Analysis of Irrigation Technologies and Their Impacts on Labor Allocation, Women’s Time Use, and Women’s Empowerment: Evidence from Ethiopia

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A growing body of literature suggests that irrigation can enhance women’s empowerment, yet empirical evidence remains mixed and often treats irrigation as a homogeneous intervention. This study examines the impacts of distinct small-scale irrigation technologies on family labor demand, women’s time allocation, and women’s empowerment outcomes in rural Ethiopia. Drawing on primary panel data from 1,806 households and 6,774 plots across four regions—supplemented by interviews with spouses to capture intra-household dynamics—we estimate treatment effects using a doubly robust Inverse Probability Weighted Regression Adjustment (IPWRA) framework to address potential selection bias. Our results indicate that irrigated plots require substantially more family labor-days than rainfed systems, driven primarily by intensified cultivation rather than irrigation activities per se. Diesel motor pumps emerge as the most labor-intensive technology, followed by gravity-fed systems. Irrigation adoption also increases women’s unpaid workloads, particularly under capital-intensive technologies. Empowerment effects are heterogeneous. While irrigation expands women’s participation in groups, it is associated with reductions in women’s decision-making authority, asset control, and overall empowerment under diesel and gravity systems. Nonetheless, manual irrigation systems are linked to positive effects on women’s decision-making and empowerment outcomes. These findings demonstrate that the gendered impacts of irrigation are highly technology-specific. Irrigation expansion does not necessarily result in women’s empowerment; rather, outcomes depend on how different technologies interact with existing household power structures. Gender-responsive irrigation policies are therefore essential to promote more equitable development outcomes.