Document Type

Honors Project - Open Access

Abstract

This study measures behavioral changes of Ethiopian farmers after experiencing desert locust invasions in 2014. I use an air-mass dispersion model to predict wind patterns that could transport locust swarms and combine the wind trajectories with a panel household survey data to identify affected households. Exploiting the spatial and timing variation of locust invasions, I find that a marginal exposure to locust swarms during the harvesting season causes farmers to delay planting by 4 days and expand their crop portfolio by 0.115 staple/subsistence crops.

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Economics Commons

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