Description: The SOA Research Institute Mortality & Longevity Strategic Research Program and the Catastrophe & Climate Strategic Research Program Steering Committees [The Committees] are seeking researchers to investigate the impact of outdoor air quality and pollution on morbidity and mortality, with a focus on climate change including the impacts of wildfires focusing on regions where air quality has deteriorated significantly in recent history.

Description: The SOA Research Institute Catastrophe and Climate Strategic Research Program released a report that explores the shifting geography of Lyme Disease in the U.S. and beyond and some of the potential determinants of its spread. Lyme Disease is a well-known disease particularly in the eastern U.S., and it is also prevalent in other geographies. This report researches the complex relationship between climate variables and the spread of Lyme Disease in the United States.

Description: Actuaries can play an active role in social impact toby helping vulnerable communities access otherwise inaccessible insurance that can help increase their climate change resilience and improve their living conditions by lowering the risks that they face.

Description: This report evaluates the impact and evolution of societal risk management due to projected future changes in frequency, severity, and variety of weather-related catastrophes.

Description: The growing global recognition of the importance of climate-related risks (transition and physical) has triggered a significant demand for research on the interface between climate and actuarial sciences, for example on the impact of risks from climate change on insurance markets and their operations. Furthermore, the systemic nature of climate-related risks underpins actuaries’ need to engage and work with diverse groups of stakeholders, including clients, communities, governments, regulators, boards, and investors. Contributions are invited for a special issue of the Annals of Actuarial Science featuring research on the topic ‘Managing Climate-Related Risks’. This special issue aims to capture leading interdisciplinary thinking, with clear relevance to actuarial problems in pensions and insurance.

Description: Climate risk modeling is taking center stage. With businesses increasingly expected to show how they assess, adapt to, and mitigate the risks of climate change, companies are asking: What is the right climate risk modeling approach for our business?

Description: 2023 looks to already be the costliest year for insured severe thunderstorm damage in the U.S. surpassing the 2020 record of $44 billion, by August, and may very well surpass $50 billion for the full year. In addition to property damage, severe storms and hail have led to fatalities in the U.S. and the risks to populations in vulnerable structures seems to be worsening.

Description: July 2023 was the hottest month on record in parts of the Southwest U.S. and was also the hottest month on record globally. It will be helpful to study the impacts of excessive heat and the applications to actuarial practice including quantification of risks resulting from it.

Description: On March 31, 2022, the SOA Research Institute assembled an expert panel to discuss key considerations related to climate risk analysis applied to life and health insurance companies. The panelists were selected to represent a wide and diverse array of opinions, and were encouraged to contribute from their own, individual perspective working in areas such as insurance, reinsurance, state regulation, consultancy, meteorology, and climate finance. A summary of the main discussion points is presented in this report.

Description: Climate change is occurring. As a result, insured and uninsured losses are increasing. Billion-dollar (CPI adjusted) disaster events have increased in each decade in which they have been tracked since 1980.