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Poor eudaimonic subjective wellbeing as a mortality risk factor

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Abstract

We investigate the nexus between poverty of sense of life (a dimension of eudaimonic subjective wellbeing) and mortality in a large sample of individuals from several European countries. We find that poverty of sense of life is significantly and positively correlated with mortality, net of the impact of socio-demographic factors, life styles, symptoms and even life and health satisfaction controls. We as well test whether the observed correlation is mainly explained by physiological factors or, as well, by behavioural factors such as unhealthy life styles and/or insufficient physical activity.

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Notes

  1. SHARE was created following a Communication by the European Commission calling to "examine the possibility of establishing, in co-operation with Member States, a European Longitudinal Ageing Survey". The database became a major pillar of the European Research Area and was selected as one of the projects to be implemented in the European Strategy Forum on Research Infrastructures (ESFRI) in 2008. The project has been given the status of the first ever European Research Infrastructure Consortium. The research is harmonized with the US Health and Retirement Study (HRS) and the English Longitudinal Study of Ageing (ELSA) and adopts rigorous methodologies that ensure and ex-ante harmonized cross-national design.

  2. Note that the maintained hypothesis in this literature for a nexus between this commonly used variable and the wider concept of eudaimonic wellbeing is that getting closer to one’s own self-fulfillment progressively increases one’s own sense of life. Hence the two variables are expected to be strictly positively correlated.

  3. We alternatively use 1997 ISCED (International Standard Classification of Education) standards and, specifically, dummies for primary education or first stage basic education, lower secondary or second stage of basic education, (upper) secondary education, post-secondary non-tertiary education, first stage of tertiary education, second stage of tertiary education (with pre-primary education being the omitted benchmark). Results are not substantially different and do not exhibit particular nonlinearities in the relationship between education degrees and the number of pathologies. The more parsimonious specification with the number of education years is therefore preferred.

  4. As is well-known the SHARE dataset presents several missing-values for some variables such as income. Following what is standard for research on this database we use the supplementary datasets downloadable from the SHARE website where the missing information is imputed by Christelis (2011) using Fully Conditional Specification method (FCS) (Van Buuren et al. 2006). In its Frequently Asked Question page SHARE discusses the use of imputed data. Its suggestion is to take into account of the variability of the different five imputations since they are five independent draws from the estimated distribution of missing values. The less advisable solution is therefore that of choosing one imputation among the five. The more advisable solutions are those of using averages of the five imputed values or performing a robustness check using alternatively the different imputations (http://www.share-project.org/group-faq/faqs.html). The use of averages of the five iterations is a common approach. The differences are very small, and nothing changes in our findings if we choose one of the five iterations instead of the average. Findings on a robustness check using each time one of the different imputations are omitted for reasons of space.

  5. As is well-known several different measures of equivalised income have been developed in the literature to account for household economies of scale according to the different age structure of members (Schwarze 2003). The use of different scales however produces negligible effects on our main findings and we therefore remain on the simpler per capita income variable. Evidence is omitted for reasons of space and available upon request.

  6. According to the standard international classification the underweight class starts below a body mass index of 18.5, the overweight class above 24.99 and the obese class above 30.

  7. As shown in Bachelet et al. (2016) the question on diagnosed pathologies is different in wave 1 with respect to waves 2 and 4 of the SHARE survey and this creates problems of homogeneity in this important regressor in our analysis.

  8. As is well known mortality rates of different types of cancer are extremely variable, being highest for pancreas cancer and lowest for thyroid and testicle cancer. For reasons of simplicity we here provide an average estimate since the question is out of the specific focus of our paper.

  9. Central-Southern Europe: Austria, France, Switzerland, Spain and Italy; Central-Northern Europe: Germany, Sweden, The Netherlands, Denmark, Belgium, Eastern Europe: Czechia, Slovenia, Estonia.

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Correspondence to Leonardo Becchetti.

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Becchetti, L., Bachelet, M. & Pisani, F. Poor eudaimonic subjective wellbeing as a mortality risk factor. Econ Polit 36, 245–272 (2019). https://doi.org/10.1007/s40888-018-0134-2

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