Background of the Study
Irrigation development is fundamental to increasing agricultural productivity, particularly in regions prone to erratic rainfall. In Nigeria, where many areas depend on rain-fed agriculture, the introduction of modern irrigation systems between 2023 and 2025 has been a key strategy to stabilize crop production and improve yields (Ogunleye, 2023). The theoretical framework is based on the concept that reliable water supply can reduce the risks associated with drought and improve overall farm management. Empirical studies have shown that effective irrigation can lead to significant increases in crop yields and extend the growing season, thereby enhancing food security and farmer incomes (Adebisi, 2024). However, the development and maintenance of irrigation infrastructure face challenges such as high capital costs, technical expertise, and water management issues. This study investigates the impact of irrigation development on agricultural productivity by analyzing yield improvements, input efficiency, and economic returns. It also explores the challenges of sustaining irrigation projects and offers policy recommendations for scaling up successful initiatives to ensure long-term agricultural development.
Statement of the Problem
Despite the potential benefits of irrigation, many regions in Nigeria still rely heavily on rain-fed agriculture, which exposes farmers to climate variability and reduced productivity (Ibrahim, 2024). The primary problem is the inadequate development and maintenance of irrigation infrastructure, resulting in suboptimal water management and low yields. High installation costs, limited technical capacity, and poor management practices further exacerbate these issues, preventing widespread adoption and effective use of irrigation systems. These shortcomings contribute to lower agricultural productivity and income instability among rural households. The study seeks to identify the barriers to effective irrigation development and to assess whether recent investments have led to measurable improvements in productivity. Understanding these challenges is critical for designing policies that can enhance irrigation coverage and optimize water use in agriculture.
Objectives of the Study
Research Questions
Research Hypotheses
Scope and Limitations of the Study
This study examines irrigation projects in Nigeria from 2023 to 2025, using agricultural yield data, project reports, and farmer surveys. Limitations include regional disparities in irrigation infrastructure and variability in water resource availability.
Definitions of Terms
– Irrigation Development: The creation and improvement of systems to supply water to crops.
– Agricultural Productivity: The output per unit of input in farming.
– Water Management: The planning and control of water resources for agricultural use.
– Sustainability: The ability to maintain agricultural practices over the long term.
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