Abstract
Pastoral and agro-pastoral communities are amongst the most vulnerable groups in the world to increased drought risk caused by climate change. Risk preferences play a key role in drought adaptation decisions, but little research has been done on risk preferences in (agro-)pastoral communities. This study therefore examines risk attitudes amongst Kenyan (agro-)pastoralists, which can inform the development of effective adaptation policies. A hypothetical multiple price list experiment, framed as farming decisions under drought-risk scenarios, is employed to measure utility curvature and probability weighting. Varying rainfall scenarios are presented to assess changes in risk-taking behaviour if climate change increases the probability of drought. We included three psychological factors and several socioeconomic variables in the analysis to understand variations in risk attitudes between individuals. The respondents are, on average, risk-averse and overweight high probabilities. An increased drought risk due to climate change is expected to amplify risk-averse behaviour. An internal locus of control and high drought-risk perceptions are associated with risk-averse behaviour, whereas receiving emergency drought support is associated with less risk-averse behaviour. Policies promoting anticipatory risk-reducing behaviour could emphasise the effectiveness of individual actions, increase awareness of the problem, and minimise reliance on emergency assistance.
Original language | English |
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Article number | 102143 |
Journal | Journal of Behavioral and Experimental Economics |
Volume | 108 |
DOIs | |
Publication status | Published - Feb 2024 |
Bibliographical note
Funding Information:For the assistance in data collection, we would like to thank Suleiman Abdi, Lengai Mekelina Achuka, Millicent Chepkoech, Simon Egilan Eregae, Fatuma Halake, Jama Hussein, Emilio Kadoke, Samual Kirui, Immaculate Lengiro, Rosemary Lomilio, Felix Mwenda, Adan Omar, Gilliant Rotich, Halima Wario, Chynthia Wechabe, David Cheruiyot, Eva Struycken, Simon Pasveer, Ileen Streefkerk and ActionAid Kenya. For feedback on the experimental design, we would like to thank dr. Peter John Robinson. We received funding for this research from EU Horizon 2020 project DOWN2EARTH (Grant agreement ID: 869550) and ERC Advanced grant project COASTMOVE (Grant agreement ID: 884442)
Publisher Copyright:
© 2023 The Author(s)
Keywords
- Climate change
- Drought risk
- Framed field experiment
- Probability weighting
- Risk preferences