Description: The SOA Research Institute Catastrophe & Climate Strategic Research Program Steering Committee is seeking researchers to put together a case study discussing scenario development, actuarial methodology, and how to incorporate climate-related tipping points into actuarial practice. With the march toward global temperature increase approaching 1.5 degrees Celsius above pre-industrial levels, it would be valuable to research what it would look like when the point has been reached and we are in an era, or “new-normal,” represented by more extreme climate-related events.

Description: Supporting excel file for October 2020 weather extremes.

Description: The purpose of the paper is to facilitate understanding of the recommendations of the Task Force on Climate-related Financial Disclosures (TCFD) and its ramifications on actuarial work.

Description: This report will endeavor to introduce the reader to some of the known and developing environmental risks that impact the business of insurance, with a specific focus on North American risks.

Description: The unprecedented losses associated with recent wildfires are yet another call to insurers to understand how climate change is impacting the landscape of fire hazards. In this report, to further advance understanding of relationship between fire hazard and climate change, for both academic and practitioner communities, we review emerging evidence showing that policies surrounding tree planting are increasingly important for fire hazard insurance. Furthermore, we discuss relevant risk factors and potential mechanisms when accounting for these policies.

Description: This paper analyzes climate change's impact on corn yield and insurance claims in Southern Minnesota through an analysis of how temperature and precipitation are expected to change over the next 30 years.

Description: Supporting excel file for September 2021 weather extremes.

Description: Supporting excel file for November 2021 weather extremes.

Description: Climate change has the potential to wreak havoc on ecosystems worldwide. One anticipated repercussion is the change in suitable habitats of vectors, such as mosquitos and ticks, who can transmit serious and even life-threatening diseases to humans. In this report, we outline major vector-borne diseases, discuss their symptoms and treatment costs, and present the relevant research regarding their evolving spatial patterns due to climate change.

Description: Supporting excel file for Actuarial Weather Extremes Series Heavy U.S. Precipitation: July 26-29, 2022