Project Gallery

Empowering Smallholder Farmers in Nigeria through Input Supply & Technical Support

The impact of our integrated agribusiness interventions in Nigeria. Through strategic projects, we facilitated the supply of over 5,000 metric tons of high-quality seeds and fertilizers, supporting more than 3,500 smallholder cotton farmers across Katsina and Kaduna states. The initiative combined agronomic training, input delivery, and field monitoring, enhancing productivity and strengthening livelihoods in rural farming communities.

Transforming Soybean Cultivation in Benin: A 22,000 Hectare Outgrower Model

This showcases the success of our soybean development project in the Republic of Benin. Under a large-scale outgrower scheme covering 22,000 hectares, we empowered thousands of smallholder farmers through:

• Technical support in modern soybean farming practices

• Distribution of quality seeds and agro-inputs

• Regular field demonstrations and training camps

• Market linkage creation, ensuring offtake and price stability

• Capacity building for local cooperatives and extension workers

This project made a significant contribution to enhancing regional food security, generating rural employment, and improving household incomes across Benin’s soybean belt.

This image series highlights our impactful work in establishing a dedicated Seed Multiplication Farm in Nigeria, a key initiative to ensure the availability of high-quality, certified seeds for smallholder farmers.

Key Components of the Project:

• ✅ Identification and allocation of land suitable for seed multiplication with proper irrigation access and soil fertility.

• ✅ Capacity building and training of local agronomists and farm workers in certified seed production techniques.

• ✅ Introduction of foundation seeds of high-performing maize and legume varieties.

• ✅ Implementation of modern agronomic practices including line sowing, pest and disease control, and nutrient management.

• ✅ Establishment of quality control protocols in collaboration with seed certification agencies.

• ✅ Support infrastructure like storage, grading, and drying facilities developed near the farm (visible in image).

• ✅ Linkages with farmer cooperatives and state governments to ensure offtake and distribution to remote regions.

This initiative laid the groundwork for long-term agricultural productivity in Nigeria, enabling consistent access to quality seeds and increasing yields for thousands of farmers.

Seed Multiplication Farm in Nigeria – Strengthening the Foundation of Food Security

This is the impactful community-focused work carried out under our Farmer Training Program in West Africa. The initiative aimed to build farmer knowledge, improve on-ground practices, and enhance sustainable crop productivity across multiple districts.

Key Features of the Training Program:

• ✅ Target Audience: Smallholder farmers, local extension workers, and youth agri-entrepreneurs from rural farming communities in West Africa.

• ✅ Curriculum Coverage:

  • Good Agronomic Practices (GAP)

  • Integrated Pest and Disease Management (IPDM)

  • Post-harvest handling and storage

  • Safe and efficient use of agro-inputs (seeds, fertilizers, crop protection)

  • Organic and climate-smart practices for resilience building

• ✅ Demonstration-Based Learning: Hands-on training sessions were conducted using live crop plots and audiovisual presentations, ensuring experiential learning.

• ✅ Multilingual Support: Trainers used local languages and dialects to communicate with farmers, ensuring inclusivity and knowledge retention.

• ✅ Distribution of Kits: Farmers were provided with kits containing sample seeds, biofertilizers, and manuals for reference.

• ✅ Outcomes: Over 5,000 farmers trained in more than 30 sessions across 3 countries, leading to measurable improvements in crop yield, input efficiency, and income levels.

This program showcases our commitment to empowering farmers with knowledge that transforms not just their productivity but also their livelihoods.

Farmer Training Program in West Africa – Building Capacity for Sustainable Agriculture

Commercial Mechanised Project in Zambia – A Model for Large-Scale Sustainable Agriculture

The successful implementation of a fully mechanized commercial farming project in Zambia, led by the Global Agriculture Consultancy team. The project exemplifies the transition from traditional to precision agriculture across large land parcels.

Project Highlights:

🚜 Land Development & Preparation

• The project began with large-scale land clearing using heavy-duty equipment (e.g., bulldozers and excavators), as seen in the second image.

• Soil health was assessed and amended through tailored nutrient plans and irrigation infrastructure.

💧 Advanced Irrigation Systems

• Multiple center pivot irrigation systems were installed, covering vast areas to ensure uniform water application and efficient water use.

• The use of solar-powered and diesel pumps provided uninterrupted irrigation even in off-grid regions.

🚜 Modern Machinery Deployment

• Equipment fleet included:

  • John Deere Tractors

  • CASE IH Combine Harvesters

  • Seed Planters and Fertilizer Spreaders

  • Graders, Loaders, and specialized Implements

• All machinery was GPS-enabled for precision farming.

🌱 High-Value Crop Cultivation

• Crops grown included soybean, maize, and horticultural varieties targeted for both domestic consumption and export.

• High-yield hybrid seeds were used to ensure profitability and food security alignment.

👨‍🌾 Team Training & Local Employment

• Zambian technicians, operators, and agronomists were trained on modern farm operations.

• More than 100 local jobs were created across production, maintenance, and administration roles.

🌍 Sustainability & Export Potential

• Efficient resource utilization, minimal chemical runoff, and crop rotation strategies made this a sustainable farming model.

• The produce from this farm has been successfully integrated into export supply chains across Southern Africa.

This project stands as a benchmark for mechanized, climate-resilient agriculture in Sub-Saharan Africa and reinforces the importance of tech-enabled, commercial-scale solutions for global food systems.

The execution of a massive land development and commercial farming initiative across 5,000 hectares in East Africa, undertaken by our expert team.

Project Overview:

🌍 Location & Scope

• Situated in a remote yet fertile region of East Africa, the project covers 5,000 hectares earmarked for the commercial cultivation of maize, soybeans, and pulses.

• The vision: transform underutilized forested land into productive farmland while ensuring environmental compliance.

🚜 Land Clearing & Infrastructure Setup

• The initial phase involved extensive land clearing using dozers, graders, and backhoes (as seen in images).

• Bush clearing, root raking, and stumping were completed with precision to prepare the soil for mechanized sowing.

👷‍♂️ Technical Planning & Groundwork

• Soil health was assessed using portable testing kits and expert sampling.

• Team-led rituals and cultural integration activities (seen in the images) respected local customs and fostered community participation.

🛠️ Machinery Deployment

• A fleet of machinery, including John Deere combine harvesters and Komatsu bulldozers, were mobilized.

• Field camps, fuel depots, and maintenance sheds were established to support uninterrupted operations.

👨‍🌾 On-Ground Management

• Round-the-clock supervision was led by agricultural engineers and operational managers.

• Collaboration with local stakeholders helped ensure smooth execution and local capacity building.

🌱 End Goal

• To convert the area into a model of climate-smart, export-oriented, and mechanized farming with sustainable practices and inclusive employment.

Commercial Mechanised Project in Zambia – A Model for Large-Scale Sustainable Agriculture

The journey from aerial reconnaissance to lush standing crops, showcasing the effectiveness of our team in executing a world-class commercial agriculture project in East Africa.

📍Project Phases in Action

🚁 Aerial Survey & Strategic Planning

• The mission kicked off with aerial land assessments via helicopter to identify topography, vegetation, and water sources.

• Strategic field planning enabled zoning for cropping, irrigation, and infrastructure.

🚜 Land Clearing & Field Preparation

• Bulldozers and excavators cleared dense vegetation and leveled fields with high precision (images show mid-clearing stages).

• Soil was conditioned and laid out for mechanized sowing using modern GPS-guided implements.

🌱 Sowing to Stand Establishment

• Timely sowing led to excellent crop emergence, as shown in the lush green fields and well-developed maize growth stages.

• On-ground team monitoring ensured uniform germination and crop health throughout the cycle.

🤝 Stakeholder Engagement

• Partnerships with local farmers, regional experts, and international investors helped mobilize resources and trust.

• Interactions with farm managers, captured in the images, demonstrate collaborative implementation and technical alignment.

🏭 Post-Harvest Planning

• Installation of grain silos and storage infrastructure began in parallel to crop growth.

• Plans were laid for value chain integration through aggregation, processing, and export.

📸 Project Outcomes Captured Visually

• From helicopter views of sprawling green fields to standing tall maize and modern machinery, every frame is a testament to our commitment to scale, technology, and sustainability.

From Forest to Farm: Transforming 5000 Hectares in East Africa into a Commercial Farming Success Story

This project showcases the power of technology-driven agriculture executed at scale in East Africa, transforming barren land into a high-yielding sugarcane farm through efficient irrigation, mechanized practices, and community involvement.

💧 Advanced Irrigation Infrastructure

• Drip and Pivot Irrigation Systems: State-of-the-art drip lines and central pivot systems ensure optimal water use and uniform moisture distribution across large fields.

• High-Capacity Pumps & Filtration Units: The irrigation backbone is powered by high-efficiency pumps, sand filters, and fertigation setups to supply nutrients and water precisely.

🚜 Mechanization and Land Preparation

• Tractors and land levellers prepped the soil with precision.

• Pipe-laying and drip installation done methodically, enabling immediate crop establishment.

👨‍🌾 Community-Driven Plantation Effort

• Field teams, including local farmers and trained staff, were engaged in the planting phase.

• Images show rows of sugarcane setts being planted with team supervision, highlighting grassroots involvement and job creation.

🤝 Stakeholder Coordination

• Experts, engineers, and local partners visited the project site to assess and optimize progress.

• Their presence ensures knowledge sharing, quality execution, and local capacity building.

🌱 Healthy Crop Establishment

• The concluding visuals show tall, lush sugarcane crops—a reflection of proper water, soil, and crop management practices.

• The green cover represents sustainability, productivity, and the potential for industrial-scale sugar or ethanol processing.

Precision Farming for the Future: 2000 Hectares of Sugarcane Cultivation in East Africa

📍 Locations:

• Tanzania: Maize cultivation in East Africa

• Sierra Leone: Cassava production in West Africa

This dual-location initiative represents a pan-African approach to sustainable food security and commercial farming.

🌽 Maize Project – Tanzania

• Field inspections and consultations with local teams and stakeholders.

• Emphasis on improving soil productivity, crop spacing, and agronomy to optimize yields.

• Technical team interaction visible on-site, showing coordination with extension services and farmers.

🌱 Cassava Project – Sierra Leone (800 ha)

• Deployment of center pivot irrigation systems to manage water efficiently in cassava fields.

• Modern grain storage silos for post-harvest handling and processing.

• Strong female leadership presence on-site, signaling inclusivity and empowerment.

• Healthy cassava crops reflect successful adaptation of inputs, irrigation, and crop protection protocols.

🌍 Project Highlights

• Irrigation-Backed Cultivation: Automated irrigation systems show a commitment to climate-resilient farming.

• Infrastructure Setup: Silos and machinery establish post-harvest value chain readiness.

• Cross-Regional Expertise: Collaboration between local communities, international experts, and implementing partners.

Maize and Cassava Projects in East and West Africa – 800 Hectares of Opportunity

📍 Location: Tanzania, East Africa
📐 Scale: Commercial-level maize cultivation on expansive fields

📸 Project Highlights:

1. Healthy Crop Development:

   • Visuals show vibrant maize crop growth at the vegetative stage.

   • Indicates proper spacing, soil management, and input application.

2. Mechanized Land Preparation:

   • Field preparation is supported by tractor-mounted implements.

   • The project uses mechanization for timely sowing and reduced labor dependency.

3. On-Field Technical Training:

   • Farmers and technical staff gathered around seed drill and machinery.

   • Demonstration session conducted on equipment usage and best agronomic practices.

🚜 Key Features of the Project

• Modern Farm Equipment: Deployed for land prep, seeding, and crop management.

• Capacity Building: Practical, hands-on training for local teams and farmers.

• Yield Optimization: Use of improved seed varieties and timely agronomy support.

Maize Farming Project in Tanzania

• The image depicts a large-scale hydroponic project, likely situated in the UAE, focusing on intensive horticulture.

• It showcases various methods of soilless cultivation, primarily featuring leafy greens such as lettuce.

• Some panels illustrate plants grown in long rows using nutrient film technique (NFT) or similar systems, both under protective coverings and in open-air settings.

• Other sections of the image reveal indoor, controlled environments, possibly indicating vertical farming or highly regulated greenhouse operations, often equipped with artificial lighting.

• The overall impression is of a sophisticated agricultural setup designed for high yield and efficient resource utilization, particularly relevant for arid climates.

Hydroponic Revolution in the UAE

This project centers on the export of ginger from Africa, operating from a dedicated processing and packing hall. The facility, potentially located in the Bunza local government area, handles the preparation of ginger for international markets.

Ginger Export Project: Africa's Processing & Packing Hub