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Climate Finance Series: Insurance Climate Change Roundtable Framing Insurance Markets Boston, September 18, 2015 Cynthia McHale, Insurance Program Director, Ceres 0 Those who purchase insurance often have difficulty understanding what risks


  1. Climate Finance Series: Insurance Climate Change Roundtable Framing Insurance Markets Boston, September 18, 2015 Cynthia McHale, Insurance Program Director, Ceres 0

  2. Those who purchase insurance often have difficulty understanding what risks are covered, and the basis for premium calculation.  A typical broad form property policy is a 1-year contract that covers multiple perils, e.g. fire, windstorm, hail, vandalism, explosion and smoke.  Insurance for other perils is available by endorsement for an additional premium, e.g. off- premises utility service interruption, flood and earthquake.  The premium therefor reflects a “composite” rate which covers several perils and buildings/structures. (Note that fire risk is typically the primary peril driving a business's property rates.)  Additionally, catastrophe reinsurance is purchased by insurers to hedge extreme risk and manage capital; the price is based on reinsurers’ amount of capital, varies much more than primary insurance. 1

  3. Furthermore, the property insurance market (much like the real estate market) is intensely competitive, and pricing reflects current market conditions.  In soft markets, premiums are stable or falling and insurance is readily available.  During hard markets, rates rise, coverage may be more difficult to find and insurers’ profits increase. 2

  4. After a catastrophic loss, premiums spike, most insurers refuse to offer large amounts of coverage and some withdraw from the market.  Following a disaster, e.g. Hurricane Sandy in 2012, insurers focus on the large loss and tend to ‘over-react.’  Conversely, insurers tend to underprice their coverage during periods of time when there has not been a serious loss (and interest rates are high.)  Insurers, along with their regulators and investors need to avoid fixating on recent large losses and consider the likelihood and size of future claims payments. • Multi-year policies tied to the property rather than the individual/business are one idea being explored. • Such an approach could motivate cost-effective investments that prevent future losses through premium reductions associated with loss mitigation measures. 3

  5. Catastrophic events expose resilience gaps in our built environment that result in major disruptions and large losses. New York City New Jersey • 265,000 properties destroyed/damaged • Severe damage to infrastructure, • 19,729 flights canceled • Major impacts to mass transit & • 2 nuclear power plants down highway systems • Stock Exchange closed 2 days • 2.6 million homes lost electricity • New York Marathon canceled • 346,000 housing units damaged • Estimated cost to NY $33b • Estimated cost to NJ $30b Source: Swiss Re; AonBenfield Impact Forecasting. “Hurricane Sandy Event Recap Report”

  6. These resilience gaps are expected to widen as climate change impacts increase. Growing Extreme Weather Risks (IPCC)  Heat waves, average temperatures  Droughts and water shortages  Heavy precipitation and flash floods  Surface water runoff, landslides  Sea level rise, chronic inundation  More intense hurricane events 5

  7. Future insurance availability and affordability in cities such as NYC and Boston will depend on decisions and investments we make now to increase resilience. NYC: Current Scenario vs. 2050’s $4.4 Expected annual hurricane losses from storm surge and $1.2 + 168% + 70% wind (billion USD) $1.5 + 88% $1.7 6 Source: www.nyc.gov: A Stronger More Resilient New York

  8. Insurers will need to work with regulators, property owners and policymakers to devise new solutions to ensure future insurability. Summary Conclusions  The frequency and severity of climate driven natural disasters is increasing.  The percentage of natural disaster damage that is insured is decreasing.  High potential risks are becoming increasingly uninsurable.  The “current state” of resilience response is not adequate or sustainable. A significant investment in resilient infrastructure and  development is required.  Infrastructure upgrades are critical – adaptation should be implemented as a component of these investments. Source: Adapted from a presentation ‘The Climate Resilience Gap” by Lindene Patton, formerly of Zurich Insurance.

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