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Abstract
A cereal yield response function is estimated conditional upon environmental and
topographical features to detect the effects of spatial heterogeneity and spatial dependence
in explaining agricultural productivity across Sub-Saharan Africa. Controlling
for direct and localized spillover effects, we then estimate the effect that projected
changes in temperature and precipitation as a result of global climate change will
have on agricultural production. We find that the estimated declines found in the
climatological literature may overestimate actual declines, and factors such as spatial
heterogeneity (i.e., country fixed effects) are profoundly more important to agricultural
production.