Embedding multilevel survival analysis of dyadic social interaction in structural equation models: hazard rates as both outcomes and predictors
Snyder, James J.
MetadataShow full item record
Stoolmiller, Mike; Snyder, James J. 2014. Embedding multilevel survival analysis of dyadic social interaction in structural equation models: hazard rates as both outcomes and predictors. Journal of Pediatric Psychology, vol. 39:no. 2:ppg. 222-232
Objective Demonstrate multivariate multilevel survival analysis within a larger structural equation model. Test the 3 hypotheses that when confronted by a negative parent, child rates of angry, sad/fearful, and positive emotion will increase, decrease, and stay the same, respectively, for antisocial compared with normal children. This same pattern will predict increases in future antisocial behavior. Methods Parent-child dyads were videotaped in the fall of kindergarten in the laboratory and antisocial behavior ratings were obtained in the fall of kindergarten and third grade. Results Kindergarten antisocial predicted less child sad/fear and child positive but did not predict child anger given parent negative. Less child positive and more child neutral given parent negative predicted increases in third-grade antisocial behavior. Conclusions The model is a useful analytic tool for studying rates of social behavior. Lack of positive affect or excess neutral affect may be a new risk factor for child antisocial behavior.
Click on the DOI link to access the article.