IAA.Climate Flashcards
What are the challenges faced when doing scenario analysis for climate risks? (3)
- Climate scenarios provided by organizations such as the IPCC lack specificity
- Timing over which physical climate risks develop are over a long period
- High uncertainty in impact of transition, legal and reputational climate risk
What is physical risk regarding climate risk?
Physical risk is the risk on assets, businesses and operations arising from more frequent climate related phenomenon induced by climate change and their impacts on a firm’s ability to generate profit
What are the main effects of physical risks? (4)
- Increased property claims
- May increase or decrease investment values
- Effects credit risk
- Higher workers comp claims
Examples of physical risk & their impacts & risk to insurer
Droughts & bushfires:
- Caused by: higher temperatures
- Risk to insurer: changing freq/sev
Costal inundation & erosion:
- Caused by: higher sea levels
- Risk to insurer: reputation risk if claim denied or unanticipated ex-gratia
Flood:
- Caused by: increased rainfall density
- Risk to insurer: increase in freq/sev of flood claims (when flood coverage is provided)
What is transition risk regarding climate risk?
Transition risk is the risk to a firm’s business due to the shift towards more sustainable and environmentally friendly operations
Examples of transition risk
- New technologies such as EV
- Shifts in types of industries that may require changes in products or coverages underwritten
- Growth and contraction of economic sectors that can affect the insurer’s premium revenue
What is liability risk regarding climate-risk?
Liability risk for certain contracts can arise from firm’s failure to address financial and strategic risks via mitigation, adaptation, or disclosures
- For ex: D&O & Professional Liab coverages
How can insurers mitigate climate risk?
- Reprice of refuse policies annually
- Recalibrate prices of natural hazards and product design using the latest science
What do actuaries need to consider for climate risk?
- Leading indicators that pertain to climate change
- Regulatory and legal changes
- New products, product designs and other industry developments
Natural hazard catastrophe modelling needs to be adjusted to expand beyond replicating historical weather patterns. Actuaries should consider (4)
- Capturing current climate risk in underlying assumptions
- Updating exposures in model to current state
- Analyze different time horizons for different applications
- Segregate effects of climate change by geographical areas
Analyzing different time horizons for different applications - Short-Term Time Horizon considerations: Application & How to adjust hazard catastrophe model
Applications: Used for pricing and valuation
How to adjust natural hazard catastrophe model: use current climate risk with small increments
Analyzing different time horizons for different applications - Medium-Term Time Horizon considerations: Application & How to adjust hazard catastrophe model
Applications: Portfolio steering
How to adjust natural hazard catastrophe model: do sensitivity testing with trends or step changes in the parameters
Analyzing different time horizons for different applications - Long-Term Time Horizon considerations: Application & How to adjust hazard catastrophe model
Applications: Capital position and rebalancing business
How to adjust natural hazard catastrophe model: sensitivity testing under different scenarios
What is systems thinking?
A tool used to take the social, economic, political and technological environment in which the firm operates and consider how it will be affected by climate change
Benefits of systems thinking (2)
- Assist firms with thinking of the interconnectedness of the modern economy
- Helps derive values for the variables needed to estimate impact of climate scenarios
