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Qiao Ma

NORC at the University of Chicago



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Edward Mulrow

NORC at the University of Chicago



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Josiane Bechara

NORC at the University of Chicago



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Zachary H. Seeskin

NORC at the University of Chicago



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Morgane Bennett

NORC at the University of Chicago



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Jennifer Cantrell

NORC at the University of Chicago



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Elizabeth Hair

NORC at the University of Chicago



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Donna Vallone

NORC at the University of Chicago



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530 – SPEED: Survey Research Methods

Imputation for Longitudinal Study of Effectiveness of an Anti-Smoking Campaign

Sponsor: Survey Research Methods Section
Keywords: Missing Data, Hot Deck Imputation, Multiple Imputation, Evaluation, Nonresponse Bias

Qiao Ma

NORC at the University of Chicago

Edward Mulrow

NORC at the University of Chicago

Josiane Bechara

NORC at the University of Chicago

Zachary H. Seeskin

NORC at the University of Chicago

Morgane Bennett

NORC at the University of Chicago

Jennifer Cantrell

NORC at the University of Chicago

Elizabeth Hair

NORC at the University of Chicago

Donna Vallone

NORC at the University of Chicago

The Truth Initiative Longitudinal Cohort Study is designed to evaluate the impact of a television and digital campaign on youths' smoking-related knowledge, attitudes and beliefs, perceived social norms, and behaviors over time. The study administers surveys to participants over six waves between 2014 and 2017 and uses multivariate statistical models to evaluate the effectiveness of the media campaign. The survey is subject to nonresponse, which can bias estimates for the evaluation. We describe and examine different methods of imputing missing data in the context of a longitudinal study. Hot deck and model-based approaches are compared for both their performance and practicality. Examining income, the variable with the highest item nonresponse rate, we find that using either hot deck or model-based estimation helps correct for nonresponse bias in estimates from complete case analysis, and we demonstrate how multiple imputation can help account for the uncertainty in estimates due to imputation.

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