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The aim is to analyze the effectiveness of low-cost irrigation systems in improving agriculture in drought-prone Mali.

February 27, 2026Open Access

Designing Low-Cost Irrigation Systems in Drought-Prone Mali: A Comparative Study

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A comparative analysis demonstrates improved agricultural yields in Mali using low-cost drip irrigation systems, suggesting sustainability benefits.

The aim is to analyze the effectiveness of low-cost irrigation systems in improving agriculture in drought-prone Mali.
Conducted a comparative analysis of irrigation systems using previous studies and field trials.
Focus on water usage efficiency, economic viability, and system longevity.
Examined the effectiveness of drip irrigation combined with solar-powered pumps versus traditional methods.
Drip irrigation with solar-powered pumps achieved higher yields per unit cost compared to flood irrigation.
Findings indicate improved agricultural productivity and resilience in Mali's semi-arid regions.
Emphasized the need for training in system maintenance for farmers to ensure long-term benefits.

Konaté et al. (2003) studied this question.

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A comparative analysis demonstrates improved agricultural yields in Mali using low-cost drip irrigation systems, suggesting sustainability benefits.