早期儿童数学学习与执行功能的关系

执行功能是个体对复杂的认知活动的自我调节和以明确目标为导向的活动过程, 对早期儿童的数学学习起着重要的作用。早期儿童数学学习与执行功能呈显著正相关, 执行功能是儿童数学学习的重要认知加工机制。早期儿童执行功能和数学学习之间存在着相互预测的关系, 执行功能可以预测数学成绩, 数学成绩可以预测执行功能。高质量的早期数学教育可能具有发展儿童执行功能和数学能力的双重价值。未来研究可以明确执行功能的界定和统一测量工具, 提供更可靠的证据证明早期儿童执行功能与数学能力的因果关系, 以及进一步探究语言、数学以及执行功能三者之间的关系。     

5～6岁不同数学能力水平儿童的执行功能差异研究

为了考察不同数学能力水平儿童的执行功能差异,根据331名学前儿童的数学能力得分选取了潜在数学学习困难儿童组、低分组、典型发展儿童组和数学优秀组等4个实验组。首先分析了各组儿童的执行功能差异特点,之后使用判别分析进一步探索了各执行功能子结构对儿童早期数学能力差异分组的贡献。结果表明:相对于典型发展儿童组,潜在数学学习困难儿童在执行功能的更新、抑制和转换方面普遍缺损;低分组儿童则仅表现出数字更新能力不足;数学优秀组在数字更新和有时间要求的认知转换方面比典型发展组有明显优势。进一步判别分析表明,对早期数学能力差异分组贡献最大的并非独立执行功能子结构,而是更新和转换的共同因素结构。     

留守学前儿童接受性语言能力与社会退缩的关系:有调节的中介模型

为探讨留守学前儿童接受性语言能力与社会退缩的关系及其内部机制,采用教师评定问卷和测量法对484名留守学前儿童进行调查。结果表明：（1）接受性语言能力不仅对社会退缩具有显著负向预测作用,也能通过执行功能的中介作用负向预测社会退缩;（2）执行功能的中介作用受到师幼关系的调节,相对于高师幼关系水平的个体,间接效应在低师幼关系水平的个体中更为显著,具体而言,师幼关系调节了中介的后半路径;（3）此外,在高师幼关系水平的个体中,执行功能对社会退缩的负向预测作用以及执行功能在接受性语言能力与社会退缩之间的中介作用都不显著。研究结果有助于揭示接受性语言能力对社会退缩的影响及其内在作用机制,对留守学前儿童社会退缩的预防及干预具有一定的启示意义。     

儿童执行功能对数学能力的预测模型

使用数点数广度任务(C-span)、Stroop任务、威斯康星卡片分类任务(WCST)测查儿童的执行功能,用《小学儿童数学能力测查量表》(一年级)、《韦克斯勒儿童智力测量》分别测查儿童的数学能力和智力,对64名小学一年级儿童的执行功能(抑制、转换、刷新)和数学能力的关系进行了研究,相关分析和回归分析发现,数学能力与执行功能任务测量都有显著相关,抑制、转换和刷新都分别对数学能力存在显著回归效应;在此基础上,建立了执行功能及其对儿童数学能力的预测模型。结果表明,抑制控制、转换和刷新都能对数学能力产生直接影响,但抑制控制还通过转换和刷新对数学能力产生间接影响。说明儿童数学能力的认知差异,主要在于抑制控制能力的差异,而抑制控制的差异又导致转换和刷新能力表现的差异。     

关系因素与个体因素在儿童早期社会能力中的作用

采用儿童早期行为评价量表、亲子关系量表和师生关系量表,对443名幼儿的父母和教师进行了测查,在生态系统理论的框架下探讨了儿童性别、年级及父子、母子、师生关系对早期社会能力的影响。结果发现:小班和中班儿童的师生关系好于托班;女孩的社会能力高于男孩,小班和中班儿童的社会能力高于托班。控制了性别与年级的作用之后,父子、母子与师生关系对儿童社会能力都有显著的正向预测作用,但三者的平均值具有最强的预测作用,这一结果支持了多重关系作用于儿童发展的"平均化假说"。     

高中生数学能力实体观对数学学习投入的影响:学业自我效能感和消极学业情绪的中介作用

采用数学能力实体观量表、学业自我效能感量表、消极学业情绪量表（羞愧、厌倦）和数学学习投入量表,对1064名高中生进行调查。结果表明：数学能力实体观、学业自我效能感、羞愧、厌倦和数学学习投入之间均存在显著相关;学业自我效能感、厌倦在数学能力实体观和数学学习投入之间的中介作用均显著;且学业自我效能感-厌倦的链式中介作用也显著。这表明,高中生的数学能力实体观不仅可以直接预测数学学习投入,也可分别经由学业自我效能感、厌倦的中介作用、以及二者的链式中介作用影响数学学习投入。     

学步期焦虑影响5岁幼儿创造力：一般认知和掌握动机的链式中介作用

儿童早期焦虑是一种常见的心理卫生问题, 影响个体中央执行功能的发展, 而个体中央执行功能所表现的认知能力的发展通常反映出个体创造性问题解决的过程。本研究采用追踪研究设计, 探讨了学步期儿童焦虑对其学龄前期创造力的长时影响及其潜在作用机制。来自北京的96个家庭(男孩42名, 女孩54名)参与了本研究。在儿童1岁和2岁时, 母亲填写中国版《12~36月龄幼儿情绪社会性评估量表》和家庭基本信息调查表。在儿童2岁时, 采用贝利婴幼儿发展量表评估幼儿的一般认知能力; 在儿童3岁时, 母亲报告儿童掌握动机情况; 在儿童5岁时, 采用托兰斯活动与动作创造性思维测验评估儿童的创造力。研究结果表明：(1)儿童学步期焦虑(广泛性焦虑和分离焦虑)可以显著负向预测其5岁时的创造力; (2)一般认知能力和掌握动机在儿童学步期焦虑(广泛性焦虑和分离焦虑)和学前期创造力之间的链式中介作用成立; (3)儿童学步期广泛性焦虑还可以通过直接负向预测掌握动机, 从而对其5岁创造力的表现产生消极影响。     

家庭学习环境对儿童早期学业和社会技能的作用

家庭学习环境作为个体出生后最先接触到的学习环境,对个体早期乃至未来一生的发展都有重要作用。本研究以181名年龄在53~67个月的学前儿童及其母亲为被试,考察了家庭学习环境对儿童早期语言、数学和社会技能的作用。结果发现:(1)控制个体性别、年龄后,家庭学习环境对儿童早期语言、数学和社会技能的解释率分别为9.2%、4.4%和9.6%,均大于家庭社会经济地位和学前教育经历对三方面技能的解释率;(2)进一步控制家庭社会经济地位和学前教育经历后,家庭学习环境仍可显著预测个体早期语言、数学和社会技能,解释率分别为7.4%、3.2%和8.5%;(3)家庭学习环境的不同方面与儿童早期发展不同方面的关系不同。其中,家庭学习活动是儿童早期语言和数学技能的重要预测变量,丰富生活经验是儿童早期社会技能的重要预测变量。     

儿童中期和青春期早期独处偏好与心理适应之关系:有调节的中介效应

本研究采用自评独处偏好量表、儿童孤独感量表、儿童抑郁量表、儿童自我觉知量表以及同伴提名对1026名儿童中期和青春期早期的儿童进行调查,考察独处偏好与心理适应的关系、同伴接纳在上述关系中的中介作用以及年龄对上述中介作用的调节。研究结果表明:(1)独处偏好的年龄差异显著,青春期早期的独处偏好程度高于儿童中期;(2)独处偏好与孤独、抑郁呈显著正相关,与自尊呈显著负相关;(3)独处偏好经由同伴接纳影响心理适应各指标的中介作用受年龄的调节。同伴接纳的中介效应只出现在儿童中期,在青春期早期并不存在上述中介作用。研究结果验证了中国文化背景下独处偏好与心理适应不良相联系的假说,并在一定程度上揭示了二者关系背后可能的原因与作用机制。     

小学生能力观对数学学习投入的影响:学业控制感和期望的中介作用

采用数学能力观量表、学业控制感量表、学业期望量表和数学学习投入量表对北京市743名中高年级小学生进行调查,探究小学生能力观、学业控制感、期望和数学学习投入之间的关系。结果发现:能力观、学业控制感、期望和数学学习投入之间均存在显著的正相关;能力观对数学学习投入的直接效应显著;学业控制感、期望在能力观和数学学习投入之间的中介效应均显著;且学业控制感-期望的链式中介作用也显著。     

Building Links Between Early Socioeconomic Status,Cognitive Ability,and Math and Science Achievement

The present study examined whether and how socioeconomic status (SES) predicts school achievement in science, technology, engineering, and math (STEM) using structural equation modeling and data from the National Institute of Child Health and Human Development Study of Child Care and Youth Development. The present inquiry addresses gaps in previous research linking SES and STEM achievement in high school. Results indicate that maternal education predicts the child’s early environment, which itself predicts the development of executive function (EF) and language, and thereby, STEM achievement. Moreover, children’s language ability and EF development influenced higher-order cognitive skills, such as relational reasoning, planning, and basic calculation skills. However, only relational reasoning strongly predicted high school math and science achievement, suggesting that relational reasoning, but not planning and calculation skills, was central to STEM thinking and learning.     

The role of executive function and social‐emotional skills in the development of literacy and numeracy during preschool: a cross‐lagged longitudinal study

The majority of evidence on the interplay between academic and non‐academic skills comes from high‐income countries. The aim of this study was to examine the bidirectional associations between Ghanaian children's executive function, social‐emotional, literacy, and numeracy skills longitudinally. Children (N = 3,862; M age = 5.2 years at time 1) were assessed using direct assessment at three time points over the course of two school years. Controlling for earlier levels of the same skill, early executive function predicted higher subsequent literacy and numeracy skills, and early literacy and numeracy skills predicted higher subsequent executive function, indicating that the development of executive function and academic skills is inter‐related and complementary over time. Early literacy and numeracy predicted subsequent social‐emotional skills, but early social‐emotional skills did not predict subsequent literacy and numeracy skills. The findings provide longitudinal evidence on children's learning and development in West Africa and contribute to a global understanding of the relations between various developmental skills over time.     

Working memory and individual differences in mathematics achievement: A longitudinal study from first grade to second grade

This longitudinal study examined the relationship between working memory and individual differences in mathematics. Working memory measures, comprising the phonological loop, the visuospatial sketchpad, and the central executive, were administered at the start of first grade. Mathematics achievement was assessed 4 months later (at the middle of first grade) and 1 year later (at the start of second grade). Working memory was significantly related to mathematics achievement in both grades, showing that working memory clearly predicts later mathematics achievement. The central executive was a unique predictor of both first- and second-grade mathematics achievement. There were age-related differences with regard to the contribution of the slave systems to mathematics performance; the visuospatial sketchpad was a unique predictor of first-grade, but not second-grade, mathematics achievement, whereas the phonological loop emerged as a unique predictor of second-grade, but not first-grade, mathematics achievement.     

The relation between cognitive and motor performance and their relevance for children’s transition to school: A latent variable approach

Both theoretically and empirically there is a continuous interest in understanding the specific relation between cognitive and motor development in childhood. In the present longitudinal study including three measurement points, this relation was targeted. At the beginning of the study, the participating children were 5–6-year-olds. By assessing participants’ fine motor skills, their executive functioning, and their non-verbal intelligence, their cross-sectional and cross-lagged interrelations were examined. Additionally, performance in these three areas was used to predict early school achievement (in terms of mathematics, reading, and spelling) at the end of participants’ first grade. Correlational analyses and structural equation modeling revealed that fine motor skills, non-verbal intelligence and executive functioning were significantly interrelated. Both fine motor skills and intelligence had significant links to later school achievement. However, when executive functioning was additionally included into the prediction of early academic achievement, fine motor skills and non-verbal intelligence were no longer significantly associated with later school performance suggesting that executive functioning plays an important role for the motor-cognitive performance link.     

儿童早期工作记忆与数学学习的关系

以往研究认为工作记忆对数学学习很重要,但是以往工作记忆和早期数学学习的关系研究结果并不一致。本研究运用元分析的方法回顾了33篇独立研究,含307项相关系数作为效应值,总被试量为42423名平均年龄3~8岁的儿童,旨在探讨工作记忆的3个主成分PL(语音回路)、VSSP(视觉空间画板)、CE(中央执行)与数学学习不同方面之间的关系,以及样本年龄对工作记忆和数学学习相关程度的调节作用。结果显示:工作记忆与数学学习确实存在强相关,工作记忆子成分中,CE与数学学习平均相关的程度最强。并且,CE与数学学习不同方面之间的相关程度不存在显著差异,PL、VSSP与数运算的相关程度比数概念更强,存在显著差异。样本年龄对CE、PL与数学学习之间相关关系存在显著调节作用,对VSSP与数学学习之间的相关关系不存在显著调节作用。文献梳理还发现,以往研究对数学学习的考察,大都聚焦数概念、数运算的内容,未来研究需要关注几何与空间、测量等方面内容。     

Is preschool executive function causally related to academic achievement?

The primary objective of this study was to reevaluate the well-established result that preschoolers' performance on executive function tasks are positively associated with their performance on academic achievement tests. The current study replicated the previously established concurrent associations between children's performance on EF tasks and academic achievement tests. Specifically, children's performance on measures of inhibitory and motor control were positively associated with their performance on tests of reading, writing, and mathematics achievement (rs?=?.2?.5); moreover, although diminished in magnitude, most of these associations held up even after including an earlier measure of academic achievement as a covariate (rs?=?.1?.3). However, the application of an alternative analytic method, fixed effects analysis, a method that capitalizes on repeated measures data to control for all time stable measured and unmeasured covariates, rendered the apparent positive associations between executive function and academic achievement nonsignificant (rs?=?.0?.1). Taken together, these results suggest that the well-replicated association between executive function abilities and academic achievement may be spurious. Results are discussed with respect to the importance of utilizing analytic methods and research designs that facilitate strong causal inferences between executive function and academic achievement in early childhood, as well as the limitations of making curriculum development recommendations and/or public policy decisions based on studies that have failed to do so.     

The development of executive functions and early mathematics: A dynamic relationship

Background. The relationship between executive functions and mathematical skills has been studied extensively, but results are inconclusive, and how this relationship evolves longitudinally is largely unknown. Aim. The aim was to investigate the factor structure of executive functions in inhibition, shifting, and updating; the longitudinal development of executive functions and mathematics; and the relation between them. Sample. A total of 211 children in grade 2 (7–8 years old) from 10 schools in the Netherlands. Method. Children were followed in grade 1 and 2 of primary education. Executive functions and mathematics were measured four times. The test battery contained multiple tasks for each executive function: Animal stroop, local global, and Simon task for inhibition; Animal Shifting, Trail Making Test in Colours, and Sorting Task for shifting; and Digit Span Backwards, Odd One Out, and Keep Track for updating. The factor structure of executive functions was assessed and relations with mathematics were investigated using growth modelling. Results. Confirmatory factor analysis (CFA) showed that inhibition and shifting could not be distinguished from each other. Updating was a separate factor, and its development was strongly related to mathematical development while inhibition and shifting did not predict mathematics in the presence of the updating factor. Conclusions. The strong relationship between updating and mathematics suggest that updating skills play a key role in the maths learning process. This makes updating a promising target for future intervention studies.     

Approaches to Learning and Academic Achievement of Filipino Students

Research has shown that a critical variable in determining academic achievement in different cultures and educational systems is approaches to learning. In this study, the author sought to determine whether this variable influences academic achievement among Filipino college students. The Learning Process Questionnaire (LPQ; J. B. Biggs, 1987) was used to assess approaches to learning. The results indicated that (a) the LPQ was a valid instrument to assess the learning approaches of non-low-achieving Filipino college students; (b) the Deep and Achieving subscale scores of the LPQ were positively related to academic achievement even when the effects of school ability and prior academic achievement were controlled; and (c) with some slight exceptions, the relationship between the LPQ scale scores and academic achievement were génerally similar between male and female Filipino students. Implications for the study of student approaches to learning in different cultures and educational systems are discussed.     

小学儿童数学态度与数学成就的纵向联系：学业拖延和数学元认知的作用

为深入探讨小学儿童的数学态度、学业拖延、数学元认知与数学成就之间的纵向联系及内在作用机制,对515名三、五年级小学生进行为期半年的追踪研究。结果表明:(1)学业拖延在儿童的数学态度与数学成就之间发挥着即时和纵向中介作用;(2)不同水平数学元认知个体在纵向中介模型中“数学态度→数学成就”这一路径上存在差异。这意味着较积极的数学态度有利于减少小学儿童的学业拖延行为,进而提高其数学成就,而高数学元认知则能够监控和调节个体的数学态度,使其发挥积极作用,从而提高数学成就。该发现为有效促进儿童的数学学习提供了重要实践启示。