Description: This report is a collection of sources that deal with how do scientists know and what could actuaries do regarding climate change and environmental risks.

Description: Presenters will explore how climate risks are measured scientifically, and in what ways the insurance and reinsurance industries can play a larger role in managing risk. In an accessible manner and assuming no scientific background from the audience, we will review and discuss the background of climate science, and the unique role that the insurance industry can play. Specifically, we will discuss outcomes from a recent interdisciplinary workshop, 'The Nexus of Climate Data, Insurance, and Adaptive Capacity,' held November 2018 at The Collider in Asheville, NC. The workshop facilitated a national, interdisciplinary scientific research discussion on modeling and managing climate change risks between three different, but related research communities: the climate modeling and data community, statisticians, and researchers within the insurance and reinsurance industries. Co-sponsors of the workshop include the Society of Actuaries (SOA), the Casualty Actuarial Society (CAS), the National Science Foundation (NSF) and the Statistics and Applied Mathematical Sciences Institute (SAMSI)

Description: This report was developed by the CESRC as an update of one Rob Erhardt prepared in 2016 that compiled a collection of sources that deal with what scientists know and what actuaries could do. Sources have been chosen with practicing actuaries and the public in mind. In the original report, nearly all governmental sources come from the United States. In the update an attempt was made to include sources from actuarial bodies and regulators worldwide. Please let us know if you have a source we did not include as it is anticipated that the SOA will continue to update a list of sources for these topics in the future.

Description: This report was developed by the CESRC as an update of one Rob Erhardt prepared in 2016 that compiled a collection of sources that deal with what scientists know and what actuaries could do. Sources have been chosen with practicing actuaries and the public in mind. In the original report, nearly all governmental sources come from the United States. In the update an attempt was made to include sources from actuarial bodies and regulators worldwide. Please let us know if you have a source we did not include as it is anticipated that the SOA will continue to update a list of sources for these topics in the future.

Description: Presented at August 2011 Actuarial Research Conference. Provides examples of how to model extremes in weather utilizing Monte Carlo simulations and discusses how to create a derivative financial instrument that pays-off if target extreme weather conditions are met.