Measuring impacts and adaptations to climate change: a structural Ricardian model of African livestock management<sup>1</sup>

S. Niggol Seo, Robert Mendelsohn

Agricultural Economics · 2008 · 243 citations · 25 references

Concepts

TL;DR

The study develops a cross‑sectional methodology that incorporates adaptation into climate‑change impact analysis. The method models farmers’ species and herd‑size choices as adaptive responses to climate, applied to African livestock systems. The analysis shows that African farmers shift from beef cattle to heat‑tolerant goats and sheep in warmer areas and to goats and chickens in wetter areas, making small farms more resilient while large beef operations are vulnerable.

Abstract

Abstract This article develops a new cross‐sectional methodology that explicitly incorporates adaptation into an analysis of the impacts of climate change. The methodology examines how a farmer will change choices of species and number to adapt to climate. The approach is applied to study Africa, where the impacts of climate change are expected to be the most severe. The results indicate that in warmer places, African farmers switch from beef cattle to more heat‐tolerant goats and sheep. In wetter places, farmers switch from cattle and sheep to goats and chickens. The results indicate that large commercial livestock operations specializing in beef cattle will be hard hit from climate change whereas small farmers who can easily substitute to goats and/or sheep will be more resilient.

References

25