This post is a follow up to two previous posts, which I would recommend reading first: https://www.lewiswalsh.net/blog/german-flooding-tail-position https://www.lewiswalsh.net/blog/german-flooding-tail-position-update Since our last post, the loss creep for the July 2021 German flooding has continued, sources are now talking about a EUR 8bn (\$9.3bn) insured loss. [1] This figure is just in respect of Germany, not including Belgium, France, etc., and up from \$8.3bn previously. But interestingly (and bear with me, I promise these is something interesting about this) when we compare this \$9.3bn loss to the OEP table in our previous modelling, it puts the flooding at just past a 1-in-200 level. Photo @ Jonathan Kemper - https://unsplash.com/@jupp
Here are two events that you might think were linked: Every year around the month of May, the National Oceanic and Atmospheric Administration (NOAA) releases their predictions on the severity of the forthcoming Atlantic Hurricane season. Around the same time, US insurers will be busy negotiating their upcoming 1st June or 1st July annual reinsurance renewals with their reinsurance panel. At the renewal (for a price to be negotiated) they will purchase reinsurance which will in effect offload a portion of their North American windstorm risk. You might reasonably think – ‘if there is an expectation that windstorms will be particularly severe this year, then more risk is being transferred and so the price should be higher’. And if the NOAA predicts an above average season, shouldn’t we expect more windstorms? In which case, wouldn't it make sense if the pricing zig-zags up and down in line with the NOAA predictions for the year? Well in practice, no, it just doesn’t really happen like that. Source: NASA - Hurricane Florence, from the International Space Station
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AuthorI work as an actuary and underwriter at a global reinsurer in London. Categories
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