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

Description: Support file with python code for Actuarial Weather Extremes Series Heavy U.S. Precipitation: July 26-29, 2022.

Description: The research provides a modeling framework for assessing the inundation risk of properties and their expected flood damages, thereby laying a foundation for flood insurance pricing. The researchers studied over 50 years of claims data from the National Flood Insurance Program with 2.5 million records and identify property characteristics that predict flood damages for inundated properties. The development of a private flood insurance market hinges on insurers’ ability to better understand and price flood risk. This research takes a closer look at flood risk modeling and flood insurance pricing.

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: Many countries have suffered the ups and downs of the COVID-19pandemic, and Mexico is no exception. Even worse, in contrast withEuropean countries that saw numbers dip during the summer of2020, Mexico did not. A first peak was reached at the end of July2020, then a slight decrease in the following two months. SinceOctober, Mexico has experienced the worst increasing trend of thewhole epidemic. In this article, Arturo Erdely, a professor of actuarialscience, explains this increase.

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: Just in the recent two years, COVID-19 has demonstrated very impressively that a pandemic is not something for which one can fully prepare. However, what makes a pandemic so special and difficult to manage compared to other low frequency and high severity events such as volcanic eruptions or tsunami damage? Frank Schillerexplains what makes a pandemic so different, viz, information uncertainty, exponential growth, and time lags.

Description: Overview of guest editorials and special issues in the Annals of Actuarial Science, dealing with great societal challenges that the actuarial profession is responding to.

Description: Discuss a comparison of the U.S. general and insured population mortality experience and how COVID-19 and non-COVID-19 excess deaths impacted the populations differently. Discover the population mortality experience in the UK with a focus on the recent emergence of excess deaths for non-COVID causes. The long-term implications on the insured population will also be explored. Wrap up with a discussion of different conditions of long COVID, including organ impairments.