Parametric Risk Transfer as Climate Change Adaptation

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In Simple Words

Imagine a sailor building a sturdier, shock-absorbing boat hull; while the boat cannot stop the ocean storms from getting rougher, the improved hull allows the sailor to keep fishing in deeper, richer waters without capsizing.

Research question

Climate change increases monsoon volatility and extreme rainfall events, threatening to depress major crop yields and force rural smallholders into low-risk, low-yielding poverty traps.

Participants

Synthesis of empirical weather shock literature and climate impact projections (e.g., Guiteras 2009) applied to Indian agricultural production.

Study Design

Theoretical and empirical synthesis evaluating micro-insurance as an endogenous buffer against predicted climate volatility.

Results

Predicted climate change from 2010–2039 is projected to reduce major Indian crop yields by 4.5% to 9.0%, but formal risk transfer enables farmers to maintain high-yield cash crop production despite heightened rainfall variability.

Takeaway

Integrate parametric rainfall index insurance into national climate adaptation strategies to protect agricultural productivity against rising monsoon volatility.

Source and citation

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