The Performance of Multiple Imputation in Social Surveys with Missing Data from Planned Missingness and Item Nonresponse

Designs using planned missingness, such as the split questionnaire design, are becoming more and more important in social survey research. To ensure an acceptable questionnaire length, these approaches typically entail large amounts of planned missing data, which can be imputed after data collectio...

Full description

Saved in:
Bibliographic Details
Main Authors: Julian B. Axenfeld, Christian Bruch, Christof Wolf, Annelies G. Blom
Format: Article
Language:English
Published: European Survey Research Association 2024-08-01
Series:Survey Research Methods
Subjects:
Online Access:https://ojs.ub.uni-konstanz.de/srm/article/view/8158
Tags: Add Tag
No Tags, Be the first to tag this record!
_version_ 1823861425043406848
author Julian B. Axenfeld
Christian Bruch
Christof Wolf
Annelies G. Blom
author_facet Julian B. Axenfeld
Christian Bruch
Christof Wolf
Annelies G. Blom
author_sort Julian B. Axenfeld
collection DOAJ
description Designs using planned missingness, such as the split questionnaire design, are becoming more and more important in social survey research. To ensure an acceptable questionnaire length, these approaches typically entail large amounts of planned missing data, which can be imputed after data collection. However, social surveys typically also include other types of missingness such as item nonresponse by survey participants, which need to be imputed as well. This entails a complex imputation task with amounts of missing data larger than initially planned and a potentially non-random, heterogeneous mechanism. Yet, it remains to be studied whether accurate multiple-imputation estimates can be obtained in practice with planned missingness and item nonresponse. To deal with this research gap, we apply a Monte Carlo simulation study using real social survey data. In this study, we simulate missing data based on item nonresponse with different mechanisms and proportions of item nonresponse as well as different proportions of planned missing data. We find that item nonresponse can jeopardize the quality of estimates after multiple imputation especially when the total amount of missing data from both sources is high or when there is a considerable proportion of item nonresponse that is missing not at random. Therefore, from an imputation perspective, survey designers should incorporate their expectations about item nonresponse on each variable when designing surveys with planned missing data.
format Article
id doaj-art-b9dbfb253daf4a2ea65653a43b38abde
institution Kabale University
issn 1864-3361
language English
publishDate 2024-08-01
publisher European Survey Research Association
record_format Article
series Survey Research Methods
spelling doaj-art-b9dbfb253daf4a2ea65653a43b38abde2025-02-09T14:16:10ZengEuropean Survey Research AssociationSurvey Research Methods1864-33612024-08-01182The Performance of Multiple Imputation in Social Surveys with Missing Data from Planned Missingness and Item NonresponseJulian B. Axenfeld0https://orcid.org/0000-0003-3728-3828Christian Bruch1https://orcid.org/0000-0003-0926-6609Christof Wolf2https://orcid.org/0000-0002-9364-9524Annelies G. Blom3https://orcid.org/0000-0003-0377-301XUniversity of MannheimGESIS Leibniz Institute for the Social SciencesGESIS Leibniz Institute for the Social SciencesUniversity of Bremen Designs using planned missingness, such as the split questionnaire design, are becoming more and more important in social survey research. To ensure an acceptable questionnaire length, these approaches typically entail large amounts of planned missing data, which can be imputed after data collection. However, social surveys typically also include other types of missingness such as item nonresponse by survey participants, which need to be imputed as well. This entails a complex imputation task with amounts of missing data larger than initially planned and a potentially non-random, heterogeneous mechanism. Yet, it remains to be studied whether accurate multiple-imputation estimates can be obtained in practice with planned missingness and item nonresponse. To deal with this research gap, we apply a Monte Carlo simulation study using real social survey data. In this study, we simulate missing data based on item nonresponse with different mechanisms and proportions of item nonresponse as well as different proportions of planned missing data. We find that item nonresponse can jeopardize the quality of estimates after multiple imputation especially when the total amount of missing data from both sources is high or when there is a considerable proportion of item nonresponse that is missing not at random. Therefore, from an imputation perspective, survey designers should incorporate their expectations about item nonresponse on each variable when designing surveys with planned missing data. https://ojs.ub.uni-konstanz.de/srm/article/view/8158item nonresponseimputationplanned missing datasplit questionnaire design
spellingShingle Julian B. Axenfeld
Christian Bruch
Christof Wolf
Annelies G. Blom
The Performance of Multiple Imputation in Social Surveys with Missing Data from Planned Missingness and Item Nonresponse
Survey Research Methods
item nonresponse
imputation
planned missing data
split questionnaire design
title The Performance of Multiple Imputation in Social Surveys with Missing Data from Planned Missingness and Item Nonresponse
title_full The Performance of Multiple Imputation in Social Surveys with Missing Data from Planned Missingness and Item Nonresponse
title_fullStr The Performance of Multiple Imputation in Social Surveys with Missing Data from Planned Missingness and Item Nonresponse
title_full_unstemmed The Performance of Multiple Imputation in Social Surveys with Missing Data from Planned Missingness and Item Nonresponse
title_short The Performance of Multiple Imputation in Social Surveys with Missing Data from Planned Missingness and Item Nonresponse
title_sort performance of multiple imputation in social surveys with missing data from planned missingness and item nonresponse
topic item nonresponse
imputation
planned missing data
split questionnaire design
url https://ojs.ub.uni-konstanz.de/srm/article/view/8158
work_keys_str_mv AT julianbaxenfeld theperformanceofmultipleimputationinsocialsurveyswithmissingdatafromplannedmissingnessanditemnonresponse
AT christianbruch theperformanceofmultipleimputationinsocialsurveyswithmissingdatafromplannedmissingnessanditemnonresponse
AT christofwolf theperformanceofmultipleimputationinsocialsurveyswithmissingdatafromplannedmissingnessanditemnonresponse
AT anneliesgblom theperformanceofmultipleimputationinsocialsurveyswithmissingdatafromplannedmissingnessanditemnonresponse
AT julianbaxenfeld performanceofmultipleimputationinsocialsurveyswithmissingdatafromplannedmissingnessanditemnonresponse
AT christianbruch performanceofmultipleimputationinsocialsurveyswithmissingdatafromplannedmissingnessanditemnonresponse
AT christofwolf performanceofmultipleimputationinsocialsurveyswithmissingdatafromplannedmissingnessanditemnonresponse
AT anneliesgblom performanceofmultipleimputationinsocialsurveyswithmissingdatafromplannedmissingnessanditemnonresponse