Future population ageing and productivity in Finland under different education and fertility scenarios

This study projects different dependency ratios under various scenarios of future fertility and tertiary education in Finland to assess how the economic consequences of population aging depend on these trends. Applying a multidimensional demographic approach through a discrete-time microsimulation...

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Main Authors: Guillaume Marois, Anna Rotkirch, Wolfgang Lutz
Format: Article
Language:English
Published: Population Research Institute of Väestöliitto 2022-06-01
Series:Finnish Yearbook of Population Research
Subjects:
Online Access:https://journal.fi/fypr/article/view/119666
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author Guillaume Marois
Anna Rotkirch
Wolfgang Lutz
author_facet Guillaume Marois
Anna Rotkirch
Wolfgang Lutz
author_sort Guillaume Marois
collection DOAJ
description This study projects different dependency ratios under various scenarios of future fertility and tertiary education in Finland to assess how the economic consequences of population aging depend on these trends. Applying a multidimensional demographic approach through a discrete-time microsimulation model, we project the newly introduced productivity-weighted labour force dependency ratio for Finnish scenarios until 2060 and compared it with the labour force dependency ratio and the traditional age dependency ratio. Results show that population aging looks less daunting when considering labour force dependency ratios as compared to purely age-based ratios, yet all measures and scenarios show a deterioration of the dependency ratio. While the old age dependency ratio is projected to increase by 73 per cent, the labour force dependency ratio would increase by 32 per cent, and the productivity weighted labour force dependency ratio by 28 per cent. Provided a more rapid increase in educational attainment, the last indicator is expected to increase less, with 21 per cent until 2060. Should the stalled trend in educational achievement of the 2010s continue, there would be very modest future gains in the productivity-weighted ratio. In other words, the consequences of population ageing look less dramatic for economic productivity, were Finnish men to become as educated as Finnish women. Of the three fertility scenarios considered, a total fertility rate of 2.0 is most advantageous and a low fertility of 1.2 least optimal for adult dependency ratios, but only after 2050.  Interestingly, a combination of recovered fertility to 1.6 with a more rapid educational expansion would be better for productivity than only raising fertility to 2.0. Boosting educational levels would hence mitigate the negative effects of a shrinking labour force more than increasing fertility within reasonable bounds. Our results suggest that implementation of the current government goals for educational expansion, combined with a not unrealistic recovery of total fertility rates to around 1.6, would both clearly alleviate the worsening dependency ratio. We conclude that although there is no quick fix to the economic effects of population ageing, these can be proactively mitigated with different and complementing policies, and taking into account multidimensional population trends.
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spelling doaj.art-fe4e9030701e41d780849649da9c73ff2022-12-22T00:33:59ZengPopulation Research Institute of VäestöliittoFinnish Yearbook of Population Research1796-61831796-61912022-06-015610.23979/fypr.119666 Future population ageing and productivity in Finland under different education and fertility scenariosGuillaume Marois0Anna Rotkirch1Wolfgang Lutz2IIASAPopulation Research Institute, VäestöliittoWittgenstein Centre for Demography and Global Human Capital This study projects different dependency ratios under various scenarios of future fertility and tertiary education in Finland to assess how the economic consequences of population aging depend on these trends. Applying a multidimensional demographic approach through a discrete-time microsimulation model, we project the newly introduced productivity-weighted labour force dependency ratio for Finnish scenarios until 2060 and compared it with the labour force dependency ratio and the traditional age dependency ratio. Results show that population aging looks less daunting when considering labour force dependency ratios as compared to purely age-based ratios, yet all measures and scenarios show a deterioration of the dependency ratio. While the old age dependency ratio is projected to increase by 73 per cent, the labour force dependency ratio would increase by 32 per cent, and the productivity weighted labour force dependency ratio by 28 per cent. Provided a more rapid increase in educational attainment, the last indicator is expected to increase less, with 21 per cent until 2060. Should the stalled trend in educational achievement of the 2010s continue, there would be very modest future gains in the productivity-weighted ratio. In other words, the consequences of population ageing look less dramatic for economic productivity, were Finnish men to become as educated as Finnish women. Of the three fertility scenarios considered, a total fertility rate of 2.0 is most advantageous and a low fertility of 1.2 least optimal for adult dependency ratios, but only after 2050.  Interestingly, a combination of recovered fertility to 1.6 with a more rapid educational expansion would be better for productivity than only raising fertility to 2.0. Boosting educational levels would hence mitigate the negative effects of a shrinking labour force more than increasing fertility within reasonable bounds. Our results suggest that implementation of the current government goals for educational expansion, combined with a not unrealistic recovery of total fertility rates to around 1.6, would both clearly alleviate the worsening dependency ratio. We conclude that although there is no quick fix to the economic effects of population ageing, these can be proactively mitigated with different and complementing policies, and taking into account multidimensional population trends. https://journal.fi/fypr/article/view/119666population ageingdependency ratioeducationfertilityscenarios
spellingShingle Guillaume Marois
Anna Rotkirch
Wolfgang Lutz
Future population ageing and productivity in Finland under different education and fertility scenarios
Finnish Yearbook of Population Research
population ageing
dependency ratio
education
fertility
scenarios
title Future population ageing and productivity in Finland under different education and fertility scenarios
title_full Future population ageing and productivity in Finland under different education and fertility scenarios
title_fullStr Future population ageing and productivity in Finland under different education and fertility scenarios
title_full_unstemmed Future population ageing and productivity in Finland under different education and fertility scenarios
title_short Future population ageing and productivity in Finland under different education and fertility scenarios
title_sort future population ageing and productivity in finland under different education and fertility scenarios
topic population ageing
dependency ratio
education
fertility
scenarios
url https://journal.fi/fypr/article/view/119666
work_keys_str_mv AT guillaumemarois futurepopulationageingandproductivityinfinlandunderdifferenteducationandfertilityscenarios
AT annarotkirch futurepopulationageingandproductivityinfinlandunderdifferenteducationandfertilityscenarios
AT wolfganglutz futurepopulationageingandproductivityinfinlandunderdifferenteducationandfertilityscenarios