Modelling non-linear age-period-cohort effects and covariates, with an application to English obesity 2001–2014

We develop an age-period-cohort model for repeated cross-section data with individual covariates, which identifies the non-linear effects of age, period and cohort. This is done for both continuous and binary dependent variables. The age, period and cohort effects in the model are represented by a p...

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Main Authors: Fannon, Z, Monden, C, Nielsen, B
Format: Journal article
Language:English
Published: Wiley 2021
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author Fannon, Z
Monden, C
Nielsen, B
author_facet Fannon, Z
Monden, C
Nielsen, B
author_sort Fannon, Z
collection OXFORD
description We develop an age-period-cohort model for repeated cross-section data with individual covariates, which identifies the non-linear effects of age, period and cohort. This is done for both continuous and binary dependent variables. The age, period and cohort effects in the model are represented by a parametrization with freely varying parameters that separates the identified non-linear effects and the unidentifiable linear effects. We develop a test of the parametrization against a more general ‘time-saturated’ model. The method is applied to analyse the obesity epidemic in England using survey data. The main non-linear effects we find in English obesity data are age-related among women and cohort-related among men.
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spelling oxford-uuid:0fcf75c5-ff98-488c-b182-8219c3a3b2c62022-03-26T09:53:08ZModelling non-linear age-period-cohort effects and covariates, with an application to English obesity 2001–2014Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:0fcf75c5-ff98-488c-b182-8219c3a3b2c6EnglishSymplectic ElementsWiley2021Fannon, ZMonden, CNielsen, BWe develop an age-period-cohort model for repeated cross-section data with individual covariates, which identifies the non-linear effects of age, period and cohort. This is done for both continuous and binary dependent variables. The age, period and cohort effects in the model are represented by a parametrization with freely varying parameters that separates the identified non-linear effects and the unidentifiable linear effects. We develop a test of the parametrization against a more general ‘time-saturated’ model. The method is applied to analyse the obesity epidemic in England using survey data. The main non-linear effects we find in English obesity data are age-related among women and cohort-related among men.
spellingShingle Fannon, Z
Monden, C
Nielsen, B
Modelling non-linear age-period-cohort effects and covariates, with an application to English obesity 2001–2014
title Modelling non-linear age-period-cohort effects and covariates, with an application to English obesity 2001–2014
title_full Modelling non-linear age-period-cohort effects and covariates, with an application to English obesity 2001–2014
title_fullStr Modelling non-linear age-period-cohort effects and covariates, with an application to English obesity 2001–2014
title_full_unstemmed Modelling non-linear age-period-cohort effects and covariates, with an application to English obesity 2001–2014
title_short Modelling non-linear age-period-cohort effects and covariates, with an application to English obesity 2001–2014
title_sort modelling non linear age period cohort effects and covariates with an application to english obesity 2001 2014
work_keys_str_mv AT fannonz modellingnonlinearageperiodcohorteffectsandcovariateswithanapplicationtoenglishobesity20012014
AT mondenc modellingnonlinearageperiodcohorteffectsandcovariateswithanapplicationtoenglishobesity20012014
AT nielsenb modellingnonlinearageperiodcohorteffectsandcovariateswithanapplicationtoenglishobesity20012014