The First Year at School: A Quantitative Investigation of the Attainment and Progress of Pupils∗

In England children must start school after their fifth birthday, but it is common for children to start when they are four in what is known as the Reception class. The Performance Indicators in Primary Schools (PIPS) project collected data on 1700 pupils’ early mathematics and pre/early reading levels at the start and end of their Reception year. The on‐entry assessment proved to be a good predictor of performance in reading and mathematics at the end of reception and the progress which each child made was estimated. This progress was found to vary considerably between schools and the variation was much greater than that typically found in school effectiveness studies. The data provided a unique opportunity to compare the progress of children who had, and had not, been to school. The Reception year was found to have had a major impact on the literacy and numeracy of children. Multi‐level models were employed for the analysis and from the models Effect Sizes were computed to assist in comparing the importance of variables in the study. This approach provides a mechanism for comparing the findings of school effectiveness studies with experimental studies and meta‐analyses.     

The influence of being ready to learn on children’s early school literacy and numeracy achievement

This study investigated the extent to which learning readiness, prior‐to‐school experiences, and child and family characteristics influence children’s literacy and numeracy achievement across the first year of primary school. A sample of 104 kindergarten children was recruited from 16 classrooms and followed from the beginning to the end of their first year of primary school. At the start of school, parents provided information on children’s prior‐to‐school experiences and their preparedness for school; teachers provided ratings of children’s self‐directedness and cooperative participation; and children’s cognitive ability was assessed using the Peabody Picture Vocabulary Test – III. Classroom quality was observed and rated mid‐year. Children’s literacy and numeracy achievement was assessed at the end of the school year, using the Who Am I? (WAI?). Regression analyses indicated that WAI? scores were predicted by child age, gender, cognitive ability and teacher‐rated learning readiness at the start of school. Discussion focuses on the importance of the ‘ready child’ for early academic success.     

Development of SFON in Ecuadorian Kindergartners

This study explored the development of Ecuadorian Kindergartners’ spontaneous focusing on numerosity (SFON) during the kindergarten year, as well as the contribution of early numerical abilities to this development. One hundred Kindergartners coming from ten classrooms received two SFON tasks, one at the beginning and one at the end of the school year, and an early numerical abilities achievement test at the beginning of the school year. Results first demonstrated limited SFON development during the kindergarten year, with inter-individual differences and intra-individual stability of children’s SFON tendency. Second, both children’s SFON tendency and their early numerical abilities at the start of the kindergarten year were predictively related to their SFON tendency at the end of the year. Our results do not only add to our theoretical understanding of SFON in young children, but also inform educational policy and practices in the domain of early mathematics education in Ecuador, as they provide building blocks for optimizing the educational goals and curricula for kindergarten mathematics.     

Impact of a play‐based curriculum in the first two years of primary school: literacy and numeracy outcomes over seven years

In 2000–2002 an innovative early years curriculum, the Enriched Curriculum (EC), was introduced into 120 volunteer schools across Northern Ireland, replacing a traditional curriculum similar to others across the UK at that time. It was intended by the designers to be developmentally appropriate and play‐based with the primary goal of preventing the experience of persistent early failure in children. The EC was not intended to be a literacy and numeracy intervention, yet it did considerably alter pedagogy in these domains, particularly the age at which formal reading and mathematics instruction began. As part of a multi‐method evaluation running from 2000–2008, the research team followed the primary school careers of the first two successive cohorts of EC children, comparing them with year‐ahead controls attending the same 24 schools. Compared to the year‐ahead control group, the findings show that the EC children's reading and mathematics scores fell behind in the first two years but the majority of EC children caught up by the end of their fourth year. Thereafter, the performance of the first EC cohort fell away slightly, while that of the second continued to match that of controls. Overall, the play‐based curriculum had no statistically significant positive effects on reading and mathematics in the medium term. At best, the EC children's scores matched those of controls.     

Contrasting Approaches to the Acquisition of Mathematical Skills: Japan and England

Abstract

International differences in mathematical attainment among secondary school age pupils are well documented, indicating that the performance of pupils in England lags behind that of many other countries: in particular, the average attainment of 13‐ and 18‐year‐old pupils in Japan is significantly higher than that of the corresponding cohort of pupils in England. The causes of the poor performance at secondary schools in England, it is argued, may be found partly in the inferior foundations of mathematical understanding at primary schools, aggravated by the ‘linearity’ of mathematical development and the cumulative effect of failure. Although cultural influences at the societal level and curriculum influences at the governmental level are largely beyond the control of the school, yet the other main influence on mathematical development, namely classroom practice, is determined to a great extent by the class teacher, and can be adapted to improve conceptual learning. By considering the current practice in the teaching of mathematics to six‐year‐olds in Japan within the context of available research evidence relating to effective teaching, and comparing this with the practice in England, areas of possible change can be identified which are largely within the control of the individual class teacher and through which standards of attainment might be improved. This article is based on observations of mathematics teaching to six‐year‐old children in Japan and England in 1995, in the state or public sector of education.     

Maternal schooling and children’s relative inequalities in developmental outcomes: evidence from the 1947 school leaving age reform in Britain

This paper investigates whether mothers’ participation in post‐compulsory education impacts on children’s relative inequalities across four developmental outcomes. The empirical analysis uses information from children born in 1958 in Britain. Mothers of the 1958 British cohort were affected by the 1947 school leaving age reform, which increased the age of compulsory schooling from 14 to 15 years. We selected the first‐born cohort members whose mothers were born in 1933 and 1934 and whose mothers completed compulsory schooling only. We found that the additional year of maternal schooling was significantly associated with relative improvements in mathematics attainment for their children, but no significant differences for reading or behavioural outcomes. The impact on mathematics was mainly for boys. These results suggest wider dispersion in mathematics attainment between sons whose mothers benefited from the additional year of schooling in 1947 and those whose mothers did not.     

School closures and educational attainment in Ethiopia: Can extra classes help children to catch up?

School closures impact children's attainment adversely, but understanding the effects of closures on children's attainment in lower-income countries is still limited. Addressing this deficit, this study examines how past school closures have impacted children's educational attainment in Ethiopia. The study uses individual student-level data from the Young Lives School Survey and standardised test scores in mathematics and language recorded at the start and end of the school year to model children's attainment. Multiple regression with propensity score matching is used to analyse how attainment over the school year is impacted by school closures for a matched sub-sample of 4842 students. The effectiveness of additional classes to make up for lost learning is also evaluated. Past school closures have had a detrimental effect on attainment in mathematics, but not literacy. Extra classes, specifically those that families do not pay for, have helped children in the past to recuperate lost learning and could serve this function post-Covid-19. Inequalities in learning outcomes, measured by Gini coefficients in educational attainment, are widened by school closures. Applying these results to the extensive school closures under Covid-19 furthers our understanding of the likely effects on academic attainment and can inform policy to mitigate the impact.     

Self-Efficacy, Motivation Constructs, and Mathematics Performance of Entering Middle School Students

The objectives of this study were to determine the influence of various motivation variables on task-specific mathematics performance and to explore whether these variables change during the first year of middle school (N = 273). Students' task-specific self-efficacy was the only motivation variable to predict performance and did so both at start and end of year. There were no differences in anxiety, self-concept, or self-efficacy for self-regulation between start and end of year, but, by end of year, students described mathematics as less valuable and reported lower effort and persistence. Gifted students had stronger mathematics self-concept beliefs, and they had more accurate and less overconfident self-efficacy beliefs than did regular education students. There were no gender differences in any of the motivation constructs. Copyright 1999 Academic Press.     

Expansion and social selection in education in England and Scotland

This paper examines trends in social class inequalities in young people’s educational attainment and HE entry between the mid‐1980s and the end of the 1990s in England and Scotland. Using time‐series data derived from the Scottish School Leavers Surveys and the England (and Wales) Youth Cohort Study, changes in both absolute and relative social class differences within and across the two countries were analysed through the use of a series of ordered logits. The results show that Scotland has higher educational attainment rates but also higher social class inequalities than England. Moreover, while in England social class inequalities at upper‐secondary and tertiary level have declined over time, in Scotland no evidence of such trend has been found. The conclusions highlight that possible explanations for these patterns reside in the different features of the two education systems and in the remarkable educational success of the Scottish middle class.     

Changes in children’s cognitive development at the start of school in England 2001–2008

Since 1997, England has seen massive changes in the Early Years including the introduction of an early childhood curriculum, free pre‐school education for three‐year‐olds and local programmes for disadvantaged communities. Many of these initiatives took time to introduce and become established. Beginning in 2001, and each year thereafter until 2008, the authors collected consistent data from thousands of children when they started school at the age of four on a range of variables, chosen because they are good predictors of later success. These included vocabulary, early reading and early mathematics. Children from the same set of 472 state primary schools in England were assessed each year. This paper contributes to the existing studies of educational trends over time by examining the extent to which children’s scores on these measures changed over that period; in general, they were found to have remained stable.     

Mathematics for the future: developing a Head Start curriculum to support mathematics learning

While mathematics instruction for very young children needs to be age-appropriate in format and content, it also needs to prepare children conceptually for the kinds of mathematics learning that will be expected of them in future years. This perspective, informed by the work of Russian psychologists and educators on a measurement-based approach to early mathematics instruction [e.g., V.V. Davydov, Children’s Capacity for Learning Mathematics, National Council of Teachers of Mathematics, Reston, VA, pp. 109–205], was the basis for an experimental mathematics curriculum which focused on the concept of unit as it applies to enumeration, measurement, and the identification of relations among geometric shapes. The curriculum particularly emphasized two ideas about units that derive from a measurement perspective: first, that the numerical result we obtain from counting or other measurement operations will depend on our choice of a unit; and second, that units of one kind can be combined to form higher-order units or taken apart to form lower-order ones. The curriculum included a weekly project activity conducted by the Head Start teachers, suggestions for supplementary activities, and a weekly home activity for a parent or other family member to carry out with the child. It was implemented with children in three Head Start centers (N=46; age range 2 years, 9 months–4 years, 7 months at the beginning of the program). To evaluate the curriculum, two assessment instruments (the mathematics subscale of the DSC and a supplementary instrument constructed especially for this study) were administered, at the beginning and again at the end of the school year, to these children and to two comparison groups. One comparison group (N=48; age range 2 years, 6 months–4 years, 7 months) received a literacy intervention rather than a mathematics one; the other (N=29; age range 2 years, 8 months–4 years, 7 months) did not receive any experimental intervention. Results showed significant, albeit modest, positive effects of the intervention. The importance of reexamining current beliefs about what is possible—and desirable—within a preschool mathematics curriculum is emphasized.     

The influence of child,family, home factors and pre‐school education on the identification of special educational needs at age 10

The early identification of young children's special educational needs (SEN), as well as the development of specific strategies to support those children identified with special needs, are increasingly recognised as crucial to facilitating good adjustment to school and to ensuring that such children are helped to reach their full potential in education. Using a large national sample of young children in England whose developmental progress was followed up from pre‐school, this study investigates which child, family, home and pre‐school factors can be viewed as risk or protective factors for later SEN‐status at age 10. The experience of high‐quality pre‐school education is shown to reduce the likelihood of a child being identified as experiencing SEN in the long run. Teachers’ assessments of SEN are found to be strongly related to children's reading and mathematics attainment, but other factors also predict SEN, including a child's age within a year group.     

The consistency of baseline assessment schemes as measures of early literacy

Ninety‐one baseline assessment schemes were approved by the Qualifications and Curriculum Authority for use by schools for the assessment of all children in England in their first seven weeks in school (age 4 to 5 years). Analysis of the content of a sample of 42 of the schemes (comprising all the schemes supplied in full to the researchers) showed considerable variation both in the level of ability demanded and of the content. This paper examines the range and balance of content across baseline assessment schemes with particular reference to literacy, and particularly writing ability. The implications of the variability demonstrated are considered with reference to the purposes of baseline assessment and to political decisions regarding changes from a system of accreditation of 91 schemes at school entry to a single national scheme at the end of the foundation stage scheme implemented in England from 2003.     

Season of birth and school success in the early years of primary education

Several studies have reported significant relationships between children’s season of birth and measures of their academic success (i.e., the ‘season of birth effect’). Whereas most of these studies were cross‐sectional, the current study uses growth curve modelling to analyse longitudinal data on 3,187 children in Flemish primary education. The results indicate season of birth effects on both grade retention and mathematics achievement during the first two years of primary school. Because the Flemish cut‐off date is 31 December, children born in the fourth quarter (October‐November‐December) invariably are among the youngest in their grade age group. Almost 20% of these children were found to have been retained or referred to special education by the end of Grade 2, whereas for children born in the first quarter (January‐February‐March), this was only 6.34%. First quarter‐born children also showed moderately higher mathematics achievement at the start of first grade. During the next two school years, this achievement gap between children born in the first and the fourth quarter narrowed significantly. Finally, differentiated instruction was not found to be related to the decrease of the season of birth effect.     

National profiles of school readiness skills for Head Start children: An investigation of stability and change

Among a nationally representative sample of 2336 Head Start children, patterns of school readiness were compared at the beginning and end of children's first preschool year, and predictors of stability and change across readiness profiles were examined. The present study documented that although the majority of children remain in a qualitatively similar school readiness profile across their first year in Head Start, 20% of children move to a qualitatively different profile over the school year, reflecting both improvements and declines in functioning. Child and family attributes (e.g., child age, ELL status, maternal education, and family structure), as well as contextual factors (e.g., teacher education and experience, parenting style, and parent involvement) were significant predictors of both profile stability and change. Given that we have little understanding about what factors practice or policy can manipulate to improve school readiness, these findings shed light on what we might do to promote school readiness and prevent declines in functioning over time. Thus, findings from this study provide a population- and pattern-based perspective of Head Start children's strengths and needs, relevant for informing both individual and systems level change in Head Start programs across the nation.     

An Investigation of The Effects of A Seventh and Eighth Grade Core Program

Abstract

The writer (Ogletree) conducted a creativity study in England, Scotland, and Germany, which included 1,165 primary school children. Results showed that creativity scores (using the Torrance Tests of Creative Thinking) were a function of socioeconomic background. In all countries, children of upper class families obtained significantly higher creativity scores (verbal and nonverbal) than children of middle and lower class families. The same significant difference was evident in middle class children to lower class children. This was true when analyzed within countries, by age, grade, and sex. There was no evidence to support the contention that youngsters of lower class backgrounds performed better on nonverbal tasks than their higher class peers, although they did make a better showing on the nonverbal tasks than on the verbal tasks.     

Peer Relationships Across the Preschool to School Transition

Research Findings: The aim of this longitudinal study was to explore peer relationships across the transition from preschool to school. Participants were 35 (17 male) children attending the Irish preschool initiative Early Start (M age = 49.31 months). Sociometric measures were employed on two occasions: at the end of preschool and in the first year of school. Results indicated that most preschoolers (83%) had at least one mutual friend, and by school age all children had at least one mutual friend. Almost one third (29%) of preschools and school-age children had a mutual best friend. Notably, all children made new friends in school. In addition, a number of friendships (18%) survived the preschool to school transition. Correlational analysis also suggested some stability in peer relationships from preschool into the first year of school. Exploratory multiple regression analyses showed that preschool peer variables predicted friendship status and social preference in school. Furthermore, best friendship in preschool uniquely predicted friendship in school, and best friend status in school was uniquely associated with social preference in school. Practice: Results have implications for parents' and early educators' promotion of children's friendships during the transition from preschool to school.     

美国的学校

英国在中国的西方，英国的许多东西都和东方的不一样。在英国孩子们五岁开始上学，这称为上小学。一般情况下，一个班上有25个学生和一个老师。     

Deaf children's informal knowledge of multiplicative reasoning

Multiplicative reasoning is required in different contexts in mathematics: it is necessary to understand the concept of multipart units, involved in learning place value and measurement, and also to solve multiplication and division problems. Measures of hearing children's multiplicative reasoning at school entry are reliable and specific predictors of their mathematics achievement in school. An analysis of deaf children's informal multiplicative reasoning showed that deaf children under-perform in comparison to the hearing cohorts in their first two years of school. However, a brief training study, which significantly improved their success on these problems, suggested that this may be a performance, rather than a competence difference. Thus, it is possible and desirable to promote deaf children's multiplicative reasoning when they start school so that they are provided with a more solid basis for learning mathematics.