugar reforms contain several major structural interventions:

• The Sugar Act, 2024 restored a dedicated statutory framework for the industry. The legislation provides for sector regulation and establishes the 4% Sugar Development Levy. The levy is charged on locally manufactured sugar and imported sugar according to the statutory framework, creating a dedicated financing mechanism for development of the industry, farmer services, infrastructure and administration.
• Four state owned sugar mills have been leased to private operators. The mills are Nzoia, Chemelil, Muhoroni and South Nyanza Sugar Company. Their combined milling capacity is approximately 11,200 tonnes of cane per day. The leasing programme is intended to mobilize capital, restore factory operations, improve maintenance and strengthen commercial management of the milling assets.
• Historical liabilities have been addressed as part of factory restructuring. The approved action plan provided for the write off of approximately KES 65.78 billion in debts associated with state owned sugar companies. Clearing these balance sheet liabilities formed part of the restructuring required before the mills could operate under the leasing framework.
• Cane development remains fundamental to factory viability. A sugar mill cannot operate efficiently without adequate mature cane within an economically viable transport radius. Expansion of cane acreage, access to fertilizer, quality planting material, extension services and timely farmer payments therefore determine whether investments in factory capacity translate into sustained sugar output.
• The value chain is expanding into electricity and ethanol. Sugarcane produces bagasse, molasses and other co products capable of supporting electricity generation, ethanol and industrial production. In June 2026, the Government intensified its policy focus on electricity and ethanol production within the sugar sector. One operating example, West Valley Sugar Company, was reported to be generating 5 MW of electricity while utilizing about 30% of its available bagasse.

The ethanol and cogeneration agenda changes the economics of sugarcane because revenue does not have to originate exclusively from crystallized sugar. Bagasse can fuel boilers and electricity generation, while molasses and other sugar streams can support ethanol production. A commercially integrated sugar complex can consequently generate several revenue streams from the same tonne of cane, subject to investment in the required processing equipment and viable markets for the resulting products.

16. Dairy: 5.3 Billion Litres And The Productivity Of The National Herd

Dairy is one of Kenya’s most important livestock value chains because it generates frequent cash income for smallholder households and supports cooperatives, transporters, processors, animal feed manufacturers, veterinary services and retail enterprises. National milk production reached approximately 5.3 billion litres by 2025, and the National Agri Food Systems Investment Plan records production of 5.33 billion litres in 2024, from 3.98 billion litres in 2019.

The current dairy strategy focuses on the productivity and quality of milk produced from the national herd. Increasing the number of cattle is not the only route to higher milk output because genetics, feed, animal health, reproductive efficiency and management determine production per animal. Artificial insemination and breeding programmes therefore occupy a significant position within the current livestock agenda.

The 2026 livestock and dairy programme contains several measurable interventions:

• Genetic improvement is being expanded through artificial insemination. The 2026 policy framework provides for production and distribution of 3.3 million straws of bull semen and 210,000 straws of goat semen. The objective is to improve genetic potential and reproductive access within dairy and other livestock production systems.
• Milk cooling infrastructure remains central to quality management. Milk begins deteriorating rapidly after milking if it is not handled hygienically and cooled appropriately. Cooperative cooling centres, collection systems and cold chain infrastructure therefore protect both the commercial value and food safety of milk entering formal processing.
• The medium term programme provides for distribution of hundreds of milk coolers. Government planning has included 640 milk coolers across counties, creating additional collection and chilling capacity within producer areas. The economic value of these facilities depends on milk volumes, electricity or alternative energy availability, maintenance, cooperative management and reliable collection by processors.
• Feed and fodder systems are being incorporated into dairy resilience. Milk yield is determined substantially by nutrition. Climate resilient fodder, pasture development, silage, hay and feed conservation provide a mechanism for maintaining animal nutrition during dry periods when natural pasture availability declines.
• Milk quality and safety are being treated as value chain requirements. Expansion of production must be accompanied by hygienic milking, collection, cooling, testing and processing. Formal market growth depends on consistent quality because processors require milk meeting established safety and compositional standards.

The dairy programme consequently links genetics, feed, animal health and post production infrastructure. Increasing national milk volumes without adequate collection and cooling creates quality and market risks, while expanding processing capacity without sufficient productive supply creates underutilized industrial assets. The value chain requires coordinated growth from the cow through to the consumer.

17. Livestock And Pastoral Economies: Protecting Productive Assets

Livestock is the principal productive asset across large areas of Kenya’s arid and semi arid lands and supports meat, milk, hides, skins and extensive domestic trade. Cattle, sheep, goats and camels also perform an important household asset function, making drought, livestock disease and loss of market access major economic risks for pastoral communities.

The current livestock strategy is being implemented through animal health, genetics, feed and fodder, market infrastructure, traceability and pastoral resilience programmes. The FY 2026/27 agricultural framework includes KES 3.3 billion for the De Risking, Inclusion and Value Enhancement of Pastoral Economies programme, reflecting the scale of investment directed toward pastoral production systems.

Several interventions address the productive constraints within the livestock economy:

• Disease control protects livestock assets and market access. The 2026 programme provides for vaccination of 22.7 million cattle against Foot and Mouth Disease. Disease control has an economic function because outbreaks reduce animal productivity, cause mortality, restrict movement and can limit access to domestic and export markets.
• Genetic improvement is being expanded across cattle and small ruminants. Artificial insemination, breeding programmes, semen production and recording systems are intended to raise productive characteristics including milk output, growth rates and reproductive performance.
• Feed and water infrastructure addresses climatic production risk. Pastoral productivity depends on access to grazing, fodder and water. Water pans, boreholes, pasture development and fodder conservation therefore form part of livestock resilience in areas where drought can rapidly reduce animal condition.
• Livestock identification and traceability are moving into the regulatory agenda. The proposed Animal Identification and Traceability Bill, 2026 reflects the importance of establishing reliable animal identification for disease control, movement management, breeding records and access to markets requiring traceable livestock products.
• Meat processing provides an organized market for livestock production. Kenya Meat Commission and private abattoirs form part of the downstream value chain, while slaughter facilities, cold chain, veterinary inspection and transport determine whether livestock can move efficiently from pastoral production areas into domestic and export meat markets.

The economic objective is to convert livestock ownership into a productive and resilient commercial asset. Animal numbers alone provide an incomplete measure of the sector because weight gain, milk yield, reproductive performance, mortality, disease status and market prices determine the actual economic return generated from the herd.

18. Edible Oils: Addressing One Of Kenya’s Largest Agricultural Import Gaps

Edible oils represent one of the clearest opportunities for agricultural import substitution because domestic production supplies only a small share of national consumption. The National Agri Food Systems Investment Plan 2026 to 2030 estimates annual consumption at approximately 900,000 metric tonnes and indicates that Kenya imports around 95% of its edible oil requirements, principally in the form of palm oil. Domestic output currently supplies less than 9% of demand.

The size of this deficit has made sunflower, soybean, canola, coconut and oil palm strategic agricultural commodities. Land under edible oil crops expanded from approximately 60,000 hectares in 2022 to 114,350 hectares by 2025, representing an increase of about 90.6%. The expansion demonstrates growing farmer participation, while the size of the import requirement shows that substantially larger domestic production and processing capacity will be required to alter the national supply structure.

The edible oils programme is being developed across production and processing:

• Sunflower production has been expanded through seed distribution. Government programmes have distributed hundreds of tonnes of sunflower seed across dozens of counties, providing planting material for expansion of acreage under oil crops.
• Processing capacity is being established closer to production areas. Fifteen oil extraction facilities have been established in focus regions under the programme. Local crushing is essential because increasing sunflower acreage does not reduce finished edible oil imports unless harvested seed can be efficiently converted into crude or refined oil.
• Coconut production is being expanded within the Coast region. Tens of thousands of coconut seedlings have been distributed, while the 2026 agricultural programme includes additional coconut and palm planting material. These are perennial crops and their contribution to oil production develops over a longer investment horizon.
• The Edible Oil Crops Promotion Project targets 50% domestic production by 2028. This is a substantial import substitution objective given the current dependence on imported oil. Achievement will require reliable seed systems, commercially attractive farm gate prices, expanded acreage, adequate crushing and refining capacity and markets capable of absorbing locally produced oilseeds.

The edible oil programme should therefore be evaluated through the share of national consumption supplied domestically, not acreage alone. Expansion from 60,000 to 114,350 hectares establishes additional productive capacity, while the decisive economic measure will be the quantity of edible oil produced from domestic crops and the resulting reduction in imported volumes and foreign exchange expenditure.

19. Cotton: Connecting Agriculture To Textiles And Apparel

Cotton occupies a distinct position within BETA because its final value chain extends directly from farming into ginning, spinning, textiles, apparel and manufacturing. Expansion of cotton production therefore has implications for both agricultural incomes and industrial raw material supply.

The area under cotton cultivation increased by approximately 89.6% to 40,697 hectares by 2025. The current programme is supporting seed production and distribution, farmer organization and development of the cotton value chain, while national planning provides for production of additional cotton seed to support expansion.

Cotton transformation depends on coordination across the entire industrial chain:

• Seed quality and pest management determine farm productivity. Cotton requires appropriate varieties, crop protection and extension support because pest pressure can substantially affect yields and production costs.
• Aggregation connects smallholder production to ginneries. Cotton must be collected in commercially viable volumes and handled in a manner that protects fibre quality before ginning.
• Ginning separates lint from seed and determines the quality of fibre entering textile production. Efficient ginneries therefore provide the first industrial link between agriculture and manufacturing.
• Spinning and textile manufacturing determine the domestic industrial demand for lint. Expansion of cotton acreage becomes economically sustainable when farmers have reliable buyers and processors have sufficient locally produced fibre of the required quality.
• Cotton seed creates an additional value stream. After ginning, cotton seed can be processed into oil and other products, connecting the cotton programme with the wider edible oil and animal feed industries.

Cotton therefore demonstrates the broader agro industrial logic of BETA. Agricultural production creates the raw material base, while domestic processing determines how much additional employment, manufacturing output and commercial value is generated before the final product reaches the consumer.

20. From Agricultural Production To An Agro Industrial Economy

The transformation taking place across these value chains demonstrates that agricultural policy in 2026 is increasingly concerned with what happens to commodities after they leave the farm. Coffee must be pulped, milled, marketed and exported. Tea must be processed, blended, packaged or sold through international markets. Sugarcane must reach mills within an appropriate period and can subsequently generate sugar, electricity and ethanol. Milk requires collection, cooling and processing. Oilseeds require crushing and refining, while cotton requires ginning, spinning and textile manufacturing.

The next stage of agricultural transformation therefore depends on 5 interconnected capabilities:

• Reliable volumes of agricultural raw materials: Processing plants require sufficient throughput to operate economically. Farm productivity and aggregation consequently determine the viability of downstream investment.
• Processing capacity located within functioning production corridors: Milling, cooling, crushing, ginning and packaging infrastructure needs to be connected to the regions supplying the raw materials and to transport networks serving domestic and export markets.
• Quality and food safety systems: Agricultural commodities entering formal processing and export markets must meet established standards. Testing, traceability, cold chain, grading and certification become increasingly important as value addition expands.
• Farmer organizations and aggregation systems: Kenya’s production base contains millions of smallholders. Cooperatives, producer organizations and aggregation centres provide mechanisms for consolidating produce, delivering services and negotiating access to processors and markets.
• Markets capable of sustaining production: Increased agricultural output requires corresponding demand. Domestic food processing, institutional markets, retail systems, regional trade and international exports all determine whether additional production generates sustainable farmer income.

• The agricultural sector is recording substantial production and acreage across key value chains alongside institutional reform and agro industrial development. Tea production stands at 47 million kg, milk production at approximately 5.3 billion litres, coffee acreage at 115,500 hectares, edible oil crops at 114,350 hectares and cotton at 40,697 hectares within the latest reporting periods available as at August 2026. Sugar production reached approximately 832,000 metric tonnes in 2024, while sugarcane acreage expanded from 256,635 hectares in November 2023 to 287,307 hectares in November 2024. These production volumes and expanding value chains are supporting increased processing, stronger domestic supply, farmer incomes and additional export value.

The remaining structural gaps are equally important to the agricultural transformation agenda. Kenya still imports a substantial share of its edible oils, continues to require sugar imports when domestic supply does not meet the full national requirement, is rebuilding coffee production toward the 150,000 metric tonne target and is expanding the industrial capacity required to process agricultural commodities locally. These gaps define the investment requirements for the next phase of BETA and provide measurable benchmarks against which progress can be assessed.

Agricultural transformation will ultimately be reflected in the proportion of Kenya’s food and industrial agricultural requirements supplied through productive domestic value chains, the income retained by farmers, the value generated through local processing and the ability of the sector to maintain production under climatic and market pressures.

 

Horticulture, aggregation, agro processing, agricultural finance and market development

21. Horticulture as a high value agricultural and export system

Horticulture occupies a distinct position within Kenya’s agricultural economy because it combines intensive farm production with sophisticated logistics, strict phytosanitary requirements, rapid post harvest handling and direct access to international markets. The value chain covers flowers, fruits, vegetables, herbs, spices and medicinal and aromatic plants, with production distributed across large commercial farms, organized grower groups and smallholder enterprises. Its economic importance lies in the high value generated from relatively limited acreage, the employment created across farms and pack houses, and the foreign exchange generated through exports.

The latest complete annual sector data available before the current 2026 reporting period places horticultural export earnings at approximately KES 136.6 billion in 2024, generated from about 402,195 metric tonnes of exported produce. Flowers accounted for approximately KES 72.1 billion, fruits generated about KES 41 billion, while vegetables and other horticultural products accounted for the remaining export value. The sector entered 2025 with significant variation across individual commodities, particularly in flowers and vegetables, while fruit exports maintained a strong position.

Data from the final quarter of FY 2024/25, covering April to June 2025, provides an important indication of the export momentum feeding into the current agricultural programme. Kenya exported approximately 130,568 metric tonnes of horticultural produce valued at KES 50.54 billion during the quarter. Fruits accounted for approximately 76,432 metric tonnes worth KES 18.89 billion, flowers generated about KES 25.49 billion from 32,463 metric tonnes, vegetables contributed approximately KES 4.56 billion from 16,208 metric tonnes, while herbs, spices and related products contributed about KES 1.61 billion. Produce from Kenya reached 128 export destinations during the quarter, demonstrating the geographical reach of the horticultural export system.

The FY 2026/27 budget provides KES 300 million for the Horticultural Produce Compliance Enhancement Project, reflecting the importance of standards, traceability and phytosanitary compliance to the continued competitiveness of the sector. Horticulture does not operate solely through production volume because access to premium export markets depends on whether individual consignments meet pesticide residue limits, plant health requirements, traceability rules and other importing country standards.

The current horticultural transformation programme therefore operates across several interconnected areas:

• Traceability has become part of the production infrastructure. The National Horticulture Traceability System provides farm to export tracking, digital farmer registration and QR based produce verification. Export horticulture requires the ability to identify where produce originated, the production practices applied and the supply chain through which it moved. This becomes particularly important when an importing market raises a food safety or phytosanitary concern because regulators must be able to trace the affected consignment to the relevant production unit.
• Phytosanitary compliance determines continued access to high value markets. Fresh produce exports are exposed to strict rules governing pests, diseases, pesticide residues and product maturity. Failure within one part of the supply chain can affect the commercial reputation of an entire commodity. Government regulation of avocado harvesting seasons illustrates this approach. Harvesting dates are controlled to reduce the export of immature fruit and protect the quality of Kenyan avocado in international markets.
• Cold chain and rapid handling are essential to preserving export value. Flowers, vegetables, avocado and other fresh products are highly perishable. Time between harvesting, grading, cooling, packing and shipment affects shelf life and commercial quality. Investments in pack houses, refrigerated transport, airport cargo infrastructure and cold storage therefore form part of the productive infrastructure of the horticultural sector.
• Market diversification reduces concentration within a limited number of export destinations. During the April to June 2025 quarter, the Netherlands accounted for approximately 29.2% of horticultural export value, followed by the United Kingdom at 10.5%, the United Arab Emirates at 7.6%, Spain at 6.2% and Germany at 5.5%. The appearance of additional markets including Mexico, Portugal and China among significant destinations points to continuing opportunities for market expansion.
• Individual horticultural commodities require separate market strategies. Flowers depend heavily on European and Middle Eastern markets, avocado is increasingly linked to Europe, the Middle East and Asian destinations, while vegetables and herbs serve both export and domestic markets. The production standards, post harvest requirements and market calendars for these commodities differ considerably.

Horticulture therefore demonstrates the importance of treating agriculture as a complete commercial system. A farmer may produce a high quality avocado or export vegetable crop, while the final economic value depends on maturity, grading, cold chain, traceability, certification, freight availability and access to a buyer. The KES 300 million compliance allocation in FY 2026/27 should consequently be understood as investment in continued market access for a sector generating tens of billions of shillings in export earnings.

22. Avocado and the expansion of Kenya’s fruit export economy

Avocado has developed into one of Kenya’s most commercially significant fruit exports and provides an important example of how smallholder production can be connected to global fresh produce markets. Expansion of Hass avocado production across counties including Murang’a, Kiambu, Nyeri, Kirinyaga, Nakuru, Uasin Gishu, Kisii and parts of Eastern Kenya has created a broader production base serving exporters and pack houses.

The value chain involves several stages before a fruit reaches an overseas consumer. Farmers must establish appropriate varieties, manage orchards, control pests and diseases and harvest fruit at the correct level of maturity. Produce is subsequently aggregated, sorted, graded, packed, cooled and shipped under controlled conditions. Export maturity standards are particularly important because fruit harvested prematurely may fail to ripen correctly and can damage confidence in the Kenyan product.

The avocado value chain is being strengthened through several mechanisms:

• Harvest regulation protects product quality. The Agriculture and Food Authority regulates harvesting seasons for avocado varieties to discourage the marketing of immature fruit. This protects the reputation of Kenyan exporters and supports consistency within destination markets.
• Traceability connects orchards to exporters and final markets. Registered farms and exporters provide the documentation required by importing markets and enable authorities to identify the source of a consignment where quality or phytosanitary concerns arise.
• Pack house infrastructure provides grading and quality control before export. Fruit destined for export markets must meet requirements relating to size, maturity, appearance and phytosanitary condition. Pack houses provide the point at which unsuitable fruit can be removed before shipment.
• Market access increasingly extends beyond traditional European destinations. Kenya has secured avocado access to additional markets over recent years, increasing the importance of production standards capable of satisfying different regulatory regimes.
• Processing creates an outlet for fruit that may not meet fresh export specifications. Avocado oil production provides a value addition route for suitable fruit outside the premium fresh export category and creates an additional commercial stream within the value chain.

The expansion of avocado demonstrates the broader agricultural opportunity created when farmers participate in value chains where production per acre carries substantial commercial value. The sustainability of that growth will depend on orchard productivity, reliable market demand, mature fruit harvesting, compliance and the capacity of exporters and processors to absorb increased production.

23. County Aggregation and Industrial Parks and the local value addition architecture

County Aggregation and Industrial Parks, CAIPs, form one of the principal physical links between agricultural production and industrial development under BETA. The programme is being implemented jointly by the National Government and County Governments and is intended to establish an aggregation and processing hub in each of the 47 counties.

The current 2026 policy framework places 47 CAIPs within the national programme. The Draft 2026 Budget Policy Statement reports 13 parks developed and operational under the first phase, with construction of the remaining 34 forming part of the subsequent phase targeted for completion by 2027. This implementation status is important because the national programme should be assessed according to the parks physically completed and operating, the facilities under construction and the remaining planned sites.

The economic logic of CAIPs is rooted in the structure of Kenyan agriculture. Millions of farmers produce relatively small quantities individually across dispersed geographical areas. Industrial processors require reliable volumes of raw materials, while farmers require stable markets capable of absorbing production. Aggregation provides the mechanism for consolidating produce into quantities that can support processing, storage and organized trade.

A functioning CAIP is intended to bring several agricultural and industrial functions into one location:

• Aggregation creates commercially viable volumes from dispersed production. Individual farmers can supply a common facility where produce is collected, sorted and consolidated before sale or processing. This provides processors and bulk buyers with access to predictable quantities and creates an organized market point for producers.
• Storage protects produce after harvesting. Different commodities require different facilities, including dry warehouses, cold rooms and specialized storage. The appropriate infrastructure allows agricultural products to remain marketable beyond the immediate harvesting period and supports a more orderly flow of produce into markets.
• Processing creates additional value within the county of production. Agricultural products can be cleaned, milled, dried, packaged, crushed, chilled or otherwise processed before leaving the production region. The specific processing infrastructure depends on the commodities prioritized by each county.
• Common user facilities reduce the capital burden on individual enterprises. Small and medium processors may be unable to finance complete industrial facilities independently. Shared processing, cold chain, testing or packaging infrastructure creates a mechanism through which multiple enterprises can access equipment.
• Market infrastructure connects producers to buyers. Aggregation centres provide identifiable locations where processors, wholesalers, exporters and institutional buyers can obtain produce in commercial volumes. Their performance ultimately depends on reliable throughput and formal relationships between producers and off takers.

The design of a CAIP must therefore reflect the agricultural economy of the county in which it is located. A county dominated by dairy requires different processing and cold chain infrastructure from one producing avocado, coffee, potatoes, cereals or livestock. The value of the programme will depend on the ability of individual parks to align infrastructure with locally available raw materials and commercially sustainable markets.

24. Aggregation centres beyond the industrial parks

The FY 2026/27 budget separately provides KES 262 million for development of aggregation centres, demonstrating that aggregation is being pursued beyond the larger CAIP programme. Smaller aggregation facilities are particularly important in agricultural areas where producers are geographically dispersed and distances to industrial parks or major markets are substantial.

Aggregation centres perform a logistical function between the farm and the processor or wholesale market. Their viability depends on sufficient production within the surrounding catchment area, reliable transportation and a buyer or processor capable of absorbing the aggregated volume. Facilities that are constructed without adequate throughput risk becoming underutilized public assets.

Effective aggregation requires several operational conditions:

• Production planning must correspond with market demand. Aggregation works most effectively where farmers have information on the commodity, quantity and quality required by buyers. Production without a defined market can transfer the oversupply problem from individual farms to the aggregation centre.
• Quality standards must be applied before produce enters the formal supply chain. Sorting and grading establish consistency and allow different quality categories to be priced appropriately. This is particularly important for horticulture, cereals, potatoes and other commodities where buyers apply defined specifications.
• Records are required to identify suppliers and quantities delivered. Digital weighing, receipts and farmer records create transparency around deliveries and payment obligations.
• Storage must correspond to the physical characteristics of the commodity. Grain can be held in dry storage under appropriate conditions, while milk, fresh vegetables and fruits require cold chain systems. Agricultural infrastructure must therefore be commodity specific.
• Transport connectivity determines the economic radius of the centre. Poor roads and high transport costs can reduce the price received by farmers and make collection from distant farms commercially unattractive.

Aggregation is consequently not simply the construction of warehouses. It is the organization of production, logistics, quality management and markets around a physical point where agricultural commodities move from fragmented farm production into organized commercial trade.

25. Agro processing and the conversion of agriculture into industrial output

Agro processing is central to the industrial dimension of BETA because a substantial proportion of Kenya’s manufacturing base depends on agricultural raw materials. Grain milling, dairy processing, meat processing, edible oil crushing and refining, tea manufacture, coffee milling, sugar production, fruit processing, leather manufacturing, textiles and animal feed production all begin with agricultural output.

The national policy direction is toward increasing the amount of processing undertaken locally before agricultural commodities enter domestic or export markets. This has direct implications for employment, investment and farmer demand because processing plants require consistent supplies of raw materials and create additional economic activity beyond primary production.

Value addition changes the agricultural economy in several ways:

• Processing creates additional demand for farm output. A functioning oilseed crusher creates a market for sunflower or soya. A dairy processor requires milk throughout the year. A fruit processing facility can absorb mangoes, avocado or pineapples that meet its processing specifications. Industrial capacity therefore creates a structured off take channel for farmers.
• Processing extends the usable life of agricultural commodities. Fresh milk has a limited shelf life, while pasteurization, UHT processing, fermentation and powder production create products with different storage characteristics. Fruits can be dried, pulped or processed into juice, and cereals can be milled into products suitable for consumer and industrial markets.
• Industrial utilization can reduce agricultural waste. Produce that does not meet premium fresh market specifications may retain value as a processing raw material where the appropriate facility exists. This is particularly important for fruits and vegetables whose cosmetic characteristics can affect fresh market acceptance.
• Domestic processing retains a larger share of the value chain within Kenya. Cleaning, grading, packaging, milling, refining and branding generate economic activity and employment that would otherwise occur outside the production economy if commodities were exported or sold in raw form.
• Processors require consistency in volume and quality. Agricultural industrialization therefore places additional pressure on the production system to deliver sufficient raw material throughout the year. Irrigation, aggregation, contract farming and organized producer groups become increasingly important when factories depend on continuous throughput.

The County Aggregation and Industrial Parks, Special Economic Zones and other industrial programmes are designed to provide physical platforms for this transition. Their agricultural relevance will ultimately be measured by the amount of locally produced raw material processed through the facilities, the enterprises established and the markets created for farmers.

26. Agricultural credit and the financing of the production cycle

Agriculture requires capital several months before income is realized. Farmers purchase seed and fertilizer, prepare land, employ labour, manage crops and incur harvesting costs before receiving revenue. Livestock farmers invest in feed, veterinary services, breeding and water before animals or milk generate income. Processors and aggregators also require working capital to purchase produce before processing and final sale.

The FY 2026/27 budget provides KES 1 billion for MSME Agricultural Credit, placing financing directly within the current food security and commercialization framework. Additional financing mechanisms operate through commodity funds, cooperative institutions, commercial banks and development programmes.

Agricultural finance performs several distinct functions within the value chain:

• Seasonal production credit finances farm inputs before harvest. The structure of agricultural cash flow requires financing that recognizes the gap between expenditure at planting and revenue at harvest.
• Asset finance supports mechanization and irrigation. Tractors, pumps, irrigation systems, cooling equipment and other productive assets have longer economic lives and require financing structures different from seasonal working capital.
• Warehouse receipt finance allows stored produce to support liquidity. Farmers and traders can use qualifying receipts to access financing while commodities remain in certified storage.
• Commodity specific revolving funds address particular value chain constraints. The Coffee Cherry Advance Revolving Fund demonstrates this model by providing liquidity to coffee farmers during the period between delivery of cherry and final settlement of coffee sales.
• Agricultural insurance protects financed production against defined risks. Lenders are exposed where drought or other insured events destroy the crop that was expected to generate repayment. Bundling credit with crop insurance and verified farmer information can reduce part of this production risk.

The design of agricultural finance is important because repayment schedules must correspond to the biological production cycle. A maize farmer, coffee grower and dairy enterprise generate income at different intervals. Credit designed without regard to the timing of agricultural cash flows can create repayment pressure before the financed enterprise has generated revenue.

27. Cooperatives as agricultural economic infrastructure

Cooperatives remain important within Kenyan agriculture because they organize producers who would otherwise operate individually within fragmented markets. Coffee, tea and dairy provide established examples of cooperative participation, while other commodities increasingly use producer organizations for aggregation, inputs, extension and marketing.

The economic role of a cooperative extends beyond collective ownership. A well managed cooperative creates scale. It can purchase inputs in bulk, aggregate produce, invest in processing or cooling infrastructure, employ professional management, negotiate with buyers and provide records that support access to finance.

Cooperatives support agricultural transformation through several functions:

• Aggregation allows smallholder output to enter commercial markets at scale. A processor may not efficiently procure several litres of milk or a few kilograms of coffee from each producer individually. The cooperative consolidates production and creates a single commercial interface.
• Infrastructure can be jointly financed and utilized. Milk coolers, coffee factories, collection centres and other assets become economically viable when their cost is spread across sufficient volumes from many producers.
• Farmer payments can be organized through a formal system. Delivery records provide the basis for calculating payments and deductions for agreed services.
• Extension and input distribution can be delivered through the producer organization. Cooperatives can provide a local structure for fertilizer, seedlings, veterinary services, artificial insemination and technical training.
• Financial institutions can engage with organized producers through documented production and payment histories. This creates opportunities for agricultural credit linked to actual deliveries and cash flows.

The governance quality of cooperatives remains fundamental because these institutions manage farmer produce, money and productive assets. Professional management, accurate records, audited accounts, transparent deductions and timely farmer payments determine whether the cooperative strengthens or weakens the economic position of its members.

28. Market access and the economics of producing for demand

Agricultural production creates income only when the resulting commodity reaches a buyer at a price capable of sustaining the enterprise. Market development is therefore an essential part of agricultural transformation and covers domestic wholesale markets, processors, institutional buyers, regional trade and international exports.

Kenya’s agricultural market structure varies significantly by commodity. Tea and coffee are strongly linked to international markets. Horticulture serves domestic and export buyers. Maize is consumed primarily within the domestic food and feed system. Sugar competes within a regulated domestic market that also uses imports to cover supply deficits. Edible oils operate within a market currently dominated by imported product. Dairy has a substantial domestic market supported by formal processors and extensive informal trade.

Effective agricultural market development requires several capabilities:

• Market information allows farmers to make informed production decisions. Information on prevailing prices, buyer requirements, production volumes and demand helps producers assess what to grow and where to sell.
• Standards allow commodities to move into formal markets. Grading, food safety, traceability and phytosanitary requirements determine whether produce can enter supermarkets, processing plants, institutional procurement and export channels.
• Contractual off take can reduce uncertainty where production is linked to a processor. Contract farming arrangements can define quality, quantity and pricing mechanisms before production, although their sustainability depends on transparent and enforceable commercial terms.
• Regional trade provides markets beyond domestic consumption. The East African Community and COMESA offer opportunities for agricultural and processed food exports, subject to supply competitiveness, standards and trade conditions.
• International market access supports high value agricultural exports. Tea, coffee, flowers, avocado, vegetables and herbs generate significant foreign exchange and require continued compliance with destination market regulations.

Market access therefore feeds directly back into production decisions. Farmers are more likely to invest in productivity where they have confidence that additional output can be sold. Processing enterprises are more likely to invest where raw material supply and final demand are sufficiently predictable.

29. Agricultural import substitution as a measurable economic objective

Import substitution forms an important part of the food security and agro industrial strategy because Kenya spends substantial foreign exchange importing commodities that can be produced locally to varying degrees. Maize, rice, sugar and edible oils occupy different positions within this equation and require commodity specific approaches.

The objective should be measured through actual domestic production and the residual import requirement. Increasing acreage is an input indicator. Increasing domestic supply relative to national consumption provides a direct measure of the effect on import dependence.

The principal import substitution opportunities have different production requirements:

• Maize requires sustained high production across successive seasons. The fall in imports from 9.9 million bags in 2022 to 3.3 million bags in 2025 provides a measurable indication of the increased contribution of domestic supply. Climatic variability in 2026 demonstrates the importance of maintaining this production through irrigation, input access and national stock management.
• Rice requires substantial expansion of irrigated production. Domestic production remains below national consumption, making irrigation development, seed, mechanization and milling central to reducing the import requirement.
• Sugar requires sufficient mature cane and efficient milling. The latest production above 800,000 metric tonnes has narrowed the domestic supply gap, while national requirements remain above current output. Sustained production from local mills is required to reduce recurrent import demand.
• Edible oils contain one of the largest structural gaps. With imports supplying the overwhelming majority of national demand, meaningful import substitution requires substantial expansion of domestic oilseed production, crushing and refining capacity.

Import substitution does not require eliminating trade in every agricultural commodity. The economic objective is to increase reliable domestic production where Kenya possesses suitable productive capacity and where local value chains can supply consumers and industries competitively. The resulting gains include farmer demand, local processing, employment and reduced foreign exchange expenditure on commodities that can be produced domestically.

30. Food security requires production, stocks, markets and resilience

Kenya’s food security position cannot be measured solely by the volume harvested in a single year. A secure food system must produce adequate quantities, preserve the harvest, maintain stocks between seasons, move food efficiently between producing and consuming regions and retain the capacity to respond when weather or other shocks affect production.

The 2026 season illustrates this requirement clearly. Maize production reached 67 million bags in 2025 and import requirements declined substantially, while below average rainfall reported during 2026 created renewed production risk in parts of the food basket. Agricultural transformation must consequently build resilience into the production system rather than depend on favourable rainfall every year.

A resilient food system requires several layers of capacity:

• Domestic production must remain sufficiently high across successive seasons. Fertilizer, seed, irrigation, extension and soil management provide the production foundation.
• Post harvest systems must preserve the crop that has already been produced. Drying, storage, cooling and food safety systems determine the usable volume reaching consumers.
• National stocks must bridge the period between production cycles. Carryover stocks form part of the food balance and reduce exposure to temporary supply disruptions.
• Trade must provide an additional supply mechanism when genuine deficits occur. Imports can fill documented supply gaps where domestic production and available stocks cannot meet requirements.
• Agricultural markets must sustain farmers economically. Food security cannot be maintained over time if producers consistently operate at losses because farmers will reduce investment or exit production.
• Irrigation and water storage must progressively reduce exposure to rainfall variability. The scale of Kenya’s undeveloped irrigation potential provides one of the largest opportunities for creating additional production resilience.

The strategic objective of BETA’s agricultural programme is therefore broader than producing a large harvest. It involves building a food and agricultural economy capable of supplying Kenyan households, generating commercially viable returns for producers, supporting domestic industries, earning foreign exchange and maintaining production capacity under changing climatic and market conditions.

31. From food security to agricultural industrialization

The current agricultural programme increasingly connects food security with industrialization. The relationship begins at farm level and extends through aggregation, processing, logistics and markets. Maize supports milling and animal feeds. Milk supports dairy processing. Sugarcane supports sugar, ethanol and electricity. Oilseeds support crushing and refining. Cotton supports ginning, textiles and apparel. Livestock supports meat and leather processing. Coffee and tea support extensive processing and export systems, while horticultural production supports pack houses, cold chain, food processing and international logistics.

County Aggregation and Industrial Parks provide one physical expression of this strategy. The 13 parks reported as operational within the first phase and the planned rollout of the remaining sites are intended to locate processing infrastructure closer to agricultural production. The FY 2026/27 allocations for aggregation centres, horticultural compliance, edible oils, cotton, agricultural credit and individual value chain programmes provide additional components of the same agro industrial framework.

The success of agricultural industrialization will be determined by the commercial relationship between farm output and processing capacity. Factories require reliable supplies of raw materials, while farmers require processors capable of buying production at commercially viable prices. Infrastructure, financing and policy can support this relationship, while sustained investment ultimately depends on whether both sides of the value chain generate acceptable economic returns.

The key measures of progress should therefore extend beyond public expenditure:

• Production per acre and per animal will indicate whether productivity is rising.
• The proportion of harvested output reaching markets will indicate whether post harvest systems are improving.
• The share of national consumption supplied domestically will provide a measurable indicator of food security and import substitution.
• The volume of agricultural commodities processed locally will indicate the depth of value addition.
• Farmer earnings and enterprise margins will show whether agricultural production is commercially sustainable.
• Agricultural export earnings and diversification of destination markets will show the ability of Kenyan products to compete internationally.
• Utilization of irrigation, aggregation and processing infrastructure will indicate whether capital investment is being converted into productive economic activity.

Agriculture under BETA is consequently moving through a combination of production support, infrastructure development, value chain reform and market organization. The underlying economic test is whether these interventions translate into a larger, more reliable and commercially sustainable domestic agricultural production base capable of feeding the country, supplying industry and generating income throughout the value chain.

 

Agricultural research, extension, mechanization, resilience and the national food security architecture

32. Agricultural research as the foundation of productivity growth

Agricultural transformation depends on the ability to generate technologies that respond to the actual production conditions faced by farmers. Seed varieties, livestock genetics, soil management, pest and disease control, feed formulations, irrigation technologies and post harvest systems all require continuous research before they can be deployed effectively at farm level. Kenya’s agricultural research system therefore provides an important technical foundation for the productivity interventions being implemented under BETA.

The Kenya Agricultural and Livestock Research Organization, KALRO, occupies a major position within this system through research covering crops, livestock, soils, biotechnology, animal health, agricultural engineering and natural resource management. Its role extends from laboratory and experimental research to development of technologies that can subsequently be multiplied, commercialized and transferred to farmers. This function has become increasingly important as the agricultural programme places greater emphasis on climate resilient varieties, soil health, disease resistance and productivity per acre.

The current agricultural research agenda supports transformation through several areas:

• Development and evaluation of improved crop varieties provides the genetic foundation for higher productivity. Maize, wheat, rice, pulses, oil crops, potatoes, pasture and horticultural crops require varieties suited to Kenya’s diverse agro ecological conditions. Research determines maturity periods, yield potential, disease resistance, drought tolerance and other characteristics before planting material is multiplied for commercial use.
• Livestock research supports genetics, animal health, nutrition and reproductive efficiency. The planned production and distribution of millions of semen doses under the current livestock programme requires a strong breeding and genetic improvement system. Research also supports feed formulation, pasture development, disease diagnostics and technologies for dairy, beef, poultry, sheep, goats and other livestock enterprises.
• Soil research is increasingly important to the fertilizer programme. The expansion of subsidized fertilizer creates a need for accurate information on soil acidity, nutrient deficiencies and crop response. Soil mapping, fertilizer trials and lime recommendations provide the scientific basis for moving toward more precise nutrient management.
• Climate resilient agricultural technologies address changing production conditions. Drought tolerant seed, early maturing varieties, water efficient irrigation, fodder conservation and climate smart agronomic practices provide farmers with additional tools for managing rainfall variability.
• Post harvest research protects the value already created on the farm. Drying, storage, food safety, processing and packaging technologies reduce losses and improve the quality of commodities entering markets.

The economic value of agricultural research is ultimately realized when technologies leave research institutions and are adopted by producers. This places extension, seed multiplication, private input companies, cooperatives and farmer organizations within the technology transfer system. A new crop variety or livestock technology has limited national impact while confined to experimental stations. Its contribution becomes measurable when farmers adopt it and production outcomes improve.

33. Agricultural extension and the transfer of knowledge to the farm

Extension services provide the operational link between agricultural research, government programmes and farmers. Modern agriculture requires increasingly specialized knowledge covering seed selection, fertilizer application, soil management, irrigation, animal nutrition, disease control, pesticide use, food safety, record keeping and market standards. The quality of decisions made at farm level therefore influences the return generated from public investment in inputs and infrastructure.

The National Agricultural Extension Policy establishes the framework for pluralistic extension involving national and county governments, research institutions, universities, cooperatives, private companies and other service providers. County governments carry significant responsibility for agricultural extension under the devolved system, while national institutions retain functions relating to policy, research, regulation and national programmes.

Extension has become particularly important within the current BETA interventions:

• Subsidized inputs require corresponding agronomic guidance. Providing fertilizer without appropriate recommendations on application rates, timing and crop requirements can limit the productivity achieved from the subsidy. Extension enables farmers to connect the physical input with the production knowledge required to use it effectively.
• Soil health interventions require technical interpretation. Soil test results must be converted into practical recommendations on fertilizer, lime, organic matter and crop management. Farmers require guidance on the quantities, timing and methods involved.
• Irrigation introduces additional management requirements. Water application needs to correspond with crop requirements, soil conditions and stages of plant development. Excessive irrigation can create drainage and nutrient problems, while insufficient application reduces the productive value of the infrastructure.
• Livestock productivity depends heavily on husbandry knowledge. Artificial insemination, feeding, disease control, housing, calf management and milk hygiene all require technical management. Genetic improvement cannot deliver its full value where animal nutrition and health are inadequate.
• Export agriculture requires knowledge of market standards. Horticultural producers must comply with pesticide residue limits, traceability requirements and phytosanitary rules. Coffee and tea quality also begins with production and harvesting practices at farm level.

The development of commodity specific extension is particularly relevant. The training of 350 Ward Coffee Champions in 2026 illustrates an approach in which technical capacity is organized around a particular value chain. Similar specialization across dairy, horticulture, irrigation, edible oils and other commodities can provide farmers with advice relevant to the enterprises they actually operate.

34. Mechanization and the economics of agricultural labour

Mechanization influences the timing, cost and scale of agricultural operations. Land preparation, planting, spraying, harvesting, threshing, drying and transport all contain activities that can be mechanized to different degrees depending on farm size, crop and production system. The economic objective is not simply to increase the number of machines in agriculture. It is to ensure that appropriate technology is available when required and that the resulting cost per unit of production remains commercially viable.

Farm fragmentation creates a particular mechanization challenge because many smallholders cannot justify ownership of expensive equipment that may only be used for a few days each season. Tractor hire, cooperative machinery pools, private agricultural service providers and county mechanization services provide mechanisms through which equipment can be shared across multiple farms.

Mechanization contributes to productivity through several channels:

• Timely land preparation allows farmers to use available rainfall effectively. Delayed ploughing and planting can reduce the growing period available to a crop, particularly in areas with short or unreliable rainfall seasons.
• Precision planting improves crop establishment. Mechanized planters can control seed spacing and depth, contributing to uniform plant populations and more efficient use of seed.
• Mechanized harvesting reduces labour constraints during peak periods. Cereals and other crops often mature across large production areas at approximately the same time, creating concentrated labour requirements. Harvesting equipment can reduce delays and associated field losses.
• Post harvest machinery improves handling efficiency. Shellers, threshers, dryers, graders and packaging equipment move agricultural produce from harvested crop to marketable commodity.
• Specialized equipment supports conservation agriculture and efficient input application. Appropriate machinery can reduce unnecessary soil disturbance and improve precision in fertilizer and crop protection operations.

Mechanization policy must also account for equipment maintenance, spare parts, operator training and financing. A machine that cannot be repaired locally or is unaffordable to operate does not create sustainable productive capacity. Development of agricultural machinery services therefore requires technical support alongside equipment acquisition.

35. Agricultural insurance and the management of production risk

Agriculture contains risks that are difficult for individual farmers to control. Drought, excessive rainfall, floods, livestock disease and other shocks can reduce or eliminate the income expected from a production cycle after the farmer has already invested in inputs and labour. Agricultural insurance provides a financial mechanism for transferring part of this risk.

The Government has progressively integrated insurance into crop and livestock programmes, including arrangements linked to subsidized fertilizer and livestock production. The objective is particularly important where farmers use credit because a production shock affects both household income and the ability to repay financing.

Agricultural insurance supports the wider transformation programme in several ways:

• Insurance protects part of the capital invested in production. Where a defined insured event occurs, compensation can provide resources required for recovery and subsequent production.
• Insurance can improve the willingness of financial institutions to lend to agriculture. A lender faces significant risk where repayment depends on a crop exposed entirely to weather. Appropriate insurance can reduce part of that exposure.
• Digital farmer registration improves the administrative infrastructure required for insurance. KIAMIS and other agricultural databases can provide information required to identify farmers, production locations and participation in government programmes.
• Index based products can provide coverage across large numbers of farmers. Weather and area yield indices can reduce the need to assess every individual farm after a widespread climatic event, although product design must accurately reflect the losses experienced by farmers.
• Livestock insurance is particularly relevant within pastoral economies. Drought can reduce pasture and water availability across large geographical areas, affecting animal condition and mortality. Insurance can form part of a wider resilience system involving feed, water, veterinary services and markets.

Insurance does not remove agricultural risk. Its role is to reduce the financial consequences of defined events and support recovery. Long term resilience still requires irrigation, water storage, appropriate seed, disease control, diversified production and effective management of natural resources.

36. Agricultural water storage and the response to the 2026 rainfall challenge

The rainfall conditions experienced during 2026 have reinforced the importance of water storage within the food security strategy. Below average rainfall affected crop production in parts of the country’s principal food producing areas, prompting Government action around fertilizer, seed and preparations for the September and October rains. The production implications extend beyond a single season because reduced rainfall can affect crop yields, pasture, livestock water and subsequent food stocks.

Kenya receives substantial quantities of rainfall during wet periods, while the ability to retain that water for productive use remains limited in many agricultural areas. Dams, water pans, farm ponds, reservoirs and groundwater infrastructure therefore form part of the strategy for converting seasonal water availability into agricultural production.

Water storage strengthens the agricultural system at several levels:

• Large reservoirs support national irrigation schemes and extensive commercial production. Thiba Dam demonstrates the relationship between stored water and rice production at Mwea, while proposed infrastructure at Galana Kulalu is intended to support substantially larger irrigated acreage.
• Medium scale dams and reservoirs support community and regional irrigation systems. These facilities can supply organized groups of farmers and create production clusters around reliable water.
• Water pans provide localized storage for supplemental irrigation and livestock. Their value is particularly significant in semi arid areas where short rainfall events can generate runoff that would otherwise leave the production area.
• Farm level storage gives individual producers greater control over water application. Small reservoirs and tanks can support drip irrigation for horticulture and other high value enterprises.
• Groundwater provides an additional source where hydrogeological conditions permit sustainable abstraction. Borehole development must be based on reliable yields, water quality and sustainable extraction because agricultural irrigation can require substantial volumes.

The irrigation strategy therefore requires attention to both water storage and efficient use. Expanding storage without efficient distribution can limit the productive return, while irrigation technologies without reliable water sources cannot operate consistently. The complete system must connect the water source, storage, conveyance, field application and agricultural enterprise.

37. Strategic food reserves and management of supply between harvests

National food security requires mechanisms for managing the period between agricultural production and consumption. Maize and other staples are harvested seasonally, while household and institutional demand continues every day. Stocks held by farmers, traders, millers, warehouses and public institutions collectively determine the amount of food available between major harvests.

The Strategic Food Reserve framework provides the public policy mechanism for maintaining designated food commodities for emergency and supply management purposes. The National Cereals and Produce Board provides substantial storage infrastructure that can support public grain operations, while private warehouses and commercial stocks form an additional part of the national supply system.

Effective reserve management requires several disciplines:

• Stock levels must be informed by credible national food balance information. Production estimates, imports, consumption requirements, private stocks and projected harvest dates determine the size of any supply gap.
• Grain purchased into public stocks must meet appropriate quality standards. Moisture, aflatoxin, grading and storage conditions determine whether food remains safe during the reserve period.
• Stock rotation protects quality and reduces physical losses. Grain cannot remain indefinitely in storage without appropriate management. Reserve systems require mechanisms for releasing older stocks and replenishing inventories.
• Procurement timing affects farmers and public expenditure. Purchases during periods of abundant domestic supply can provide an additional market for producers, while procurement prices and quantities must be managed within the wider market environment.
• Release mechanisms must respond to genuine supply conditions. Strategic stocks provide value when they can be deployed during emergencies, localized shortages or other circumstances defined within the applicable policy framework.

The national reserve should consequently be understood alongside commercial storage and imports. Food security is strongest when domestic production supplies the bulk of requirements, private and public stocks bridge seasonal gaps, and trade provides an additional mechanism where verified deficits remain.

38. Food safety as an agricultural economic issue

Food safety is frequently treated as a consumer protection issue, while it also has direct consequences for agricultural incomes, processing and exports. Produce that fails safety standards can be rejected by processors, regulators or destination markets, eliminating the commercial value created during production.

Aflatoxin in maize and groundnuts, pesticide residues in horticultural products, milk contamination, animal drug residues and plant pests illustrate the relationship between agricultural practices and market access. Prevention therefore begins on the farm and continues through storage, transport, processing and retail.

Food safety systems affect agricultural transformation through several mechanisms:

• Aflatoxin control protects staple food supplies. Proper harvesting, drying, storage and testing reduce the risk of contaminated maize entering human and animal food chains.
• Pesticide residue management protects horticultural exports. Farmers must use approved products at correct application rates and observe pre harvest intervals to comply with maximum residue limits in destination markets.
• Milk hygiene determines the quality entering dairy processing. Clean milking, rapid cooling, appropriate containers and testing protect both consumers and processors.
• Veterinary drug controls affect meat and milk safety. Withdrawal periods and responsible medicine use reduce the risk of unacceptable residues entering food products.
• Traceability enables regulators and businesses to identify the source of a food safety problem. Digital systems become increasingly important as agricultural supply chains expand and products move through multiple intermediaries.

Food safety therefore forms part of agricultural competitiveness. Kenya’s ability to expand exports and supply increasingly formal domestic markets depends on the reliability of the standards applied throughout the value chain.

39. Agricultural exports and the foreign exchange contribution of the sector

Agricultural exports provide an important source of foreign exchange and connect Kenyan producers to global markets. Tea, horticulture and coffee form the principal high value agricultural export systems, accompanied by products including nuts, essential oils, processed foods, hides and skins.

The production and market reforms discussed throughout the agricultural programme have direct implications for export earnings. Coffee revitalization seeks to expand output and improve grower returns. Tea policy is targeting a larger proportion of value added exports. Horticulture investment is focused on compliance, traceability, cold chain and market access.

Export growth requires performance across the entire agricultural system:

• Production volumes must be sufficient to supply international markets consistently. Buyers establish commercial relationships around predictable quantities and delivery schedules.
• Quality must meet the specifications of individual markets. Coffee grading, tea quality, horticultural maturity and other product characteristics determine commercial value.
• Phytosanitary and food safety compliance determine market access. A product that cannot satisfy regulatory requirements cannot be exported regardless of production volume.
• Logistics influence the final competitiveness of Kenyan produce. Air freight is particularly important to flowers and fresh vegetables, while maritime logistics are increasingly relevant to avocado and other products capable of travelling by sea.
• Value addition determines the proportion of final product value retained within Kenya. Processing, blending, packaging and branding create additional economic activity before export.

The objective is consequently to increase both the quantity and value of agricultural exports while expanding the amount of processing undertaken domestically. Export performance should be assessed through volumes, earnings, destination markets and the share of products leaving Kenya in processed or branded form.

40. Agricultural transformation and employment across the value chain

The employment impact of agriculture extends beyond farm labour. Input distribution, mechanization, veterinary services, transport, aggregation, warehousing, processing, packaging, wholesale markets, retail and exports all create economic activity linked to primary agricultural production.

Agro industrialization expands this employment base because processing creates occupations requiring technical, managerial and industrial skills. Dairy plants require laboratory technicians, machine operators and logistics personnel. Coffee and tea processing employ factory workers and quality specialists. Horticultural pack houses require graders, cold chain operators and compliance personnel, while irrigation development creates demand for engineers, technicians, pump operators and water management specialists.

The employment effect develops through several layers:

• Primary production creates work on farms and livestock enterprises. Labour requirements vary substantially according to commodity and degree of mechanization.
• Agricultural services create specialized employment. Extension officers, veterinarians, artificial insemination technicians, machinery operators, agronomists and input suppliers support production.
• Aggregation and logistics create work between the farm and processor. Collection, transport, warehousing and quality management expand as marketed production increases.
• Processing creates industrial employment linked directly to agriculture. Milling, cooling, crushing, ginning, meat processing and packaging convert farm commodities into manufactured products.
• Export systems create additional employment in compliance, logistics and marketing. High value agriculture increasingly requires specialized expertise in traceability, food safety, freight and international market development.

The quality and sustainability of these jobs depend on the commercial performance of the underlying value chains. Agricultural employment expands most sustainably when farm production and downstream enterprises generate sufficient revenue to finance wages, investment and continued operations.

41. Measuring the agricultural transformation through outcomes

The scale of programmes and public expenditure provides important information about Government priorities, while agricultural transformation must ultimately be evaluated through measurable outcomes. Fertilizer bags distributed, seedlings supplied, dams constructed and aggregation centres established are implementation indicators. Their economic value is demonstrated through changes in production, productivity, farmer income, food availability, processing and trade.

A rigorous assessment of the agricultural pillar therefore requires a dashboard that follows the complete production and market system rather than isolated programme activities.

The principal outcome indicators include:

• Yield per acre for major crops: This measures the productivity generated from agricultural land and provides an indication of whether improved seed, fertilizer, soil management and extension are producing agronomic gains.
• Output per animal in dairy and livestock systems: Milk yield, growth rates, reproductive performance and mortality provide measures of the productive efficiency of the national herd.
• Total domestic production: Maize bags, rice tonnage, sugar output, milk volumes, coffee production, tea production and other commodity measures show the scale of national supply.
• Import requirements: Maize, rice, sugar and edible oil imports provide measurable evidence of the remaining gap between domestic production and national demand.
• Post harvest losses: The proportion of agricultural output lost before consumption or processing indicates the efficiency of storage, handling and logistics.
• Irrigated acreage under actual production: This distinguishes physical agricultural output from infrastructure targets and planned irrigation potential.
• Farmer earnings: Farm gate prices, cooperative payments, coffee cherry returns, tea payments and livestock prices indicate whether production generates commercially viable household income.
• Domestic processing volumes: The quantity of milk processed, oilseed crushed, sugarcane milled, cotton ginned and other commodities transformed locally provides a measure of agro industrial development.
• Agricultural export earnings: Tea, coffee, horticulture and processed agricultural exports measure the sector’s contribution to foreign exchange generation.
• Food price and supply stability: Availability of staple foods across the marketing year provides an indication of the resilience of the national food system.

These measures create a factual basis for evaluating BETA’s agricultural pillar through results rather than programme announcements. The relevant question is whether the combination of public investment, farmer capital and private sector participation is generating a more productive, commercially viable and resilient agricultural economy.

42. The 2026 position and the next phase of agricultural transformation

By 2026, the agricultural transformation programme has established a substantial portfolio of interventions spanning farm inputs, irrigation, individual commodity reforms, aggregation, processing, finance and market development. The FY 2026/27 budget maintains this trajectory through KES 62.96 billion for Agriculture and Food Security, including KES 18 billion for fertilizer and KES 2 billion for seed, alongside financing for value chain development, pastoral economies, agricultural credit and sector specific programmes.

The production base contains several measurable achievements. Maize production reached 67 million bags in 2025 and the associated import requirement fell to 3.3 million bags. Tea production reached approximately 598.47 million kg, national milk production reached approximately 5.3 billion litres, sugar output exceeded 800,000 metric tonnes, coffee acreage reached approximately 115,500 hectares, land under edible oil crops reached 114,350 hectares and cotton cultivation reached 40,697 hectares. These indicators establish the scale from which the current 2026 programme is proceeding.

The outstanding production gaps remain substantial. Kenya continues to require imported rice, sugar and maize where domestic supply does not fully cover national requirements and relies heavily on imported edible oils. Large areas of irrigation potential remain undeveloped, post harvest losses continue to remove food from the supply chain, and climate variability continues to affect rain dependent production. Coffee production remains below the 150,000 metric tonne policy target, while cotton and edible oil crops require further expansion to supply domestic processing industries at scale.

The next phase of implementation therefore requires sustained attention to several priorities:

• Input support must increasingly translate into measurable productivity per acre. The long term value of fertilizer and seed subsidies will be determined by the additional production and farmer income generated from the public investment.
• Irrigation development must move from infrastructure targets into productive acreage. The 3.35 million acre national potential provides substantial room for expansion, while the economic return depends on water reaching cultivated land and supporting commercially viable crops.
• Post harvest infrastructure must protect a larger share of national production. Drying, storage, cooling and aggregation provide an opportunity to increase usable food supply without requiring every additional tonne to originate from expanded production.
• Domestic processing must grow alongside agricultural output. Edible oils, cotton, dairy, sugar, fruits and other commodities require processing capacity capable of converting increased farm production into marketable products.
• Import substitution should be tracked through actual import volumes and domestic market share. This provides a clear economic measure of whether increased local production is replacing commodities previously sourced externally.
• Farmer profitability must remain at the centre of the transformation. Sustainable food production depends on producers having a commercial reason to continue investing their land, labour and capital in agriculture.

The agricultural pillar of BETA is consequently entering a phase in which implementation can increasingly be assessed through measurable production and market outcomes. The policy architecture now extends from the farmer register and subsidized input to irrigation, storage, processing, finance and domestic and international markets. Its long term impact will depend on the strength of the connections between these components and the extent to which they generate sustained production, resilient food supplies, viable farmer incomes and a deeper agro industrial economy.