FutuX Agri-consult Limited conducted a comprehensive feasibility study of the Bakolori Irrigation System (BIS), a 23,000-hectare scheme designed to boost agricultural productivity and livelihoods in northern Nigeria. Commissioned by FINDEF, the study evaluated current farming practices, socio-economic conditions, infrastructure challenges, and employment potential, with a special focus on empowering women and youth through modernized agriculture and value chain development.
Duration
September 2024
Location
Talata Marafa, Bakura, and Maradun Local Governments, Sokoto State, Nigeria
Beneficiaries
40,000 People
Client
Finpact Development Foundation (FINDEF)
The central aim was to assess the viability of expanding and revitalizing the BIS to enhance crop productivity, generate income, and create jobs—especially for marginalized groups such as women and young people. Specific objectives included analyzing farmer demographics, identifying constraints to productivity, exploring opportunities for crop diversification, and proposing scalable interventions in input access, mechanization, post-harvest infrastructure, and extension services.
Farmers face multiple interrelated challenges, including aging irrigation infrastructure, broken canals leading to uneven water distribution, high costs and limited access to quality seeds and fertilizers, frequent pest outbreaks—especially in tomatoes and onions—and inadequate storage facilities causing significant post-harvest losses. Financial constraints restrict investment in modern tools, while insecurity in the region deters consistent field access. Cultural norms limit women’s participation in core farming, and low literacy levels hinder adoption of complex technologies.
Based on the findings, four strategic interventions were proposed. First, an Input Accessibility Program to link farmers with suppliers and establish cooperatives for bulk purchasing of seeds and inputs. Second, a Training of Trainers model to build a cadre of youth-led extension agents who provide localized advice on good agricultural practices. Third, a Capacity Development Initiative for youth to construct and manage small-scale storage and processing units. Fourth, a Mechanization Promotion Scheme where youth cooperatives offer tractor rentals and solar-powered irrigation services to smallholders.
Data was gathered through mixed methods: surveys of 130 farmers, seven key informant interviews with leaders and managers, and a review of World Bank and academic reports. Multi-stage sampling ensured geographic and crop diversity. Quantitative data was analyzed using Excel, while qualitative insights were thematically coded. Findings were triangulated to ensure accuracy. The study examined age and gender distribution, education levels, farm sizes, cropping patterns, yield performance, labor dynamics, and market access, forming a holistic picture of the system’s strengths and weaknesses.
The study found that although only 12,000–13,000 hectares are currently irrigated—down from the original 23,000—the system holds immense untapped potential. Seventy-four percent of farmers are aged 20–40, offering a dynamic workforce ready for innovation. Rice monocropping dominates, but horticultural crops like onions and tomatoes show higher profitability during the dry season. With proper support, crop diversification could significantly raise incomes. Youth emerged as key agents of change, especially in mechanization and agro-processing roles.
This feasibility study provides a robust evidence base for rehabilitating and transforming the Bakolori Irrigation System into a modern, inclusive, and productive agricultural hub. By focusing on youth entrepreneurship and women’s empowerment, the proposed interventions address structural inequalities while boosting efficiency. Improved water delivery, combined with better inputs and post-harvest systems, could increase yields, reduce losses, and enable farmers to access premium markets. Ultimately, the study supports national goals of food security, job creation, and rural transformation in Nigeria’s northwest.
FutuX delivered a transformative feasibility study that reimagines the future of the decades-old Bakolori Irrigation System. Rather than focusing solely on infrastructure repair, the report champions human-centered solutions—empowering youth as entrepreneurs in mechanization and agro-processing, and elevating women’s roles beyond post-harvest labor. By recommending cooperative-based input access, digital extension models, and solar-powered irrigation, the study lays out a realistic, scalable path toward sustainable intensification. This work exemplifies how data-driven consulting can unlock opportunity in even the most challenging environments.
40,000
Total Beneficiaries
Smallholder farmers, women engaged in post-harvest activities, rural youth seeking employment, farmer cooperatives, and local market actors within the Bakolori Irrigation Scheme
Approximately 40,000–45,000 farm families depend on the system. Sixty-seven percent of active farmers are men; women participate mainly in processing and trading. Over 60% of surveyed farmers are under 35 years old, and most have only basic Islamic education, highlighting the need for practical, visual, and peer-led training approaches.
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