The association between parent-child communication and adolescents’ non-cognitive abilities: An examination of the chain mediating effect

M Minghan Cai H Huijie Guo D Dailong Fang Y Yao Zheng (School of Chemical Engineering) W Weifeng Guo Z Zhengmei Lin Z Zhiqiang Zheng (Physical Intelligence Department, Max Planck Institute for Intelligent Systems)

Abstract

This study aims to explore the interplay between parent-child communication, social support, physical exercise and non-cognitive abilities among adolescents. Using data from the China Education Panel Survey (2014–2015) with a nationally representative sample of 5,055 eighth-grade students. Analyses were conducted via Stata 17.0 and SPSS 26, employing chain mediation tests and bootstrap analysis. The results were as follows:1) parent-child communication directly contributes to the enhancement of adolescents’ non-cognitive abilities, facilitates their access to social support, and promotes their participation in physical exercise; 2) parent-child communication indirectly improves adolescents’ non-cognitive abilities through the chain mediating effect of social support and physical exercise; 3) the positive effect of parent-child communication on non-cognitive abilities is stronger among urban adolescents compared to rural adolescents, and more pronounced among only children than non-only children. In conclusion, parent-child communication not only directly and positively predicts adolescents’ non-cognitive abilities but also exerts indirect effects via two single mediators (social support and physical exercise) and a chain mediation mechanism combining both mediators.

Article Details

Journal PLoS ONE
Volume / Issue Vol. 21, Issue 1
Published January 02, 2026
Pages e0338946
ISSN 1932-6203
Publisher Public Library of Science

Journal Info

PLoS ONE

Public Library of Science

ISSN: 1932-6203 Open Access Health Sciences

Authors (7)

M

Minghan Cai

H

Huijie Guo

D

Dailong Fang

Y

Yao Zheng

School of Chemical Engineering

W

Weifeng Guo

Z

Zhengmei Lin

Z

Zhiqiang Zheng

Physical Intelligence Department, Max Planck Institute for Intelligent Systems