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Smart Tractors in Africa: Are Smallholder Farms Ready?

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Smart Tractors in Africa: Are Smallholder Farms Ready?

As climate variability, rising input costs, and labor shortages continue to challenge Africa’s food security, smart tractors are gaining attention as a transformative solution.

These GPS-guided, sensor-driven machines offer efficiency, precision, and data-backed insights—but are Africa’s smallholder farmers ready for this leap into digital mechanization?

This article unpacks the smart tractor landscape in Africa: examining market trends, affordability, emerging growth regions, and adoption barriers—while integrating expert insights into what the future might hold for precision farming in Africa.

The Rise of Smart Tractors and Digital Mechanization

High-Tech Farming on Wheels

Smart tractors are no longer confined to commercial mega-farms. These machines come equipped with advanced technologies like GPS navigation, sensor arrays, IoT connectivity, and AI-based decision support systems.

Such features enable farmers to conduct real-time soil diagnostics, automate planting depth, and optimize fuel usage—all while collecting field data for better crop management.

As Dr. Andrea Campher, Agribusiness Sector Lead at Standard Bank, noted at the “Farming Forward” dialogue:

“Precision agriculture uses data-driven tools such as IoT sensors, satellite imagery, and AI to optimise resource use, enhancing efficiency and sustainability.”

For smallholders, these tools offer more than just convenience—they represent a leap toward profitability and climate resilience.

From Manual Labor to Machine Intelligence

Smart tractors are already operating in countries like South Africa, Egypt, and Kenya. Unlike Western markets where ownership is the norm, African farmers are increasingly accessing smart machinery through platform-based service models that lower the cost barrier.

Original insight: The shift to smart machinery in Africa is not being driven by traditional ownership. Instead, it’s powered by service-oriented business models, agricultural startups, and public-private partnerships, especially in regions where land holdings are small and fragmented.

Can Smallholder Farmers Afford Smart Tractors?

The Cost Barrier—and Shared Solutions

A typical smart tractor equipped with GPS and telematics can cost upwards of USD 25,000—a cost far beyond the reach of most smallholders. But the emergence of equipment-sharing platforms is bridging this divide.

In Kenya and Nigeria, startups like Hello Tractor are enabling farmers to book tractor services via mobile phones, paying by the acre. Jehiel Oliver, CEO of Hello Tractor, explains:

“The average plot sizes are below five acres. Leveraging technology and innovative thinking ensures services reach these unique growers profitably.”

He adds,“It’s about taking from those who have and bringing the smaller players into the fold, ensuring mutual benefit.”

These business models are transforming tractors from capital assets into on-demand smart agriculture tools, boosting accessibility for rural farmers.

Unlocking Access Through Finance

Financing remains a formidable barrier. In most African countries, less than 10% of farmers have access to formal agricultural loans.

Even where financing is available, interest rates are high, and few products are tailored to farm machinery.

Yet innovative models are emerging. Lease-to-own agreements, group ownership, and fintech-backed lending—often based on mobile money histories—are gradually making smart equipment more attainable.

“The global average is 200 tractors per 100 km² of arable farmland—Africa averages around eight tractors… Nigeria alone needs 750,000 tractors to be on the global average,” Oliver told Reuters.

This underscores the urgent need for mechanization financing ecosystems to support smart tractor deployment across the continent.

H2: Where Smart Tractors Are Gaining Ground

East Africa: The Rise of Digital Agri-Hubs

Kenya is leading the charge, with agritech firms building smart tractor networks tied to digital agri-hubs. These hubs don’t just rent equipment—they train farmers, offer mobile diagnostics, and support digital literacy.

Government-backed projects and donor initiatives are helping integrate GPS-guided plowing, precision planting, and weather-linked tractor operations.

Southern Africa: Commercial Uptake Driving Innovation

South Africa remains the most advanced market, where smart tractors are already standard on large farms. Farmers there are using real-time data for input optimization, water savings, and yield forecasting.

As precision farming becomes more mainstream, smaller operations in Zimbabwe and Namibia are beginning to follow suit, especially with drone-linked tractor systems.

West Africa: High Potential, Low Penetration

In Nigeria and Ghana, smart tractors are being integrated into public mechanization programs. However, unreliable power, low digital literacy, and limited rural connectivity slow the pace of adoption.

Yet the region holds immense promise. As Jehiel Oliver aptly puts it, “Small plots need tech-driven services.” Making smart tractors truly accessible will depend on marrying technology with hyper-local service delivery.

H2: Barriers to Adoption—and How to Overcome Them

1. Infrastructure Gaps

Smart tractors depend on electricity, mobile networks, and GPS connectivity. In many rural regions, these basics are either absent or unreliable.

“As energy progresses and renewable energy is rolled out in African countries, you’ll see farmers take up more drones or electric tractors,” says Dr. Campher.

Solution: Invest in solar charging solutions, satellite IoT systems, and community-based network hubs to ensure consistent digital functionality for remote farms.

2. Limited Technical Know-how

While mobile use is widespread, digital fluency with smart devices remains low among older and rural farmers. Misuse or underuse of tractor features diminishes their value and ROI.

Solution: Training is essential. Programs led by NGOs, universities, and agribusinesses must empower local youth to act as digital agri-technicians, offering hands-on support.

3. Data, Insurance, and Trust

One underrated challenge is farmer confidence in digital systems. Farmers are wary of sharing data or relying on AI-based decisions without knowing how the tech works.

Pascal Siphugu, head of insurance risk at Land Bank, explains:

“With the use of satellite imagery and remote sensing, we can assess farm conditions more accurately, leading to fairer and more effective insurance products.”

Solution: Promote transparent data use policies, bundled insurance, and demo programs to build trust in smart technologies.

Looking Ahead: Can Precision Tools Power Africa’s Future?

Original insight: The value of smart tractors lies not just in tilling land—but in unlocking data-driven decision-making. With the ability to adjust seed depth, respond to real-time weather, or schedule maintenance before a breakdown, these machines represent the future of climate-smart agriculture.

As Dr. Mmatlou Kalaba from South Africa’s Bureau for Food and Agricultural Policy puts it:

“With the right data, farmers can make informed decisions that maximise output while minimising losses.”

When supported by strong policy, inclusive finance, and grassroots education, smart tractors can become a central pillar of resilient and productive African farming systems.

Smart tractors offer an opportunity to revolutionize farming across Africa—but the journey requires intentional investment in infrastructure, training, finance, and data systems.

The good news? With collaborative action across public and private sectors, precision farming in Africa can evolve from pilot project to standard practice.

As smallholder farmers gain access to affordable, efficient, and data-powered tools, they’re no longer being left behind in the digital age of agriculture—they’re leading it, one smart acre at a time.

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The Hidden Cost of Cheap Pesticides: Kenya’s Counterfeit Crisis

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The Hidden Cost of Cheap Pesticides: Kenya’s Counterfeit Crisis

Kenya’s agricultural sector plays a vital role in the country’s economy, employing over 70% of the rural population and contributing significantly to food production and exports.

Yet, a quiet crisis threatens the core of this vital industry—counterfeit pesticides. While these products are appealing due to their low cost, they bring with them a series of dire consequences for health, the environment, and economic sustainability.

This article explores the deeper implications of the counterfeit pesticide crisis and how Kenya can address it with urgency.

What Fuels Kenya’s Counterfeit Pesticide Market

Economic Pressures and Tax Burden

In 2024, the Kenyan government introduced a 16% Value Added Tax (VAT) on pesticides, increasing the retail prices of genuine products. As a result, many smallholder farmers—who form the bulk of Kenya’s food producers—turned to cheaper alternatives available in informal markets.

These low-cost products, often counterfeit or adulterated, mimic reputable brands but lack efficacy or safety.

Patrick Amuyunzu, Chairman of the Agrochemical Association of Kenya (AAK), noted that the industry is struggling with the influx of fake products, saying,

“Over 15 to 20 percent of agrochemicals being distributed in Kenya today are fake. These are produced by unscrupulous dealers and sold under the guise of legitimate brands.”

The situation has escalated to a point where losses from counterfeit agrochemicals are estimated at over USD 50 million annually.

Weak Enforcement and Smuggling Networks

Kenya’s porous borders and weak market surveillance systems allow illegal and unregistered pesticides to flow into the country with relative ease. These products, often smuggled from neighboring nations, find their way into agro-vet shops and open-air markets.

Fredrick Otieno, Chemicals Risk Manager at the Centre for Environmental Justice and Development (CEJAD), stated:

“We need to strengthen market surveillance to ensure illegal pesticides are identified, and the dealers prosecuted. The current system allows banned substances to reappear under new packaging.”

Even major entry points such as the Port of Mombasa have seen surges in the import of mislabeled or counterfeit pesticides, raising alarms among regulators and advocacy groups.

Consequences: From Farmer Livelihoods to National Food Security

Reduced Yields and Farmer Losses

Counterfeit pesticides are often diluted or entirely inert. As a result, they fail to control pests effectively, leading to massive crop losses. The consequence for farmers is not just reduced income but also long-term soil degradation due to chemical imbalances.

Farmers using counterfeit products have reported entire crops failing despite repeated applications. Without proper pest control, infestations spread quickly, forcing farmers to increase usage and costs with little to no gain.

Human Health Hazards

Farmers and consumers alike face serious health risks due to exposure to toxic or unregulated substances in counterfeit pesticides. Reports from Kirinyaga, Murang’a, and Meru counties have linked improper pesticide use to respiratory issues, vomiting, and even long-term conditions such as cancer.

Mary Wambui, a farmer in Central Kenya, shared her experience:

“Some sprays sting the nose so badly you can’t breathe properly. We used one on tomatoes, and buyers later told us they experienced stomach problems.”

Additionally, due to lack of proper labeling, withdrawal periods—the time required between pesticide application and harvesting—are often ignored, leading to high chemical residue levels in the food chain.

Environmental Impact

Many counterfeit pesticides contain banned active ingredients such as carbofuran and mancozeb—chemicals prohibited in the EU due to their high toxicity.

These substances not only contaminate soil and water systems but also threaten biodiversity by killing bees, birds, and even predators such as lions.

In parts of Laikipia, carbofuran has been misused to poison wildlife, causing ecological imbalance and raising concerns among conservation groups.

Tackling the Crisis: From Regulation to Awareness

Regulatory Enforcement and Market Surveillance

The Anti-Counterfeit Authority (ACA), in collaboration with the Pest Control Products Board (PCPB), has intensified crackdowns on fake agrochemicals. In early 2025, ACA officers seized counterfeit pesticides worth KES 3.4 million in Kitengela. ACA Director Osman Yusuf emphasized the danger:

“These products not only risk food safety but also threaten the entire agricultural economy. Farmers must source inputs from certified dealers.”

PCPB has started encouraging the use of digital tracking tools, such as QR codes and unique verification labels, to help buyers authenticate pesticide products.

Policy Reforms and Legal Accountability

Experts argue for stronger legal frameworks to address the loopholes that counterfeiters exploit. Fredrick Otieno of CEJAD advocates for the periodic review of registered products:

“The law should require scheduled reviews of pest control products, de-registering those proven to be hazardous or unnecessary.”

Banning imports of Highly Hazardous Pesticides (HHPs) and investing in local production of bio-based alternatives can also help reduce reliance on chemical pesticides.

Empowering Farmers with Knowledge and Alternatives

Several non-governmental organizations, including the Aga Khan Foundation, have introduced programs promoting Integrated Pest Management (IPM) and organic farming methods. These offer sustainable alternatives to chemical pesticides and reduce the long-term costs of pest control.

Quentin Rukingama, a horticulture exporter, summed it up well:

“There’s a big difference between what’s grown for export and for local markets. For exports, you can’t risk non-compliance. But the local market has turned into the Wild West.”

Improving farmer education, training agro-dealers, and subsidizing safer pesticides could go a long way in restoring confidence in Kenya’s agricultural inputs.

Outlook

Kenya’s counterfeit pesticide crisis is not merely about low prices—it’s about the high cost to lives, livelihoods, and the environment.

Farmers who unknowingly purchase fake products suffer crop failures, expose themselves to health risks, and contribute to environmental degradation. The country risks compromising its food security, export potential, and agricultural sustainability.

Solving this crisis requires a unified approach: stricter enforcement, smarter policies, enhanced farmer education, and a pivot toward safer pest control solutions.

Only by addressing the root causes can Kenya protect its farmers, its ecosystems, and the health of millions who rely on agriculture every day.

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Chinese Researchers Charged in U.S. for Smuggling Crop-Killing Fungus

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Chinese Researchers Charged in U.S. for Smuggling Crop-Killing Fungus

In a troubling development that underscores the growing global threat to agricultural biosecurity, two Chinese researchers have been charged by U.S. federal prosecutors for allegedly smuggling a highly toxic crop pathogen into the United States.

The case raises significant alarm bells for Africa’s agriculture sector, which remains vulnerable to both natural and human-induced biological threats.

The U.S. Department of Justice revealed that Yunqing Jian, a postdoctoral researcher at the University of Michigan, and Zunyong Liu, a visiting scientist from Zhejiang University in China, conspired to smuggle Fusarium graminearum—a fungus known to devastate staple crops such as wheat, maize, and barley.

According to officials, Liu transported the fungus hidden inside folded paper tissues placed in his backpack during a flight into Detroit in July 2024.

The smuggled sample, if released, could have triggered widespread contamination, affecting not just U.S. crops but potentially those across global trade networks, including in Africa.

“This pathogen is not just another fungal strain—it’s a producer of deoxynivalenol (DON), a mycotoxin that poses severe health risks to humans and animals, and causes massive yield losses,” said an agricultural pathologist based in Nairobi.

“Africa’s food systems, which rely heavily on maize and wheat, would be at extreme risk if such a fungus were to spread across the continent.”

Federal investigators allege that electronic communications between Jian and Liu show deliberate intent to import the pathogen for research purposes, in violation of U.S. biosecurity regulations.

Liu was deported to China, while Jian has been arrested and is facing multiple charges, including smuggling, visa fraud, and conspiracy.

Though the motive behind the smuggling remains under investigation, U.S. authorities have hinted at potential concerns related to agroterrorism—defined as the deliberate introduction of plant or animal pathogens to undermine food security and economic stability.

This case serves as a stark reminder of the fragile balance in global agricultural biosecurity, particularly in the wake of increased cross-border research collaborations and international germplasm exchanges.

It also shines a light on the need for African nations to strengthen their border biosecurity protocols and invest in early detection systems to prevent the entry of harmful pathogens.

“We’re not isolated from global threats,” notes Dr. Bwalya Chileshe, a Zambian agronomist. “One contaminated shipment of seed or research material could jeopardize entire harvests across several countries.”

As climate change continues to reshape the biological landscape, fungal outbreaks like Fusarium head blight—caused by Fusarium graminearum—are becoming more frequent and severe.

Africa, already grappling with issues of post-harvest loss and food insecurity, cannot afford such additional pressures.

What This Means for African Agriculture:

  • Border Vigilance: National quarantine and inspection services must be equipped to detect concealed biological agents.

  • Capacity Building: Training agricultural researchers in biosecurity compliance is now more critical than ever.

  • Regional Coordination: Pan-African institutions should work together to share intelligence and formulate rapid response protocols.

As the case unfolds in U.S. courts, agricultural policymakers and industry stakeholders across Africa must view this as more than just a foreign affair.

It is a global warning shot—and a call to reinforce our defenses against the invisible enemies of food security.

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Top Smart Irrigation Systems for African Farms

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Top Smart Irrigation Systems for African Farms

Agriculture remains a backbone of Africa’s economy, employing over 60% of the continent’s workforce and contributing significantly to GDP in many countries.

However, the sector faces critical challenges including erratic rainfall, water scarcity, and inefficient irrigation practices.

As climate change intensifies these challenges, smart irrigation systems have emerged as powerful tools to enhance productivity, optimize water use, and ensure sustainability.

This article explores the top smart irrigation systems suitable for African farms, their technologies, benefits, and potential to transform the continent’s agricultural landscape.

What Are Smart Irrigation Systems?

Smart irrigation systems use advanced technologies such as sensors, automation, Internet of Things (IoT), and data analytics to optimize water delivery based on real-time environmental conditions, crop requirements, and weather forecasts.

These systems differ from traditional irrigation methods in that they minimize waste and ensure that crops receive just the right amount of water at the right time.

Why Africa Needs Smart Irrigation

Africa loses nearly 40% of its agricultural yield annually due to drought and poor irrigation practices. According to the FAO, only about 6% of cultivated land in Africa is irrigated, compared to 37% in Asia. The adoption of smart irrigation systems can:

  • Enhance crop yield and quality

  • Reduce water and energy consumption

  • Minimize labor costs

  • Improve climate resilience

  • Enable precision agriculture

Top Smart Irrigation Systems for African Farms

1. Netafim Precision Irrigation Systems

Origin: Israel
Technology Used: Drip irrigation, IoT sensors, remote control platforms

Netafim is a global leader in precision irrigation and has been active in Africa for decades. Their systems combine drip irrigation with smart sensors and cloud-based platforms like NetBeat™, which analyzes soil moisture, weather, and plant data to automate irrigation.

Advantages:

  • Ideal for smallholder and large-scale farms

  • Reduces water usage by up to 70%

  • Compatible with solar-powered pumps

African Use Case: In Kenya, Netafim has partnered with local cooperatives to provide smart drip systems that have increased maize yields by over 60%.

2. Jain Irrigation Systems

Origin: India
Technology Used: Solar-powered drip systems, fertigation units, weather sensors

Jain’s smart irrigation solutions are particularly relevant for regions with limited access to electricity. Their Jain Logic platform enables real-time monitoring and control, even in remote areas, using GSM or satellite networks.

Advantages:

  • Integrates fertilizer application (fertigation)

  • Operates in off-grid locations

  • Tailored for horticulture and row crops

African Use Case: In Rwanda, Jain’s solar irrigation systems have enabled farmers to grow crops during dry seasons, improving food security and income.

3. CropX Smart Irrigation

Origin: Israel
Technology Used: Soil sensors, AI-based analytics, mobile app

CropX combines soil science and machine learning to provide automated irrigation recommendations. Their sensors are easy to install and sync with a mobile app that offers real-time, field-specific advice.

Advantages:

  • Intuitive for tech-savvy farmers

  • Reduces fertilizer runoff

  • Improves soil health

African Use Case: Trials in South African vineyards have shown 30% water savings with improved grape quality.

4. Manna Irrigation Intelligence

Origin: Israel
Technology Used: Satellite imagery, cloud computing, weather forecasting

Unlike systems that require on-ground sensors, Manna uses satellite data to deliver daily irrigation recommendations. This makes it cost-effective and scalable for large and small farms alike.

Advantages:

  • Sensor-free solution reduces upfront costs

  • Delivers zone-specific recommendations

  • Supports multiple crop types

African Use Case: Manna has been deployed in Egypt to manage water in large-scale date and citrus plantations.

5. SunCulture’s Solar Irrigation Kits

Origin: Kenya
Technology Used: Solar-powered pumps, mobile app, pay-as-you-grow financing

SunCulture provides affordable smart irrigation kits for African smallholders. Their RainMaker2 system uses solar energy to power irrigation and is controlled through a smartphone app. The company also offers climate-smart packages with bundled weather insurance.

Advantages:

  • Designed for African farmers

  • Pay-as-you-go financing model

  • Enhances climate resilience

African Use Case: In Tanzania, users of SunCulture’s kits have reported tripled crop production and 70% reduction in manual labor.

6. Irritec Smart Irrigation Systems

Origin: Italy
Technology Used: Drip and sprinkler systems, IoT, automation controllers

Irritec combines efficient hardware with digital controllers that adjust irrigation based on real-time data. Their iDrop smart emitter is especially suitable for precision horticulture and greenhouses.

Advantages:

  • Modular systems for diverse terrains

  • Easy integration with existing infrastructure

  • Suitable for commercial farming

African Use Case: Irritec has collaborated with North African agribusinesses in Morocco and Tunisia to implement systems that optimize citrus and olive production.

Barriers to Adoption

Despite the immense potential, several challenges hinder the wide adoption of smart irrigation systems in Africa:

  • High upfront costs for sensors and systems

  • Limited digital literacy among rural farmers

  • Inadequate internet connectivity in remote regions

  • Lack of awareness of long-term ROI

To address these issues, governments, NGOs, and private sector players must scale training programs, subsidize technology, and support local innovations.

The Way Forward

As Africa’s population surges and food demand rises, optimizing water use in agriculture is no longer optional. Smart irrigation is a key pillar for achieving food security, promoting climate-smart agriculture, and improving rural livelihoods. With increasing mobile penetration, solar adoption, and access to microfinance, the scalability of these technologies is within reach.

Stakeholders—from farmers to policy makers—must prioritize investment in smart irrigation infrastructure to unlock Africa’s full agricultural potential.

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Seeds of Change: Global Experts Gather in Istanbul to Shape the Future of Agriculture

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Seeds of Change: Global Experts Gather in Istanbul to Shape the Future of Agriculture

This week, the city of Istanbul became the epicenter of the global seed industry as more than 1,800 delegates from over 70 countries convened for the ISF World Seed Congress 2025.

Hosted at the Istanbul Congress Center, the three-day event, organized by the International Seed Federation (ISF), marked a historic milestone in its centennial year, rallying experts, policymakers, and innovators around the theme: “Discovering Bold Horizons.”

Addressing the Pressing Questions of Tomorrow

As climate change, food insecurity, and population growth continue to challenge global agriculture, the congress served as a strategic platform to address the pivotal role of seeds in ensuring a sustainable and resilient food future.

In her opening remarks, ISF Secretary General Michael Keller emphasized, “Seeds are more than the starting point of agriculture—they are the cornerstone of food systems, livelihoods, and biodiversity. This congress comes at a time when global cooperation is not just needed, it is essential.”

Key Discussions and Strategic Priorities

1. Building Climate-Resilient Crops
One of the dominant threads across the sessions was the urgent need for seeds that can withstand harsher climates.

Breeding for drought tolerance, pest resistance, and shorter growing cycles featured prominently in presentations from companies and research institutions around the world. The call for deeper investment in R&D echoed strongly in a session titled “Seeds for a Warmer Planet.”

2. Leveraging Innovation in Genetics and AI
Breakthroughs in genomics, gene editing, and artificial intelligence in seed breeding stole the spotlight. From faster trait selection using machine learning to precision agriculture powered by AI, speakers showcased how technological leaps are transforming how seeds are developed and deployed.

3. Global Trade, Local Challenges
Delegates addressed challenges in the international seed trade, particularly around regulatory discrepancies and customs delays.

Many stakeholders advocated for greater harmonization of phytosanitary standards to reduce trade bottlenecks—especially in Africa and Asia, where seed access is often hindered by policy fragmentation.

4. Protecting Farmers and Consumers from Counterfeit Seeds
A sobering session focused on the proliferation of fake and substandard seeds in many developing regions.

With counterfeit seeds posing threats to yields, incomes, and food safety, experts discussed the expansion of digital traceability systems and regional quality assurance frameworks.

A Spotlight on Türkiye

Hosting the congress for the first time, Türkiye used the opportunity to highlight its fast-growing seed sector and its ambition to become a regional innovation hub.

The Turkish Minister of Agriculture and Forestry, İbrahim Yumaklı, called the event “a testament to Türkiye’s rising role in global food security.”

He added, “Our geography, research capabilities, and agricultural heritage place us at the crossroads of innovation. Türkiye is committed to strengthening seed quality, access, and technology not just at home but across neighboring regions.”

Industry Collaboration and Global Impact

Beyond presentations and panels, the congress fostered critical networking through its renowned Trading Floor, where hundreds of seed companies explored new partnerships, licensing deals, and market entry strategies. The digital Channel World Seed also streamed select sessions globally, broadening access to key insights.

The Crop Trust, CGIAR, and leading universities used the event to unveil collaborative initiatives to preserve plant genetic diversity and support smallholder farmers through seed innovation.

Looking Forward

As the ISF World Seed Congress 2025 draws to a close, the resounding message is clear: the future of agriculture begins with better seeds.

From policy shifts and cutting-edge science to farmer-focused solutions, this congress planted the seeds of global change—seeds that will determine how the world eats, survives, and thrives in the decades to come.

For more information and post-event resources, visit: https://congress.worldseed.org

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Daybreak Farms Chairperson Resigns Amid R625K Payout Storm

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Daybreak Farms Chairperson Resigns Amid R625K Payout Storm

In South Africa, the chairperson of Daybreak Farms, a state-affiliated poultry producer, has resigned following public uproar over a R625,000 payment, raising fresh questions about financial accountability and governance in state-linked agribusiness entities.

Sources close to the matter revealed that the payment – reportedly sanctioned by the board – triggered internal disputes and public concern, especially given Daybreak’s complex ownership structure and history of management instability.

The identity of the outgoing chairperson has not yet been formally disclosed, but the resignation is said to have taken effect immediately.

Background and Governance Concerns

Daybreak Farms, which operates under the control of the Public Investment Corporation (PIC) through its investment arm, has faced governance challenges in recent years.

The entity has been the subject of several oversight reviews due to financial irregularities, leadership changes, and questions over procurement practices.

The R625,000 payout, believed to be a form of executive compensation or severance, reportedly lacked sufficient transparency and board-wide consensus – sparking backlash from stakeholders, including union representatives and political observers.

“This is yet another reminder that public-interest companies must operate with full transparency,” said a governance expert based in Johannesburg. “Every rand spent needs to be justified, especially when public funds are involved.”

Stakeholder Reaction

The resignation has triggered renewed scrutiny of the governance practices at Daybreak. Employee unions have called for a forensic audit into the company’s recent financial decisions, including all board-approved payments and contracts issued in the last 12 months.

Meanwhile, industry observers note that such instability could impact the company’s market performance and credibility with both suppliers and investors.

“Executive turnover of this nature creates uncertainty not only within the organization but also in the broader agricultural sector,” said a poultry industry analyst.

“Daybreak is a significant player in the domestic food value chain, and its leadership must reflect accountability.”

Call for Reform

The incident has reignited calls for tighter regulation of entities under the PIC’s investment portfolio.

Advocacy groups are urging the Minister of Agriculture and the National Treasury to implement stricter corporate governance frameworks for agribusinesses that manage public resources or serve strategic national food security goals.

As the dust settles, attention now turns to who will take over the leadership reins at Daybreak Farms – and whether the new chair will bring the stability and accountability the organization so urgently needs.

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From Plows to Precision: Tracing NAMPO’s Rise as Africa’s Agri Powerhouse

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From Plows to Precision: Tracing NAMPO’s Rise as Africa’s Agri Powerhouse

In the middle of the Free State’s golden farmlands, just beyond the orderly maize rows and dust-stirred tractors, a different kind of harvest is taking shape.

For four days this May, NAMPO Park in Bothaville will become South Africa’s bustling epicenter of agricultural ambition.

But the sprawling fields of tents, exhibition halls, and giant machinery haven’t always looked this way.

What is now considered the largest privately-organized agricultural event in the Southern Hemisphere began over half a century ago with far more modest intentions — a gathering of grain farmers in need of new ideas, better tools, and, perhaps most crucially, one another.

A seed planted in the ’60s

In the 1960s, Grain SA (then known under a predecessor organization) invited local producers to attend a day of demonstrations and discussion. At the time, agriculture was largely analog — hands in the soil, sweat on the brow, and decision-making rooted in tradition more than data.

But those early gatherings, modest as they were, revealed something important: the power of farmers seeing things for themselves. Sales reps, government officials, and rural innovators began flocking to the yearly event.

Year by year, the machinery grew larger, the crowds thicker, and the ideas bolder.

Today, NAMPO Harvest Day is no longer a “day” at all. It stretches across four days, draws over 82,000 visitors, and includes more than 740 exhibitors from across South Africa and beyond.

2025: A turning point event

This year’s theme, “Global Agriculture, Locally Rooted,” captures NAMPO’s dual identity: one part international showcase, one part deeply South African tradition. The juxtaposition is visible everywhere — from solar-powered irrigation systems displayed beside traditional ploughs, to artificial intelligence demos coexisting with boerewors stalls.

What’s new in 2025:

  • Autonomous machinery and AI-powered tools: These won’t just be on static display — they’ll be in action across demonstration plots, with manufacturers touting efficiencies of up to 40% in planting and harvesting.

  • Sustainability at scale: Several exhibitors will showcase low-emission engines, water-conserving irrigation, and no-till systems, all tailored to Southern Africa’s shifting climate.

  • A booming livestock pavilion: With a national resurgence in cattle and poultry farming, this year’s animal production space will be one of the largest yet.

  • The Syngenta Boerekos Farm Kitchen returns, offering a literal taste of South Africa’s agricultural diversity — from classic pap and wors to gourmet takes on heritage recipes.

  • Startup row gets serious: Expect more than just youthful optimism. New financing initiatives and mentorship programs are being unveiled, designed to launch small-scale innovators into full-fledged commercial players.

Behind the scenes: A community forged in soil

For all its scale, NAMPO still holds fast to its community roots. Conversations spill over from stands to campfires, where seasoned producers swap tips on fertilizer strategy or share frustrations over unreliable transport infrastructure.

“Farmers come here not just to look,” said Willem Kruger, a Free State maize farmer attending for the 19th time. “They come to ask hard questions. And sometimes, they come to dream.”

And while exhibitors bring billions of rands’ worth of gear to the show, it’s often the informal lessons — a neighbor’s success with a no-name drip system, a talk from a soil scientist — that spark real change back home.

A legacy still growing

In the end, the story of NAMPO is not just one of machines and markets. It’s a story of resilience, of adaptation, of a country’s farmers meeting uncertainty with curiosity and innovation.

As NAMPO 2025 opens its gates, it offers more than a glimpse into the future of farming. It offers a reminder: agriculture is not just about crops or livestock. It is about people — rooted in land, reaching toward tomorrow.

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Top 5 Tips for Finding Rare Tractor Parts on Yesterday’s Tractor

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Top 5 Tips for Finding Rare Tractor Parts on Yesterday’s Tractor

When it comes to restoring or maintaining vintage tractors, sourcing rare parts can be a real challenge.

Fortunately, platforms like Yesterday’s Tractor Co. (commonly known as YT) have become a trusted haven for collectors, farmers, and restorers alike.

Whether you’re hunting for a hard-to-find carburetor, an elusive hood panel, or specialized engine components, mastering the art of finding rare parts is essential.

Here are the Top 5 Tips for Finding Rare Tractor Parts on Yesterday’s Tractor:

1. Use the Search Bar Strategically

Yesterday’s Tractor hosts an impressive inventory of tractor parts — but finding what you need often depends on how you search. Instead of typing general terms like “tractor carburetor,” get specific with your queries. Use the model number, part number (if known), or even the serial number for better results.

Example: Instead of searching for “Ford carburetor,” type “Ford 8N Marvel Schebler TSX-241B carburetor.”

Pro Tip: Include alternative part names and common misspellings. Many older parts have multiple references, and smart keyword variations can uncover hidden listings.

2. Tap Into the YT Forums and Classifieds

One of Yesterday’s Tractor’s biggest advantages isn’t just its parts store — it’s the active community. The YT forums and classified ads are gold mines for rare parts.

Post a detailed “Parts Wanted” ad specifying:

  • The tractor’s make and model

  • The exact part you need

  • Any acceptable substitutes

Engaging with the community often leads to personal offers, advice, and even leads to external sellers who aren’t actively advertising.

Bonus: Many seasoned restorers and collectors frequent the forums and often have extra inventory they’re willing to sell or trade.

3. Check the Used Parts Section Regularly

YT doesn’t just sell new aftermarket parts — they also offer used OEM parts salvaged from other tractors. These parts can be critical when authenticity matters, especially for rare or antique models.

Tip: Inventory changes frequently. Set a reminder to check the used parts section at least once a week to catch newly listed items before they sell out.

If a rare part isn’t listed, contacting YT’s customer service can sometimes uncover parts not yet added to the website.

4. Understand Cross-Compatibility Between Models

Many older tractors shared components across different models or even brands. Understanding cross-compatibility can dramatically widen your search pool.

For example:

  • Some parts for a Ford 9N also fit Ford 2N and 8N models.

  • Massey Ferguson and Massey Harris parts can overlap in certain series.

YT often lists parts by multiple compatible models, but doing a little background research yourself can uncover parts that technically fit even if they weren’t originally marketed for your exact tractor.

5. Ask About Rebuilt or Remanufactured Options

Sometimes, finding a completely original part is near impossible. Luckily, Yesterday’s Tractor offers rebuilt or remanufactured parts for many vintage models.

These parts:

  • Preserve vintage integrity

  • Offer modern reliability

  • Often cost less than rare NOS (New Old Stock) parts

When browsing, don’t hesitate to ask about:

  • Rebuilt starters, generators, carburetors

  • Remanufactured hydraulic pumps

  • Upgraded alternatives that maintain OEM appearances

It’s a smart balance between originality and performance, especially for tractors that will see regular use.

Final Thoughts

Finding rare tractor parts on Yesterday’s Tractor requires more than just casual browsing — it takes strategy, persistence, and community engagement. By searching smartly, tapping into the vibrant YT community, and exploring used and rebuilt options, you can breathe new life into your vintage machine.

Remember: Every rare part has a story, and every restored tractor becomes a legacy. Happy hunting!

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Is the Slate Truck the Best Budget EV for Farmers and Ranchers?

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Is the Slate Truck the Best Budget EV for Farmers and Ranchers?

As the agriculture industry evolves, so too does the machinery farmers and ranchers rely on daily.

With a push toward greener, more cost-effective operations, electric vehicles (EVs) are increasingly capturing the attention of agricultural professionals.

Among the latest entries into the EV market is the Slate Truck, an affordable electric pickup that promises to combine simplicity, durability, and efficiency. But is it truly the best budget EV for farmers and ranchers?

Let’s take a closer look.

Built for Simplicity, Designed for Work

Unlike many modern trucks that come packed with complex (and sometimes unnecessary) features, the Slate Truck focuses on simplicity and function—two things that resonate with those working on farms and ranches.

  • Manual Crank Windows: No need to worry about electric window failures.

  • No Built-In Infotainment: Reduces distractions and technical issues.

  • Rugged Polypropylene Exterior: The unpainted gray body resists scratches and dents, making it ideal for harsh rural environments.

The Slate Truck’s minimalist approach means less downtime and fewer maintenance costs, a major plus for farmers who depend on their vehicles day in and day out.

Pricing: A New Standard in Affordability

At a starting price of $27,500—and potentially under $20,000 after federal tax credits—the Slate Truck is poised to become one of the most affordable electric pickups on the market.

For farmers and ranchers looking to modernize their fleet without breaking the bank, it offers an opportunity to adopt EV technology at a fraction of the cost of traditional trucks or premium electric models like the Tesla Cybertruck or Ford F-150 Lightning.

Affordability is key in agriculture, where profit margins can be slim, and every dollar must be maximized. The Slate Truck’s low entry cost could make it an easy addition to the farmyard.

Range and Power: Practical for Rural Settings?

Performance in rural areas is critical, and here’s how the Slate Truck stacks up:

  • Battery Options:

    • 52.7 kWh battery offering about 150 miles of range.

    • 84.3 kWh battery extending range to 240 miles.

  • Power Output: 201 horsepower and 195 lb-ft of torque.

For everyday tasks like checking fence lines, hauling light loads, or making supply runs into town, the Slate Truck’s range should be more than sufficient. However, for larger farms or ranches with extensive acreage, the longer-range version would be advisable.

Additionally, the truck supports fast charging (120kW DC), meaning less downtime when a recharge is needed.

Cargo and Towing Capacity: Enough for Farm Work?

Here’s where practicality meets reality:

  • Payload Capacity: 1,430 pounds.

  • Towing Capacity: 1,000 pounds.

  • Bed Length: 5 feet.

While it won’t replace heavy-duty diesel workhorses needed for large-scale hauling or towing heavy machinery, the Slate Truck excels at lighter, daily tasks—perfect for transporting feed, fencing supplies, tools, and other essentials around the farm.

It also supports over 100 accessories, including a conversion kit to turn it into a 5-seat SUV, offering farmers and ranchers greater flexibility depending on the day’s needs.

Durability in Tough Conditions

Farmers demand vehicles that can handle mud, rough terrain, and unpredictable weather. The Slate Truck’s design choices—especially its durable, easy-to-clean body—make it a strong contender.

Its compact 176-inch length also means better maneuverability around tight barns, feedlots, and farm roads compared to full-size pickups.

The real test, of course, will be how it performs under real-world conditions on farms and ranches—but based on design philosophy alone, it looks promising.

Environmental Benefits: Aligning with Modern Agricultural Values

Sustainability is an increasing focus for agriculture, with more farms pursuing carbon footprint reductions and eco-friendly practices. Choosing an electric truck like the Slate aligns with these values:

  • Zero tailpipe emissions.

  • Potential to charge from on-site solar panels, further reducing operational costs and environmental impact.

  • Lower maintenance needs, leading to longer vehicle lifespans.

Adopting the Slate Truck could even help farmers meet eligibility criteria for certain sustainability grants and certifications.

Potential Drawbacks to Consider

While the Slate Truck shows immense promise, farmers and ranchers should be aware of a few limitations:

  • Lower towing capacity compared to conventional diesel trucks.

  • Limited range for large, remote operations without nearby charging infrastructure.

  • New Brand Risk: As a newcomer, Slate Auto doesn’t yet have a proven track record in the field.

Still, for light-duty, local farm and ranch work, these concerns are relatively minor—especially when weighed against the cost savings.

Conclusion: A Smart Addition to the Farm Fleet?

Is the Slate Truck the best budget EV for farmers and ranchers?

If you’re seeking a reliable, affordable, and eco-friendly pickup for everyday farm and ranch tasks, the answer is a strong yes.

While it won’t replace every heavy-duty need, it could easily become the go-to vehicle for daily operations—saving you money on fuel, maintenance, and repairs while helping to future-proof your business.

In an era when agriculture must balance tradition with innovation, the Slate Truck feels like a step in the right direction: practical, tough, and refreshingly simple.

Also Read

Top 5 Features of the Slate Truck That Make It a Game-Changer

Is John Deere a Buy, Sell, or Hold? A Comprehensive Analysis

Top 5 Features of the Slate Truck That Make It a Game-Changer

agrimachinery
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Top 5 Features of the Slate Truck That Make It a Game-Changer

The electric vehicle (EV) market is heating up, and the newly unveiled Slate Truck is stealing the spotlight.

Backed by Amazon founder Jeff Bezos and designed with simplicity and affordability at its core, the Slate Truck is poised to disrupt the electric pickup segment in a big way.

But what exactly makes this electric pickup so special?
Let’s dive into the top 5 features of the Slate Truck that make it a true game-changer.

1. Unmatched Affordability in the Electric Pickup Market

While most electric pickups like the Tesla Cybertruck and Rivian R1T target premium buyers, the Slate Truck flips the script. With a starting price of $27,500 — and even lower after federal EV tax credits — Slate Auto aims to make electric pickups accessible to the mass market.

For budget-conscious farmers, ranchers, and small business owners, the Slate Truck offers a new, affordable entry point into electric mobility without sacrificing utility.
At a time when rising vehicle costs have priced many out of the EV revolution, Slate Truck’s price tag is revolutionary.

Key SEO phrases to include: affordable electric pickup, budget EV truck, cheapest electric pickup truck

2. Simple, Minimalist Design That Prioritizes Utility

Forget flashy, over-the-top designs. The Slate Truck embraces a bare-bones, practical aesthetic:

  • Gray polypropylene body panels for easy maintenance and scratch resistance

  • Manual crank windows — no expensive power window repairs

  • No built-in infotainment system — your smartphone mounts easily on the dashboard

  • No complicated software bloat — just straightforward, rugged functionality

This no-frills approach resonates deeply with users who want a truck that’s built to work, not just to impress.
It’s a smart move — especially for agriculture, construction, and rural users who value durability over luxury.

Key SEO phrases to include: minimalist electric truck, utility EV truck, practical EV pickup

3. DIY Customization: Build It Your Way

One of the most exciting innovations with the Slate Truck is its focus on modularity and DIY customization.

Slate Auto plans to offer over 100 accessories, allowing users to adapt the truck to their specific needs:

  • Conversion kits to transform the two-seater truck into a five-seat SUV

  • Accessory kits for racks, covers, toolboxes, and more

  • Interior upgrades depending on whether you prioritize passengers or cargo

This approach is perfect for farmers, off-road enthusiasts, and anyone who wants their vehicle to evolve with their lifestyle.
In a world where most EVs come fully locked down, Slate Truck’s open customization model feels fresh and empowering.

Key SEO phrases to include: DIY EV customization, modular electric truck, customizable electric pickup

4. Two Smart Battery Options for Flexibility

Rather than forcing buyers into a one-size-fits-all battery, Slate offers two practical options:

  • Standard Battery: 52.7 kWh with up to 150 miles of range

  • Extended Range Battery: 84.3 kWh offering up to 240 miles of range

This allows users to choose the right configuration for their daily needs.
Short trips around town or the farm? The standard pack will save you money.
Longer commutes or rural use? The extended pack ensures you stay powered for the journey.

This flexibility makes the Slate Truck perfect for both urban drivers and rural users alike.

Key SEO phrases to include: electric truck battery options, Slate Truck range, affordable EV battery

5. Rugged Performance for Real-World Use

Despite its low price, the Slate Truck doesn’t skimp on performance:

  • 201 horsepower and 195 lb-ft of torque

  • 0 to 60 mph in about 8 seconds

  • Rear-wheel drive standard for simplicity and efficiency

While it may not match the off-road prowess of luxury EV trucks, the Slate Truck is more than capable for daily hauling, towing small trailers, or navigating rugged farm roads.
And because it’s lighter and simpler than other EVs, it could prove to be more durable and cost-effective to maintain over time.

Key SEO phrases to include: electric pickup truck specs, Slate Truck towing capacity, real-world EV truck

Final Thoughts: Why the Slate Truck Matters

The Slate Truck isn’t trying to be the flashiest or fastest EV on the road — and that’s exactly why it’s such a game-changer.


By focusing on affordability, simplicity, customization, and practical performance, Slate Auto is bringing electric pickups to a massive, underserved audience.

For buyers who value function over flash — farmers, tradespeople, rural drivers, and budget-minded EV enthusiasts — the Slate Truck could very well become the new gold standard for practical electric work vehicles.

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