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The aim is to assess the viability of low-cost irrigation systems in improving agricultural productivity in drought-prone areas of Mali.

February 25, 2026Open Access

Design of Low-Cost Irrigation Systems in Drought-Prone Mali

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Mixed-method analysis shows improved agricultural productivity with low-cost irrigation in Mali, indicating potential for sustainable development.

The aim is to assess the viability of low-cost irrigation systems in improving agricultural productivity in drought-prone areas of Mali.
Conducted field surveys in drought-prone regions of Mali.
Performed a cost-benefit analysis of tested irrigation systems.
Evaluated the impact of a gravity-fed drip irrigation model on crop yields.
Gravity-fed drip irrigation improved yields by an average of 30% compared to traditional methods.
Findings highlight the potential for sustainable agricultural practices in drought-prone areas.
Recommendations suggest local governments and NGOs promote adoption of these systems in small-scale farming.

Oumar Diop (2002) studied this question.

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Mixed-method analysis shows improved agricultural productivity with low-cost irrigation in Mali, indicating potential for sustainable development.