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The research aims to identify low-cost irrigation technologies to improve agricultural productivity in drought-prone regions of Mali.

March 4, 2026Open Access

Designing Economically Viable Irrigation Systems for Drought Prone Regions in Mali Using Low-Cost Technologies

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Field surveys and analyses demonstrate improved crop yield with low-cost irrigation in Mali's drought areas, suggesting enhanced food security.

The research aims to identify low-cost irrigation technologies to improve agricultural productivity in drought-prone regions of Mali.
Conducted agricultural field surveys to collect data on soil and water characteristics
Employed a mixed-method approach combining statistical analysis and expert consultations
Evaluated low-cost drip irrigation systems against traditional flood irrigation
Low-cost drip irrigation systems improved crop productivity by up to 30% compared to traditional methods
Annual return on investment exceeded $150 per hectare
Findings support the adoption of drip irrigation for smallholder farmers to enhance food security

Diallo et al. (2006) studied this question.

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Field surveys and analyses demonstrate improved crop yield with low-cost irrigation in Mali's drought areas, suggesting enhanced food security.