Modeling the economywide effects of water and energy interventions in the face of climate shocks in Ethiopia

The Ethiopian economy relies heavily on rainfed agriculture for income generation, export earnings, and rural livelihoods. However, projections from climate scenarios predict high frequency and intense extreme agro-climatic events, posing significant and growing risks to Ethiopia’s agri-food system and overall economy. This study evaluates the economic impacts of recurrent climate shocks on Ethiopia through 2040 and assesses the contribution of alternative investment options in lessening some of these impacts. Findings reveal that recurrent climate shocks could reduce Ethiopia's cumulative GDP by up to 17 percent (or approximately US$ 534.3 billion) by 2040 compared to a “no climate change” baseline. These economic losses are predominantly concentrated in the agricultural sector, disproportionately affecting rural households and poorer urban populations. Strategic investments in irrigation infrastructure and hydroelectricity generation emerge as effective measures to mitigate some of the adverse effects of recurrent climate variability, underscoring the importance of proactive and targeted climate adaptation strategies for Ethiopia's economic resilience. Results further indicate that significantly mitigating the socio-economic impacts of climate and weather shocks requires scaling up investments and diversifying adaptation strategies. The insights derived from this analysis can be informative to economies with similar structures.