Faculty of Education, Northeast Normal University, Changchun, Jilin, China.
Faculty of Education, University of Macau, Taipa, Macau SAR, China.
Front Public Health. 2023 Mar 8;11:1077634. doi: 10.3389/fpubh.2023.1077634. eCollection 2023.
To understand the working mechanism and the relationships among the quality of teacher-child interaction (TCI), children's comprehensible vocabulary (CV) and executive function (EF).
Using stratified sampling, 900 children (boys 50.2%) and 60 preschool teachers were recruited from 4 places in China for testing, and five measurement tools, including the Classroom Assessment Scoring System (CLASS), the Peabody Picture Vocabulary Test (PPVT-R), the Stroop test, a card sorting task, and the Wechsler Intelligence Scale for Children (WISC-IV), were used.
For every additional unit of TCI, EF increases by 0.55 units; For every additional unit of EF, CV increases by 0.55 units; For every additional unit of CV, EF increases by 0.55 units; For every additional unit of CV, TCI increases by 0.38 units; For every additional unit of TCI, CV increases by 0.38 units. In the Model of TCI-EF-CV, the estimated value of TCI and the total effect of comprehensible vocabulary is 0.18; = 9.84, which is significantly greater than 1.96 at the bias-corrected 95% confidence interval and at the percentile 95% confidence interval (0.15, 0.23), both of which do not contain 0. The direct effect of TCI and CV is significant and indirect effects account for 39%. In the Model of TCI-CV-EF, the total effect of TCI on executive function is 0.09 ( = 6.14), the direct effect is not significant with bias-corrected 95% confidence interval and 95% confidence interval (-0.01, 0.03), both of which include 0.
There are two-way effects among children's EF and CV, TCI and CV. EF plays a mediating role in the influence of TCI on CV. TCI positively predicts children's EF, but this mainly depends on CV. Therefore, TCI plays a positive role in the development of children's CV and EF.
了解师幼互动质量(TCI)、儿童可理解词汇量(CV)和执行功能(EF)之间的作用机制和关系。
采用分层抽样法,从中国 4 个地区抽取 900 名儿童(男 50.2%)和 60 名幼儿教师进行测试,使用 5 种测量工具,包括课堂评估评分系统(CLASS)、皮博迪图片词汇测验修订版(PPVT-R)、斯特鲁普测验、卡片分类任务和韦氏儿童智力量表第四版(WISC-IV)。
TCI 每增加一个单位,EF 增加 0.55 个单位;EF 每增加一个单位,CV 增加 0.55 个单位;CV 每增加一个单位,EF 增加 0.55 个单位;CV 每增加一个单位,TCI 增加 0.38 个单位;TCI 每增加一个单位,CV 增加 0.38 个单位。在 TCI-EF-CV 模型中,TCI 和可理解词汇总量的估计值为 0.18; = 9.84,显著大于偏倚校正 95%置信区间和百分位 95%置信区间(0.15,0.23)中的 1.96,两者均不包含 0。TCI 和 CV 的直接效应显著,间接效应占 39%。在 TCI-CV-EF 模型中,TCI 对执行功能的总效应为 0.09( = 6.14),直接效应在偏倚校正 95%置信区间和 95%置信区间(-0.01,0.03)内均不显著,两者均包含 0。
儿童 EF 和 CV、TCI 和 CV 之间存在双向作用。EF 在 TCI 对 CV 的影响中起中介作用。TCI 正向预测儿童的 EF,但这主要取决于 CV。因此,TCI 对儿童 CV 和 EF 的发展有积极作用。