Decomposition analysis of Spanish life expectancy at birth

Using data from the Human Mortality Database (HMD), the paper analyzes the increase in the life expectancy of the Spanish population during the three decades, 1970-2001, in order to ascertain which age and sex groups have made the most progress in terms of increasing life expectancy. Within the theoretical context of Health Transition, the authors provide a brief description of the Spanish mortality during the XXth century across several indexes. The study uses a decomposition technique to separate changes in Spanish life expectancy at birth (e0) into age, sex, and time components. The most important components of change are found in the elderly, in young people, and in the evolution to sex differences in human mortality.decomposition, health, health transition, Human Mortality Database, life expectancy, mortality, mortality trends, Spain

Key Equations in the Tuljapurkar-Lee Model of the Social Security System

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The short-term mortality fluctuation data series, monitoring mortality shocks across time and space.

The COVID-19 pandemic has revealed substantial coverage and quality gaps in existing international and national statistical monitoring systems. It is striking that obtaining timely, accurate, and comparable across countries data in order to adequately respond to unexpected epidemiological threats is very challenging. The most robust and reliable approach to quantify the mortality burden due to short-term risk factors is based on estimating weekly excess deaths. This approach is more reliable than monitoring deaths with COVID-19 diagnosis or calculating incidence or fatality rates affected by numerous problems such as testing coverage and comparability of diagnostic approaches. In response to the emerging data challenges, a new data resource on weekly mortality has been established. The Short-term Mortality Fluctuations (STMF, available at www.mortality.org ) data series is the first international database providing open-access harmonized, uniform, and fully documented data on weekly all-cause mortality. The STMF online vizualisation tool provides an opportunity to perform a quick assessment of the excess weekly mortality in one or several countries by means of an interactive graphical interface

Decomposition analysis of Spanish life expectancy at birth: Evolution and changes in the components by sex and age

Using data from the Human Mortality Database (HMD), the paper analyzes the increase in the life expectancy of the Spanish population during the three decades, 1970-2001, in order to ascertain which age and sex groups have made the most progress in terms of increasing life expectancy. Within the theoretical context of Health Transition, the authors provide a brief description of the Spanish mortality during the XXth century across several indexes. The study uses a decomposition technique to separate changes in Spanish life expectancy at birth (e0) into age, sex, and time components. The most important components of change are found in the elderly, in young people, and in the evolution to sex differences in human mortality