Climate Change Adaptation Reclamation Climate Studies CEQ Climate Adaptation
Adaptation to Climate Change
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Transcript of Adaptation to Climate Change
Adaptation to Climate Change
Robert TremblayDirector, Research
Insurance Bureau of Canada
RIMS ConferenceSeptember 14, 2009 – St-John’s
Newfoundland.&Labrador
Insurance industry in Canada
• Over 200 Companies • $20 billion in claims paid• Players:
– Primary insurers (domestic)– Re-insurers (domestic & international)
What Canadian insurers covers…
• Homes– Fire, theft, vandalism, wind damage,– Sewer back-ups
• Businesses– Business interruption– Production means and premises– Floods
• Liability Insurance– Municipal– Professional, commercial
Climate Change: Industry’s Challenge
Why?
• More severe weather more frequently
• Mid-to-long term issues of availability and affordability of insurance
Background:Largest insurance disasters
Source: ICLR
Canada’s costliest disasters
Event and year Infrastructure Failure
Insured Loss
Saguenay floods (1996)
Dams $1.5 billion
Ice Storm (1998) Electric grid $1.6 billion
B.C. Wild Fires (2003) n/a $200 million
Peterborough floods (2004)
Sewer/surfacewater systems
$90 million
Toronto rains (2005) Sewer/surfacewater systems
$500 million
Contributing factor to water losses
• Municipal infrastructure performance failures
• More basements are finished• Value of contents much higher than
before• High density of dwellings
Water losses more important than fire
At least $1.5 billion/year in claims
• Water losses 2 sources:– Mechanical breaks in home/building
equipment– Municipal infrastructure failures
Insurance catalyst for adaptation?
• Important to price risk properly
• Which can be the trigger for infrastructure and adaptation behavior
Adaptation: Help municipalities
• Develop prospective Municipal Risk Assessment Tool– Key indicators of likelihood of
infrastructure failure– Risk analysis of each indicator– Future climatic models to determine
how much rain, where, and when
Risk Assessment Tool
• Builds on work done by PIEVC• Top down vs. bottom-up• System design vs. actual capacity• Integrates Operational Best Practices• Designed as a quick diagnosis not a
prescriptive solution
Need for dialogue
• Too late to bury head in sand• Preaching to the choir…• Assessment tool brings the need to
discuss:– Performance standards (service levels)– “Acceptable risk”– Need to broaden stakeholders
Need Tools
• Updated IDF curves• Downscaled climatic maps• Still not an excuse for inaction, need
for interim engineering guidance
Other complementary approaches
• True pricing of potable/waste water services
• Building codes• Adapting dwellings (back flow valves)• Reduce water run-offs
– Rain barrels– Permeable driveways– Low impact urban development
Conclusion
In conclusion
• Moral duty to ensure Canadians protected
• Mitigate damage through adaptation measures
Communities more resilient
• Sense of urgency