Economic growth has been shown to be an important factor that explains changes in mortality probabilities. Economic growth is commonly measured via the Gross National Product (GDP), but this paper argues that the Consumer Price Index (CPI) is a more natural factor to explain mortality dynamics....

At present, academic actuarial research involving the mortality modeling of multiple populations mainly focuses on factor-based approaches. This comes with little attention to interpretable models of mortality that take patterns across space into consideration. To address this, we propose a...

Existing literature regarding the natural hedge potential that arises from combining liabilities with different sensitivities focuses on the optimal liability mix, but does not address the question whether and how changes in the liability mix can be obtained. In the absence of a well-functioning...

Changes in mortality rates have an impact on the life insurance industry, the financial sector (as a significant proportion of the financial markets is driven by pension funds), the governmental agencies, and the decision and policy makers. Thus, the pricing of financial, pension and insurance...

Socio-economic status is commonly conceptualised as the social standing or well-being of an individual or society. Higher socio-economic status has long been identified as a contributing factor for mortality improvement. This paper studies the impact of macroeconomic fluctuations (having GDP as...

The health of a population is affected by social, environmental, and economic factors. Pension providers and consultants, insurance companies, government agencies and individuals in the developed world have a vested interest in understanding how the economic growth will impact on the life...