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Remote Sensing of African Smallholder Yields

Agriculture Kenya
remote sensing of crop yields, goldilocks project Burke

Photo: Field data collection in Bungoma region, Western Kenya. (Credit: Marshall Burke)

Satellite sensors have potential for understanding agricultural productivity across the world by routinely observing millions of smallholder farms. Between 2014-2015, CEGA affiliates Marshall Burke and David Lobell at Stanford University used high-resolution satellite imagery and intensive field sampling on hundreds of fields over a two-year period to measure smallholder crop yields in western Kenya, in collaboration with One Acre Fund. Results show that satellite-based measures can detect positive yield responses predict smallholder agricultural productivity as accurately as traditional survey-based methods. In addition, the satellite estimates were able to detect responses to the amount of fertilizer and hybrid seed inputs used by farmers, suggesting that satellite imagery have the potential to rapidly accelerate knowledge regarding interventions in smallholder systems and at less cost than traditional field surveys, leading to greater positive impact in rural households. Burke and Lobell’s published paper on the study can be found here.

  • One Acre Fund

2014 — ongoing

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Data Science for Development

Satellite-based assessment of yield variation and its determinants in smallholder African systems

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