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MR Microinsurance_2012_03_29.indd - International Labour ...

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Insights from India’s microinsurance success<br />

439<br />

With improved data correlations between crop yield and various weather<br />

conditions, India has graduated from its pilot years of single-weather, one-crop<br />

covers with comparatively weak crop-to-weather correlations. Now products<br />

with multi-weather covers are common, which also allows for the development<br />

of contracts with greater precision. In theory this lowers the basis risk for the<br />

farmer. However, improved product design may not result in increased take-up<br />

because the resulting complexity may place a burden on sales and distribution<br />

channels (see Chapter 13). For example, the multi-peril weather-index insurance<br />

product for rice developed by Weather Risk Management Services (WRMS) was<br />

subsequently replaced by single peril covers (temperature and rainfall separately),<br />

which made distribution and sales easier, even though it increased transaction<br />

costs and limited the risk cover for the farmer.<br />

The other concern with data is timing, where a delay in the receipt of certified<br />

weather data by insurers leads to claim settlement delays. Some innovations have<br />

tried an immediate interim payout approach based on available data to improve<br />

turnaround time. An additional way to improve the process is to transfer data<br />

automatically from weather stations to insurers.<br />

Weather-index insurance has also evolved to include a broader range of crops,<br />

such as coriander and grapes, and additional weather parameters, such as frost for<br />

fruit orchards. Such innovations are also valuable for a limited range of non-agricultural<br />

risks, as illustrated in Box 20.3.<br />

Not all product evolution has been positive. For example, there has been a<br />

change in claim payment periods, resulting in products with less client value. In<br />

the pilot years, claims were settled after each crop phase, but now payouts often<br />

come at the end of the season because of the limited financial infrastructure and<br />

the high cost of reaching farmers. A key advantage of a weather-index contract<br />

should be its ability to make immediate payouts to help farmers pay for alternate<br />

remedial measures such as hiring water pumps to reduce actual crop losses.<br />

Therefore, shorter payment periods should be retained, with payments made via<br />

low-cost cash transfer mechanisms.

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