Opening of the Avocado Harvesting 2024/2025 Season by the Agriculture and Food Authority: Ensuring Sustainable Avocado Export Practices

The Agriculture and Food Authority (AFA) of Kenya has consistently played a pivotal role in regulating the horticultural sector to ensure both the sustainability of local production and the growth of international export markets. One of the most significant actions taken by the AFA in recent years is the enforcement of the Crops (Horticulture Crops) Regulations, 2020, which set forth guidelines designed to preserve the quality of exported fruits, particularly avocado. 

Hass Avocado Farming in Kenya

The primary goal of these regulations is to ensure that only mature avocados are harvested and exported, thus mitigating the risks associated with premature harvesting, which can negatively affect future harvests and, by extension, the country's avocado export volumes.

The decision to enforce these regulations stems from the growing importance of avocado as a key export crop for Kenya. Over the years, Kenya has built a reputation as one of the leading suppliers of high-quality avocados, particularly in European and Middle Eastern markets. However, as with any agricultural export, maintaining the consistency of product quality and supply is critical to sustaining these markets. This is where the maturity regulation becomes especially vital, as harvesting immature fruits not only diminishes the quality of the product but also disrupts the crop cycle, leading to decreased yields in subsequent harvests.

Suspension of Avocado Harvest and Export by Sea

On October 25th, 2024, the AFA imposed a suspension on the harvest and export of avocados by sea. This suspension was a necessary step in the broader context of managing avocado production and ensuring that only fruits that meet maturity standards are harvested. The authority has been actively monitoring avocado maturity trends and patterns in the country, conducting surveys and gathering data to make informed decisions regarding the resumption of exports.

In late November 2024, a survey on off-season crops revealed that production volumes at the time were insufficient to justify the lifting of the suspension. This finding reinforced the necessity of strict enforcement of the regulations, as exporting immature fruits would have had adverse effects on both the local market and the country's reputation in international markets. The AFA's commitment to preserving the integrity of the avocado export industry was further evident in the decision to continue the suspension until the maturity levels of the crop improved.

A follow-up survey conducted between January 20th and 23rd, 2025, painted a more promising picture. The survey indicated that there were sufficient volumes of Fuerte and Pinkerton varieties in some regions, signaling that these varieties were now ready for harvest. However, the Hass variety, one of the most commercially significant avocado varieties for export, was still not mature enough for harvest in the major production regions across the country. This discrepancy in the readiness of different avocado varieties led to the decision to implement a phased resumption of avocado exports.

Resumption of Exports and New Guidelines for Sea and Air Shipments

Based on the findings of the January 2025 survey, the AFA has announced a controlled reopening of the avocado export season. Starting from Friday, February 14th, 2025, the harvest season for the Fuerte and Pinkerton varieties will be opened for sea shipment exports. Export clearance for these varieties will be granted, but only subject to a packhouse inspection to ensure that the fruits meet the required quality and maturity standards.

For the Hass variety, the situation remains more cautious. While the Hass variety is a significant contributor to Kenya's avocado export revenues, the AFA has determined that it is not yet ready for harvest in most major production areas. Therefore, Hass avocados will continue to be exported by air shipment, as air transport offers a more flexible and expedited means of getting the fruit to international markets before it deteriorates. However, only exporters from large, own farms or large contracted farms with sufficient volumes of mature off-season Hass crops will be eligible for sea shipment exports. In these cases, the export clearance for sea shipments will be subject to both farm and packhouse inspections.

To deter fraudulent activities and ensure compliance with the regulations, the AFA has also emphasized the importance of accurate reporting of avocado varieties during the export process. Exporters who attempt to misrepresent the Hass variety as Fuerte (in an effort to bypass farm inspections) will face severe consequences. Any exporter found engaging in this practice will have their export license suspended for the entirety of the 2025 avocado export season. This stern warning is indicative of the AFA's commitment to upholding the regulations and maintaining the integrity of the Kenyan avocado export sector.

Impact on Exporters, Importers, and Processors

The AFA's enforcement of the Crops (Horticulture Crops) Regulations, 2020, and its decision to control the timing and methods of avocado exportation will have a direct impact on a wide range of stakeholders, including exporters, importers, and processors. Exporters, particularly those involved in the sea shipment of avocados, will need to ensure that their operations are fully aligned with the new regulations. This will include ensuring that only mature avocados are harvested and transported, and that proper inspections are conducted at both the farm and packhouse levels.

Importers, particularly those in international markets, will need to adjust to the seasonal variations in avocado supply resulting from the suspension of sea exports for certain varieties. While the availability of Fuerte and Pinkerton varieties for sea shipment will offer some relief, the timing of shipments may be more erratic due to the ongoing suspension of Hass exports by sea. For processors, the fluctuations in avocado availability may affect their ability to meet production targets for processed avocado products, such as oils and purees.

Ongoing Monitoring and Stakeholder Engagement

The AFA has committed to continuing its monitoring efforts to assess the maturity trends of the Hass avocado variety as the main harvest season progresses. In addition, the authority has planned a consultative meeting with key stakeholders to discuss the status of avocado exports and address any concerns arising from the recent changes. Originally scheduled for January 27th, 2025, this meeting has been postponed, and the new date will be communicated to the relevant parties at a later time.

In conclusion, the AFA’s enforcement of the Crops (Horticulture Crops) Regulations, 2020, reflects the Kenyan government's commitment to sustaining its avocado export sector while ensuring that only mature, high-quality avocados reach international markets. By carefully managing the timing and methods of avocado exports, the AFA aims to protect both the long-term health of the avocado industry and the reputation of Kenyan exports globally. Through continued monitoring and engagement with stakeholders, the authority will ensure that Kenya remains a competitive player in the global avocado market, safeguarding its status as a key supplier of this high-demand fruit.

Contact us at 0724698357/0723213602 for your certified and high quality Hass avocado seedlings.

 


Maize Farming in Kenya: A Comprehensive Guide

Kenya produces approximately 3 million metric tons of maize yearly and is among the most profitable crops to farm. The average yield stands at about 1.5 tons per hectare. However, this varies significantly by region. In the Rift Valley, yields can reach up to 3.5 tons per hectare, while areas like Eastern and Coast regions struggle with only 1 ton per hectare (Kenya National Bureau of Statistics, 2023).

Maize Harvesting in Kenya


Let's get to know about growing maize in Kenya and how it helps keep people fed and boosts the economy. The key areas like the different types of corn, ways to plant it, how to feed the soil, dealing with pests, watering methods, ways to harvest and storage.

Climate and Soil Requirements for Maize Farming in Kenya

Climate Requirements

Maize likes warm weather and needs temperatures of 10-15°C to sprout and grow. In Kenya, maize farming works best at heights from 900 to 2,500 meters above sea level. These areas get 600 to 1,200 mm of rain each year, spread out when the crops are growing. Maize can also do well in drier places if farmers water it.

Soil Requirements

Maize can grow in many types of soil, but it does best in soil that drains well, has lots of nutrients, and has a pH between 5.5 and 7.5. The soil should have good organic matter to boost its fertility and hold water better. In places with lots of rain, the soil must drain well to stop water from building up, which can hurt how the crop grows and how much it produces. It's a good idea to test the soil to check nutrient levels and figure out how to use fertilizer.

Maize Types Grown in Kenya

Kenya has many different environmental areas, each growing its own kinds of maize. Some common types are:

1. Hybrid maize comes from mixing two different maize plants. This creates types that give more crops and fight off bugs and dry weather better. Farmers in Kenya often grow H624, H614, and H512 hybrids.

2. Open-pollinated maize varieties are old-school types without genetic tweaks. Wind and bugs do the pollinating . These types adjust well to different environments and Kenyan farmers have grown them for ages. You'll find varieties like Katumani, MH18, and PH4 in this group.

3. High-altitude maize varieties thrive in cooler higher places. They need more time to grow but produce a good amount. In Kenya, farmers often plant Longe 5, H614, and H621 in these areas.

4. Quality protein maize (QPM) packs more protein and better amino acids. Kenyan farmers grow this type to help fight poor nutrition in at-risk groups. Some popular QPM types include Mwaiwathu, Makueni, and KDV4.

Farmers in Kenya pick maize types that fit their specific situations, like the kind of soil they have, the weather, what buyers want, and how they grow their crops. The government and groups that study farming give advice on which maize types work best. This helps farmers get the most crops and make the most money in different parts of the country.

Land Preparation for Maize Farming in Kenya

Preparing the land is essential for successful maize farming in Kenya. Proper land preparation leads to higher yields and improved crop quality.

Clearing the Land

Before planting maize, it is important to clear the land of bushes, trees, and grass. This can be done manually with hoes and machetes, or mechanically using tractors and plows. Non-selective herbicides can also be used to eliminate annual and perennial weeds. It’s best to apply these herbicides during land preparation to tackle tougher weeds such as purslane and oxalis.

Tillage

Once the land is clear, the soil must be tilled to create a suitable seedbed for maize. Tillage involves loosening the soil and breaking up clumps for a smooth surface. Equipment like disc harrows, chisel plows, and cultivators can be used for this process.

Soil Fertility Enhancement

Maize thrives in fertile soil. Before planting, it's wise to test the soil for its nutrient levels. If the soil lacks key nutrients like nitrogen, phosphorus, or potassium, fertilizers should be added. Organic options, such as manure and compost, are recommended due to their sustainability and cost-effectiveness.

Soil pH Adjustment

The ideal pH for maize is between 6.0 and 7.5. If the soil pH falls outside this range, it can hinder plant growth. Adjust the pH by adding lime or sulfur to bring it into the optimal range for maize.

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Ridge and Furrow System

In regions with heavy rainfall or poorly drained soils, using a ridge and furrow system can help manage water. This method involves planting maize on raised ridges with furrows in between. The ridges serve as a good planting area, while the furrows enable excess water to drain away.

Planting Techniques for Maize Farming in Kenya

Planting is a vital step in maize farming that affects crop yield and quality. Here are the techniques used by Kenyan farmers for maize cultivation:

1. Timing is key; maize is typically planted at the start of the rainy season to ensure adequate soil moisture. In certain areas, farmers may plant two or three times a year to make the most of rainfall.

2. Spacing is essential for maximizing maize yield. Farmers generally maintain a distance of 75 cm between rows and 30 cm between individual plants. Spacing may vary based on the maize variety, soil quality, and rainfall patterns.

3. The planting depth should be between 5 and 10 cm. Planting too shallow can hinder germination, while planting too deep may delay growth and emergence.

4. For seed rate, 8 to 10 kg per acre is recommended, although this can differ depending on the seed variety, spacing, and soil fertility.

Maize Planting Methods

Various planting methods are employed in Kenya, including drilling, broadcasting, and dibbling. Drilling involves creating furrows in the soil, placing seeds within them, and covering them. Broadcasting means spreading seeds on the soil's surface and covering them with soil using a hoe or rake. Dibbling entails making small holes in the soil and placing seeds inside before covering them.

Seed Treatment

Some farmers treat their maize seeds before planting to manage pests and diseases, boost germination, and enhance growth. Treatment methods include soaking seeds in water, using fungicides or insecticides, and applying biofertilizers.

By applying these planting techniques, Kenyan farmers can achieve optimal maize growth and yield, leading to better income and food security.

Nutrient Management in Maize Farming in Kenya

Effective maize farming in Kenya relies on proper fertilizer management for the best yields. Farmers should use both basal and foliar fertilizers. Basal fertilizers are applied when planting, while foliar fertilizers are used once the crop is growing.

Basal Fertilizer Application

At planting, place a teaspoon of Diammonium Phosphate (DAP) fertilizer in each hole and mix it well with the soil before placing the seeds. Mechanical planters with fertilizer hoppers can also be employed. Alternatively, mix DAP with soil at a rate of 50 kg per acre before planting. DAP is crucial for root development due to its phosphorus content. Proper mixing with the soil is vital to avoid damaging the seeds.

Combine DAP with a 50 kg bag of basal fertilizer and use this mixture during planting or as top dressing.

Foliar Fertilizer Application During Early Stages

Foliar fertilizers are sprayed onto the leaves. They are rich in phosphorus and should be applied to young plants.

Top Dressing Fertilizer Application

Apply Calcium Ammonium Nitrate (CAN) fertilizer 2-3 weeks after planting or when the plants reach 45 cm (1.5 ft) in height. Place a teaspoon of CAN around each base or along the row, about 15 cm from the plant.

In areas with high rainfall, split the top dressing into two applications: the first after 6 weeks and the second 10-15 days later, just before tasseling. In low rainfall areas, apply 50-100 kg of fertilizer per acre in one go.

CAN helps fix nitrogen in the soil, essential for leaf color and plant growth. Urea is another nitrogen fertilizer option.

Foliar Fertilizer Application During Vegetative Growth

To support strong growth, maize farmers should spray their crops with a foliar fertilizer.

Foliar Fertilizer Application During Flowering and Grain Filling Stages

Timely fertilizer application is critical for successful maize farming in Kenya. Farmers must follow the recommended schedules for basal, top dressing, and foliar fertilizers to achieve the best results.

Additionally, using quality fertilizers and ensuring they are well mixed with soil or water is essential. With good fertilizer management, maize farming can be a profitable venture in Kenya.

Pest and Disease Control in Maize Farming in Kenya

Maize farming in Kenya encounters various pests that can lead to serious crop losses if not properly managed.

Pests

1. The fall armyworm is one of the most harmful pests. It attacks maize at all growth stages, from seedlings to mature plants, and can cause up to 100% crop loss. Farmers can use insecticides. For best results, apply these treatments in the evening or early morning when the armyworms are most active.

2. Another pest affecting maize is the stalk borer. Its larvae, which are caterpillars, eat the leaves and burrow into the stalk, weakening it. They also damage the maize cobs, leading to substantial losses. Farmers can manage stalk borer infestations with insecticides.

3. Maize aphids, small soft-bodied insects, feed on plant sap and can cause leaves to curl and stunt growth. They also produce honeydew, leading to sooty mold that hampers photosynthesis. Moreover, aphids can spread viral diseases.

4. Cutworms also pose a threat, attacking young maize plants by targeting their stems. Farmers can treat the soil with appropriate insecticide to control cutworm populations.

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Diseases

1. Diseases in maize farming can also lead to severe crop losses. One major disease is Maize Lethal Necrosis Disease (MLND), which results from viral infections that can occur at any growth stage. This disease appears as yellow mottling on leaves, starting from older leaves and moving to younger ones, and can lead to dead hearts.

To manage MLND, control vector pests like aphids and ensure proper nutrition for crops.

2. Maize smut is a soil-borne disease causing damage to tassels or kernels. It leads to the formation of white galls that burst and release dark spores. Farmers can manage maize smut through soil drenching with fungicides.

Maize Smut


3. Northern leaf blight is another common disease, starting with gray-green spots on the leaves that eventually turn pale gray. To combat this disease, farmers can use fungicides.

To reduce the impact of pests and diseases, farmers should consider using certified seeds, resistant varieties, and practicing crop rotation.

Weed Management in Maize Farming in Kenya

Weeds significantly hinder maize farming, drastically reducing yields if not controlled. Effective weed management incorporates cultural, mechanical, and chemical strategies to prevent or eliminate weeds.

Proper weed control is essential for maximizing maize yield and minimizing competition for nutrients, water, and light.

Mechanical and manual weeding are traditional methods used widely in maize farming. This technique involves using hoes or other hand tools to remove weeds.

Harvesting

Maize is a key staple crop in Kenya, with harvest times varying from 3 to 4 months for short-season varieties to over 10 months for long-season ones. Farmers can choose to harvest maize while it is still green or after it has dried. The method selected often depends on how the maize will be used.

Harvesting can be done manually or with machines like combine harvesters. While mechanical harvesting is quicker and more efficient, the cost of machinery can be a barrier for many small-scale farmers. Hand harvesting, though labor-intensive, allows farmers to pick only the mature cobs.

Post-Harvest Handling

After harvesting, it is crucial to dry maize properly to avoid spoilage from fungi or insects. This process helps maintain grain quality. Farmers typically dry maize in the sun or use mechanical dryers, particularly during the wet season, to prevent losses.

Storage

To keep maize safe after harvesting, farmers should treat it for pests like weevils and use treated gunny bags for storage. Use an effective insecticide for controlling pests such as the larger grain borer and red flour beetle for dried maize. This treatment extends storage life and reduces post-harvest losses. It’s essential to store maize in clean, dry places or silos to avoid mold and pest issues.

Airtight containers or bags can help protect maize from pests and moisture. Grain or hermetic bags are ideal for preventing both pests and fungal growth. Proper ventilation in storage containers is also key to reducing moisture buildup, which can lead to mold.

In summary, the stages of harvesting, handling, and storing maize in Kenya are vital to its production. By employing effective practices for harvesting, drying, and storage, farmers can minimize losses and enhance food security. Investing in suitable storage solutions is essential for protecting maize from pests and diseases.

 Frequently Asked Questions

 1. What are the ideal climatic conditions for growing maize in Kenya?

  • Maize grows best in areas with temperatures between 18°C and 27°C. It requires 600–1,500 mm of rainfall annually, and it thrives in regions with well-distributed rainfall. The altitude range for maize farming is typically between 1,100 and 2,500 meters above sea level.

2. What type of soil is best for maize farming?

  • Maize grows best in well-drained, fertile soils with a pH range of 5.5 to 7.0. Loam or sandy soils are ideal as they allow proper root development. The soil should also be rich in organic matter and nutrients.

3. When is the best time to plant maize in Kenya?

  • The best planting time depends on the region's rainfall pattern. In most areas, maize is planted at the beginning of the rainy season. This is typically between March and May for the long rains, and between October and December for the short rains.

4. How do I prepare land for maize farming?

  • Land preparation involves clearing the field of weeds and debris, plowing to a depth of 15–20 cm, and harrowing to break clods and ensure a smooth seedbed. It's also important to apply organic matter or manure to improve soil fertility.

5. How do I control maize pests and diseases?

  • Maize is prone to pests like the fall armyworm, stem borer, and various diseases such as maize lethal necrosis (MLN) and rusts. Integrated pest management (IPM) is advised, including the use of resistant varieties, biological control agents, and judicious application of chemical pesticides.

6. What is the recommended spacing for planting maize?

  • For optimal growth, maize should be planted at a spacing of 75 cm between rows and 25 cm between plants. However, spacing can vary depending on the variety and the soil fertility.

7. How do I manage soil fertility for maize farming?

  • Regular application of fertilizers is crucial to maintaining soil fertility. Apply nitrogen (N), phosphorus (P), and potassium (K) fertilizers according to soil tests and local recommendations. Organic matter like manure can also help improve soil structure and fertility.

8. How much maize should I expect to harvest per acre?

  • The average maize yield in Kenya is about 15–20 bags per acre, though yields can be much higher (up to 40 bags per acre) with optimal management practices such as good soil fertility, proper pest control, and irrigation.

9. How do I handle post-harvest storage of maize?

  • After harvesting, maize should be dried to a moisture content of 13–14% to prevent mold and insect infestation. Store maize in clean, dry, and well-ventilated silos or storage bags. Use pest control measures like hermetic storage bags to protect against rodents and insects.

10. What are the major challenges in maize farming in Kenya?

  • Challenges include unreliable rainfall patterns, soil degradation, pest and disease outbreaks, high input costs (such as fertilizers and pesticides), and limited access to credit. Farmers also face market fluctuations and post-harvest losses.

11. How can I improve my maize yields?

  • To improve yields, consider using certified seeds, practicing proper land preparation, timely planting, irrigation (if possible), and integrated pest management. Also, applying the right fertilizers at the right time and using crop rotation or intercropping with legumes can help boost production.

12. How do I manage water scarcity in maize farming?

  • In regions with unreliable rainfall, consider adopting irrigation techniques such as drip irrigation or rainwater harvesting. Using drought-resistant maize varieties can also help reduce the risk of crop failure due to water scarcity.


Profitable Sukuma Wiki (Kale) Farming per Acre in Kenya 2025

Sukuma wiki (commonly known as kale) farming has emerged as a highly profitable agricultural activity for many Kenyan farmers. With its numerous benefits, from its versatility in the kitchen to its high nutritional value, Sukuma wiki continues to be one of the most in-demand crops. 

Sukuma Wiki Farming in Kenya


Over the years, more farmers have begun to appreciate its profitability, particularly when farming per acre is optimized for maximum productivity. This article will explore how you can maximize your profits through Sukuma wiki farming in 2025, focusing on costs, expected yields, best practices, and strategies for success.

Why Sukuma Wiki Farming?

Sukuma wiki, also called kale, belongs to the cabbage family and is rich in vitamins A, C, K, and folate. This makes it a nutritious and popular vegetable in households across Kenya. Not only is it consumed by locals, but it also has a growing demand in international markets due to the increased preference for healthy vegetables. 

For farmers, Sukuma wiki is a particularly appealing crop because it’s relatively easy to grow, requires low input costs, and offers quick returns. Its short growth cycle and multiple harvests per planting cycle make it a sustainable and reliable income generator.

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The factors that contribute to the profitability of Sukuma wiki farming include the ease of cultivation, a consistent local demand, and the ability to harvest multiple times a year. Furthermore, Kenya’s varied climates and fertile soils create ideal conditions for growing kale, making it an attractive option for both smallholder and large-scale farmers.

How Profitable is Sukuma Wiki Farming in Kenya?

When done right, Sukuma wiki farming can yield impressive profits. However, like any other agricultural venture, the level of profitability depends on various factors, including land preparation, water availability, pest management, and market access. The year 2025 presents promising prospects for farmers who are committed to maximizing yields and minimizing losses. Let’s break down the profitability of Sukuma wiki farming in Kenya.

1. Initial Investment and Costs

The initial investment in Sukuma wiki farming is relatively low compared to other crops like maize or horticultural fruits. Setting up an acre of Sukuma wiki typically requires a budget between KSh. 20,000 to KSh. 30,000. This budget covers:

  • Seeds: Certified seeds for higher yields and resistance to diseases.
  • Soil preparation: Plowing, tilling, and enriching the soil with necessary organic or chemical fertilizers.
  • Irrigation system: Sukuma wiki needs consistent watering to thrive, especially in dry seasons. Drip irrigation or furrow irrigation systems are popular choices, costing around KSh 10,000 to KSh 15,000 per acre.
  • Labor: The planting and maintenance of Sukuma wiki require manual labor, including weeding, irrigation, and pest control. Labor costs may vary depending on the region but can be managed by hiring seasonal laborers.

Farmers should also factor in recurring expenses such as fertilizers, pesticides, and water costs for irrigation. Even with these expenses, Sukuma wiki farming offers a relatively low-risk, high-reward scenario, especially given the crop's ability to generate multiple harvests per year.

2. Revenue per Acre

The potential revenue from Sukuma wiki farming is where the true profitability shines. One acre of well-maintained Sukuma wiki can yield 10,000 to 15,000 kilograms of kale in a single growing season. A typical planting cycle from seed to harvest lasts around 45 to 60 days, after which the kale can be continuously harvested every 2 to 3 weeks. This continuous harvesting is key to ensuring a steady supply to local markets and maximum productivity.

Let’s look at the financials:

  1. Market price per kilogram: Depending on the season and demand, Sukuma wiki is usually sold for between KSh. 30 to KSh. 50 per kilogram. However, during peak seasons when demand is high, the price can reach KSh. 60 or more per kilogram.
  2. Total revenue per acre: With an average yield of 12,000 kilograms per acre, the total revenue would range from KSh. 360,000 to KSh. 600,000 (assuming an average price of KSh. 30 to KSh. 50 per kilogram). In peak seasons, this could exceed KSh. 750,000.

Given that Sukuma wiki can be harvested multiple times within a single season, the opportunity to generate consistent income and ensure maximum productivity is significant.

Kale Farming in Kenya

Kale Farming in Kenya

3. Profit Margins

After factoring in the input costs for land preparation, labor, seeds, fertilizers, irrigation, and pest control, a farmer can expect a net profit margin of 50% to 70% per acre of Sukuma wiki. This is one of the reasons kale farming remains a popular choice among Kenyan farmers—its relatively low input costs combined with high revenue generation make it an attractive investment. When compared to other vegetable farming ventures, the returns on Sukuma wiki farming remain highly competitive.

4. Factors Affecting Profitability

Several factors determine the overall profitability of Sukuma wiki farming. To fully maximize your income, it’s important to address these critical elements:

Climate and Soil Conditions: Sukuma wiki thrives in cool, moist conditions and requires well-drained, fertile soil. Farmers must ensure that their soil has a good pH level (between 6.0 and 7.0) and is rich in organic matter. Regular soil testing is advisable to determine what amendments may be necessary.

Water Management: Consistent and efficient watering is crucial for Sukuma wiki farming, especially during dry spells. While Sukuma wiki can tolerate some drought, the crop will perform best when irrigated. The use of drip irrigation, which delivers water directly to the plant roots, can help conserve water while maintaining optimal growth conditions and ensuring maximum productivity.

Pest and Disease Control: Kale is susceptible to various pests such as aphids, cabbage worms, and whiteflies. These pests can severely reduce yields if not managed properly. Integrated pest management (IPM) strategies, including the use of natural pesticides, proper crop rotation, and timely inspections, can help control infestations without harming the environment.

Market Access: Having reliable buyers is essential for ensuring consistent sales. Farmers can sell their Sukuma wiki at local markets, to supermarkets, or through wholesale vendors. Establishing contracts or long-term relationships with buyers is beneficial in securing steady demand and premium prices.

How to Maximize Profits from Kale Farming

Maximizing profits from Sukuma wiki farming goes beyond just planting and watering the crops. There are several practices that can significantly improve yields, quality, and overall income. Here’s how to make your Sukuma wiki farm as profitable as possible:

1. Use Quality Seeds

Selecting quality seeds is one of the most important decisions you will make as a Sukuma wiki farmer. Go for hybrid or certified seeds, which are known to produce high yields and offer resistance to common pests and diseases. Hybrid seeds may come at a higher cost, but they often pay off in terms of increased productivity and better quality. This investment will help you achieve maximum productivity from your land.

2. Implement Crop Rotation

Crop rotation is an effective way to prevent soil depletion and reduce the chances of pest and disease buildup. After harvesting Sukuma wiki, consider rotating it with other crops like beans, tomatoes, or spinach. This practice will keep your soil fertile, reduce the need for chemical fertilizers, and ensure continued maximum productivity.

3. Practice Timely Harvesting

Sukuma wiki requires regular harvesting to maintain its growth. Harvesting every 2 to 3 weeks allows for continuous growth and ensures that the kale remains tender and in high demand. It also prevents overcrowding and competition for nutrients among the plants, which can hinder maximum productivity.

4. Focus on Pest and Disease Management

Regularly inspect your crops for any signs of pest infestations or disease. Use natural methods such as neem oil or garlic sprays, or consider biological control methods like introducing predatory insects. Timely action can prevent major crop losses and ensure the maximum productivity of your Sukuma wiki.

5. Invest in Irrigation Systems

Installing an efficient irrigation system such as drip or sprinkler irrigation can help ensure that your Sukuma wiki receives consistent water, especially during the dry season. This will improve yields, conserve water, and help achieve maximum productivity throughout the growing season.

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6. Explore Value Addition

For farmers looking to further increase profitability, value addition is a great opportunity. By packaging and selling kale as pre-washed, chopped, or even dried kale, farmers can create additional income streams and cater to the growing demand for convenience in the food industry. This adds value to the product and helps increase revenue, contributing to maximum productivity.

Future Prospects for Sukuma Wiki Farming in Kenya

Looking ahead to 2025, the future of Sukuma wiki farming in Kenya remains incredibly bright. With an ever-growing population and rising awareness of healthy eating, demand for kale is expected to increase both domestically and internationally. Farmers who invest in modern farming techniques, high-quality seeds, and reliable marketing channels will be in a strong position to benefit from this growing demand. As competition increases, those who focus on maximum productivity will gain a competitive edge.

Additionally, as agricultural practices continue to become more sustainable, there is a significant opportunity for farmers to explore organic Sukuma wiki farming, which commands higher prices in the market. As Kenya strives to meet international food safety and quality standards, those who embrace these changes early on will set themselves apart as market leaders.


Frequently Asked Questions about Profitable Sukuma Wiki (Kale) Farming

1. How long does it take to harvest sukuma wiki? 

Sukuma wiki takes about 45 to 60 days to reach maturity, after which it can be harvested. Continuous harvesting can occur every 2-3 weeks throughout the growing season, allowing for maximum productivity.

2. What is the ideal time to plant Sukuma wiki in Kenya? 

The best time to plant Sukuma wiki is during the long rains (from March to May) and the short rains (October to December). However, with proper irrigation systems, it can be grown year-round to maintain maximum productivity.

3. What are the most common pests affecting Sukuma wiki? 

Sukuma wiki is prone to pests like aphids, whiteflies, cabbage worms, and snails. These can be controlled through regular monitoring and the use of natural or organic pesticides to ensure maximum productivity.

4. How much can I earn per acre from sukuma wiki farming? 

Farmers can expect to earn between KSh. 300,000 to KSh. 750,000 per acre, depending on market prices and yields. With proper management and techniques for maximum productivity, earnings can surpass this range during peak seasons.

5. Can I grow Sukuma wiki organically? 

Yes, Sukuma wiki can be grown organically by using natural pesticides, practicing crop rotation, and maintaining healthy soil fertility. Organic Sukuma wiki often attracts premium prices in local and export markets, contributing to maximum productivity and profits.

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In conclusion, Sukuma wiki farming presents an excellent opportunity for Kenyan farmers to achieve steady and reliable profits. By understanding the key factors that influence profitability—such as initial investment, water management, pest control, and market access—farmers can ensure that their kale farming venture remains sustainable, productive, and lucrative well into 2025 and beyond. With careful planning, dedication, and a focus on achieving maximum productivity, Sukuma wiki farming can be a cornerstone of a successful agricultural business.

For quality fruit and vegetable seedings contact us at 0724698357/0723213602.

 


The Sweet Adventures of Childhood in Kenya: Exploring Fruit Trees and Rural Delights!

When I think about childhood in the Kenyan countryside, I’m reminded of the vibrant days spent exploring the vast lands, where the sun kissed your skin and the trees provided both shelter and sustenance.

It was one of those endless afternoons in the heart of Kenya’s countryside, the kind where the air was warm but not too hot, and the scent of the earth mingled with the rich fragrance of wildflowers and ripening fruit. A group of children, my cousins and myself included, set off on a quest that only those who grew up or tasted the adventures of visiting the countryside during the long holidays, which were sometimes extra in the Moi era, among the hills and valleys could truly appreciate the hunt for the sweetest mangoes, avocados, blackberries, macadamia, passion fruits and so many others.

Commercial Papaya Farming in Kenya


Our feet kicked up dust as we made our way to the grove of trees near the river. The mangoes were ripe, the kind that hung heavy from the branches, their skins a deep, golden hue. But there was a problem—most of the good ones were high up, beyond our reach. Undeterred, we got creative.

Using a long stick, we tried to knock a few down, our laughter filling the air every time we missed. But then, there was one clever cousin, Moses, who had an idea. He pulled down his shirt and tied it like a sack at the end of a branch. With a careful aim, he swung it towards the ripest fruit, and with a satisfying thud, the mango dropped into our hands.

Victory!

We devoured the mangoes right there, juice running down our arms. It wasn’t just the sweetness that made them special, but the effort, the teamwork, and the joy of being part of something shared. And as we sat beneath the shade of the mango tree, a gentle breeze began to stir, as though the land itself was joining in our celebration.

But this wasn’t the only fruit that colored our days. The surrounding countryside was full of treasures. Just down the hill from the mangoes, there were guavas—plump, green, and tart, with the promise of sweetness once you bit into them. We’d pick them right off the tree, dust them off, and savor the tangy flavor, spitting out the seeds with skill.

Even better was the jackfruit, that massive fruit that hung like an alien spaceship from the tallest tree. The trick to eating jackfruit was all about patience—waiting for it to ripen just enough that it practically fell apart in your hands, exposing the golden, sticky pods inside. We’d pull out the pods, chewing on the chewy, aromatic flesh while giggling and trying not to get our hands too sticky.

But perhaps the most magical tree of all was the avocado tree. The fruit from these trees had the perfect balance of creaminess and flavor. We'd climb the trees—sometimes barefoot, sometimes barefoot and reckless—to reach the ripest ones. The prize was always worth the climb: soft, buttery avocados, eaten alone or spread on a slice of warm, homemade bread, each one of us stashing some to add to the yummy githeri with plantains that our grandmother always prepared for lunch.

Sometimes, we’d find ourselves near the papaya trees, pulling down the fruits with our bare hands. It felt like a treasure hunt—every tree a new adventure, every fruit a prize waiting to be discovered.

And while we indulged in the wonders of nature’s bounty, there was always the reminder of how much the land gave to us. The bounty wasn’t just in the fruit; it was in the shared moments, the sense of wonder, and the knowledge that we were part of something bigger than ourselves.

As the sun began to set, we’d head back home, arms full of fruit and hearts full of laughter, the promise of another day’s adventures already taking shape in our minds.

Those days of running barefoot, of tasting the earth’s sweetness, will always remain a part of me, a reminder of the simple joys that come from nature’s gifts. In Kenya’s countryside, the fruits weren’t just food; they were memories in the making.

Contact us for that fruit tree seedling that has been part of your good growing up memories. 0724698357/0723213602.


How to Register and Benefit From the Subsidized Fertilizer in Kenya 2025

The fertilizer subsidy in Kenya is a program by the government aimed at helping farmers to access fertiliser at a bit lower price. Under this program, the cost of fertilizer will be reduced from Ksh6,000 per 50kg bag to Ksh3,500.

fertilizer subsidy kenya
Subsidized fertilizer by the government of Kenya

In January this year, the government of Kenya kicked off the training of deputy county commissioners, cooperative officers, chiefs, assistant chiefs and other government administrators who will be helping in the distribution of the subsidized fertiliser. The target is to distribute 6 million bags of fertilizer to farmers before the next rainy season of April to June 2023.

The fertilizer subsidy program targets 12 counties where most of the maize and other staple foods are produced. These are Narok, Bungoma, Uasin Gishu, Nakuru, Trans Nzoia, West Pokot, Migori, Kakamega, Bomet, Kericho, Elgeyo Marakwet and Nandi. It is part of the government’s plans reduce the cost of food production in the country, hence reducing the cost of living.

 

Which fertilisers will be availed

Under this program, farmers will get planting fertilizer such as Microp from Yara Kenya and NPK for top-dressing such as Kynomaizeic NPK. About 2.1 million farmers will benefit from the subsidy program in the first phase.  

fertilizers subsidy Kenya
Planting and NPK fertilizers to be supplied by GOK under fertilizer subsidy program


How will farmers access the fertilizers

Farmers will be picking the subsidized fertilisers from the National Cereals and Produce Board (NCPB) stations nearest to them. NCPB is working together with the Kenya National Trading Corporation (KNTC) and other state agencies in the distribution process to ensure that as many farmers as possible get the subsidized fertilisers before the rains start.

For you to access the subsidized fertilisers, you must register under the e-voucher system. This system was rolled by the government to not only ensure traceability and full accountability of the distribution process but also to address the challenges that farmers faced such as travelling long distances and failure to get enough of the inputs.


How to register on the fertilizer subsidy e-voucher system

To access the subsidized fertiliser, a farmer registers on the e-voucher system through their phone by dialling *707#. In the registration process, the farmer provides details of the size of land and the type of fertilizer they need. They then pay via Mpesa or Airtel Money and get issued with an e-voucher which they will use to collect the fertilizer from their nearest depot. The assistant chiefs can help in this process.

 

How much fertilizer is a farmer entitled to?

Farmers are allowed to buy only the amount of fertilizer they need for their size of land. For example, a farmer with 1 acre can only be able to purchase 2 bags of fertilizer.

 

Is the subsidized fertilizer already available?

As of 10th of February 2023, the government subsidized fertilizer was already available  for farmers to collect in the following areas:

  • Trans Nzoia county at Local NCPBs
  • Kericho Farmers County at the Kipkelion NCPB depot
  • Nakuru
  • Narok
  • Uasin Gishu
  • Nandi

While NCPB stations are the assigned depots of the fertilizer, the Council of Governors, Agriculture committee said they will encourage decentralization of the collection points in order to bring them closer to the farmers.   

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