Learning paths in synthesis writing: Which learning path contributes most to which learning outcome?

Instructional Science - This paper presents a secondary analysis of data collected during an intervention study in which students learnt to synthesise pairs of texts presenting opposite views on...     

Teacher effects on student achievement in first grade: which aspects matter most?

The present study investigates the effects of teachers (background qualifications, attitudes and beliefs, and instructional practices) on student achievement in mathematics, reading, and spelling in 1st grade. Its theoretical framework and methodology are based on recent work by Palardy and Rumberger (2008). Data from the SiBO Project, a longitudinal study in Flemish primary education, were analyzed for the present study using 2-level regression analysis. The results showed that teacher background had the largest effect on mathematics achievement, whereas instructional practices had the largest effects on both reading and spelling achievement. Moreover, the size of teacher effects depended upon the specific learning domain: Larger teacher effects were found for mathematics than for spelling and reading. Overall, the results suggest that teachers had a modest to strong effect on student achievement in first grade.     

Of the crucial events in China in 2008,which most impressed you?

Simons In the 29th Olympic Games,Amedcan swimmer Michael Phelps sought to navigate uncharted territory.He has widely known in the last Olympics and for his second straight Olympics,the 23-year-old Phelps won eight gold medals to surpass the record seven that fellow-American swimmer Mark Spitz won in 1972.The Olympic Games will be a worldwide game,and each     

Academic achievement in first-year university: who maintains their high school average?

The present study investigates the characteristics which differentiate between first-year university students who maintain their high school averages (Maintainers: n = 165) and those whose averages decrease at least one letter grade (Decliners: n = 435). The 600 students entered first year at one of six Canadian Universities, which varied in size and ethnic diversity. Data were collected in August, prior to the start of school, and in November of first year. Multivariate analyses indicated significant group differences between Maintainers and Decliners on familial variables (gender, fathers’ education level, but not family income, parental reciprocity, parental support or immigrant/generational status), psychological well-being (perceived stress in August and November, and November depression, self-esteem and health), and university adjustment (university plans, transition perception, time management and university adaptation). The current study addresses a gap in the existing academic achievement literature, while providing practical information to students, parents, and educators involved in the transition to university.     

Academic hardiness: Mediator between sense of belonging to school and academic achievement?

The purpose of this study was to (a) test the relationships between sense of belonging to school, academic hardiness, and academic achievement and (b) examine the mediating role of academic hardiness (including commitment, control, and challenge) on the association between sense of belonging to school and academic achievement. Five hundred and twenty 15–21-year-old high school students (245 young women and 275 young men) from eight high schools in Tehran, Iran, participated in the study by completing a series of validated questionnaires. Partial least squares structural equation modeling provided evidence that commitment, control, challenge, and sense of belonging to school were positively associated with academic achievement. Commitment, control, and challenge partially mediated the relationship between sense of belonging to school and academic achievement. These findings enhance existing literature by revealing how sense of belonging to school may contribute to academic achievement.     

Assessing knowledge growth in a psychology curriculum: which students improve most?

The purpose of this study was to gain insight into determinants of knowledge growth among first-year psychology students in a curriculum that uses the Progress Test (an assessment method for long-term retention of knowledge and knowledge growth) as its main assessment tool. To that end, the relation between the level of initial learning, prior knowledge, class attendance and individual study time, and Progress Test scores was analysed. The data showed that level of initial learning was positively associated with prior knowledge and class attendance. Further, level of initial learning was positively related to knowledge growth at the end of the first year of the curriculum. Students with higher levels of initial learning had a more extended knowledge base at the end of the first year of their curriculum than students with lower levels of initial learning. Prior knowledge, class attendance and individual study time did not have a significant relation with knowledge growth.     

Expository text comprehension in secondary school: for which readers does knowledge of connectives contribute the most?

The present study examined whether knowledge of connectives contributes uniquely to expository text comprehension above and beyond reading fluency, general vocabulary knowledge and metacognitive knowledge. Furthermore, it was examined whether this contribution differs for readers with different language backgrounds or readers who vary in reading fluency, general vocabulary knowledge or metacognitive knowledge levels. Multilevel regression analyses revealed that knowledge of connectives explained individual differences in eighth graders' text comprehension (n = 171) on top of the variance accounted for by the control variables. Moreover, the contribution of knowledge of connectives to text comprehension depended on a reader's level of metacognitive knowledge: more metacognitive knowledge resulted in a larger association between knowledge of connectives and text comprehension. Reading fluency, vocabulary knowledge and language background did not interact with knowledge of connectives. Findings are interpreted in the context of the strategic use of connectives during expository text reading.

What is already known about this topic?

• Connectives (words such as moreover, because and although) help the reader in establishing coherence between text parts.
• In primary school, for fifth graders, knowledge of connectives has been shown to be uniquely related to English text comprehension controlling for reading fluency and general vocabulary knowledge.
• For fifth graders, the relationship between knowledge of connectives and English text comprehension was higher for English‐only students than for their peers who learned English as a second language.

What this paper adds:

• The present study found that knowledge of connectives also has a unique relation with Dutch expository text comprehension for eighth graders above and beyond reading fluency, general vocabulary knowledge and metacognitive knowledge (about text structure and reading and writing strategies).
• The relationship between knowledge of connectives and text comprehension was not moderated by reading fluency, general vocabulary knowledge and language background (monolingual versus bilingual Dutch).
• Metacognitive knowledge did impact the relationship between knowledge of connectives and text comprehension: the higher the metacognitive knowledge, the higher the association between knowledge of connectives and text comprehension.

Implications for theory, policy or practice

• Secondary school readers are assumed to benefit from knowing connectives because these words are frequent in expository texts and signal relationships that students may often not infer without the help of these devices (i.e., with the use of background knowledge). This seems to apply in particular for expository texts that are intended to convey new information and relationships to students (see also Singer & O'Connell, 2003 ).
• We found a significant interaction between knowledge of connectives and metacognitive knowledge, which seems to indicate that knowing more connectives does not help much in improving expository text comprehension when metacognitive knowledge about text structure and reading strategies is low. This result suggests that it may be wise to couple instruction on the meaning of connectives with instruction about the structure of expository texts and ways to strategically deal with these texts.
• More specifically, besides instruction on the meaning of connectives, we advise teachers in secondary school to get students to understand the importance of connectives as markers of local and global coherence in texts, and to teach them how to strategically use connectives during reading.

     

Collaborative communication technologies and learning in college courses: which are used,for what purposes,and to what ends?

Web-based communication technologies that enable collaboration and sharing of information among users – such as podcasts, wikis, blogs, message boards, and others – are used commonly in contemporary organizations to increase and manage employee learning. In this investigation, we identify which of these collaborative communication technologies are used in relation to college courses, and with what frequency; we report student evaluations of their use and reasons why students indicate using them. Next, using Keller's ARCS theoretical framework, we examine the role of course-related communication technology use in four dimensions of course-specific motivation. Results indicate that in courses where students perceive that technology is used effectively, motivation to learn is higher than in courses where students perceive technology is used ineffectively – and that technology-related motivation is substantially related to course-specific learning outcomes. Importantly, students reported higher levels of cognitive learning for courses in which technology was perceived as being used effectively than for courses in which communication technology was perceived by students as ineffectively implemented.     

Ready to learn? Children's pre-academic achievement in pre-Kindergarten programs

We examined children's growth in school-related learning and social skills over the pre-Kindergarten (pre-K) year in state-funded programs designed to prepare children for kindergarten. We expected that children's gains in academic and social skills could be attributed to variations in the structural and classroom process dimensions of program quality. Nearly 3000 (n = 2800) children were randomly selected, four per classroom, from approximately 700 randomly selected, state-funded pre-Kindergarten classrooms in eleven states. Enrollment in pre-K appeared related to gains in academic skills. Children showed larger gains in academic outcomes when they experienced higher-quality instruction or closer teacher–child relationships. Gains were not related to characteristics of the child or program (i.e., ratio, teacher qualifications and program location and length). These findings have implications for a range of state and local policy and program development efforts as well as for theories of contextual influences on development.     

What is behind the decline in student achievement in Australia?

Australian school student achievement in reading and mathematical literacy has fallen in the Programme for International Student Assessment (PISA) collection since 2000. This study finds that these declines were widespread in the student population, affecting both males and females. However, the decline in reading literacy occurred throughout much of the achievement distribution, while the decline in mathematical literacy was more pronounced at the top of the distribution (there were fewer high performing students in 2009 compared with 2003). Declines in both literacy domains were apparent across the entire distribution of schools, however, the falls in school performance were more apparent in private schools than in the government-run school systems in Australia. The declines were not associated with many other characteristics of schools, including many factors that might have been thought to be associated with school performance.     

The case of high motivation and low achievement in science: what is the role of students’ epistemic beliefs?

The importance of motivation-related factors in shaping students’ academic achievement across a range of areas, including science, has been consistently acknowledged by the existing research literature. In an effort to improve students’ science achievement, many education systems put particular emphasis on the enhancement of intrinsic (i.e. enjoyment and interest) and instrumental motivation in the subject. However, based on the latest Programme for International Student Assessment (PISA) data, many of the countries that managed to increase their motivation indices between 2006 and 2015 did not necessarily note a rise in science performance, with many still performing below the Organisation for Economic Co-operation and Development (OECD) average. Interestingly, although students’ motivation increased in some of these countries (e.g. Luxembourg, Iceland and Greece), their average performance in science decreased. Using the PISA 2015 data for Greece, this study examined the case of high motivation and low achievement in science by incorporating epistemic beliefs in the discussion. The multilevel analysis confirmed the importance of 15-year-old students’ motivation for learning science in predicting their science achievement and highlighted the positive predictive power of their epistemic beliefs. Policy and practice recommendations are provided based on the study findings, stressing the key role of students’ epistemic beliefs.     

Does teaching style explain differences in learner achievement in low and high performing schools in Kenya?

Quality of instructional delivery is an important determinant of the extent to which the teaching process has an impact on learning achievement. The literature identifies many contributors of learning achievement including teacher, curricula, teaching, student, home and school environments. On an ‘education production function’ approach, achievement may be modelled as an outcome determined by school and classroom based inputs. The processes of achievement determination are typically assumed, in the absence of detailed information about actual classroom practices. In Kenya, primary schools continue to report differentials in performance on standardized tests even when policy implementers distribute teachers normally to these schools. Such differences in academic performance have been reported even among schools within the same neighbourhood. Schools from the same neighbourhood draw students with similar backgrounds and expose them to teachers who have gone through the same training. This paper hypothesizes that teaching style plays a key role in explaining the differences in academic performance among students between primary schools. Using data from 72 math lessons that were filmed in 72 primary schools in Kenya, the authors demonstrate the extent to which teaching practice explains differences in performance among students and schools. While controlling for individual and school based factors, the paper uses mixed methods to analyse the linkages between teaching practices and learning achievement. The main research finding and policy implication is that students learning achievement can be improved through quality teaching, even when other conditions such as class size are not conducive.     

Crosscutting concepts and achievement: Is a sense of size and scale related to achievement in science and mathematics?

This study examined the relationship between students' (N = 229) concepts of size and scale and students' achievement in science and mathematics over a 3-year period. Size and scale are considered one of the big ideas in science that permeates disparate science and mathematics content areas, yet little is known about the relationship between students' conceptualization of size and scale and students' achievement in science and mathematics. The study used a modified panel longitudinal design to follow the same class of students over a 3-year period. The goal was to explore whether understandings of size and scale are related to achievement in mathematics and science. Results indicated a strong positive significant relationship existed between students' understanding of size and scale and students' science achievement in grades 5 and 8. There was a positive significant relationship between students' concepts of size and scale and students' mathematics achievement in grades 5, 6, 7, and 8. An examination of the relationships is included as well as a discussion of the integration of crosscutting concepts into science and mathematics instruction as a way to support deep learning.     

Coping with mismatched courses: students’ behaviour and performance in courses mismatched to their learning styles

Although learning styles are considered as an important factor in education, students often have to learn in courses that do not support their learning styles. A challenge for technology facilitated learning is therefore to assist and help students to cope with courses that do not match their learning styles by training and developing their less preferred skills. In this paper, the interactions between students’ learning styles, their behaviour, and their performance in an online course that is mismatched regarding their learning styles were analysed. The results show which learners need more help in mastering mismatched courses, help in getting a better understanding about how students with good performance record and poor performance record learn with respect to their learning styles, and provide information about how to identify learners who might have difficulties in learning based on their behaviour.     

Is experience the best teacher? A multilevel analysis of teacher characteristics and student achievement in low performing schools

The study investigated several teacher characteristics, with a focus on two measures of teaching experience, and their association with second grade student achievement gains in low performing, high poverty schools in a Mid-Atlantic state. Value-added models using three-level hierarchical linear modeling were used to analyze the data from 1,544 students, 154 teachers, and 53 schools. Results indicated that traditional teacher qualification characteristics such as licensing status and educational attainment were not statistically significant in producing student achievement gains. Total years of teaching experience was also not a significant predictor but a more specific measure, years of teaching experience at a particular grade level, was significantly associated with increased student reading achievement. We caution researchers and policymakers when interpreting results from studies that have used only a general measure of teacher experience as effects are possibly underestimated. Policy implications are discussed.

Using time dynamically in static intervals: Does it close the achievement gap?

A mixed-methods study was undertaken with 118 biology students in two urban high schools. A Student-Centered Adaptable Learning Environment (SCALE) was created to improve engagement from affective and cognitive perspectives using choice, creativity and technological allowances. Results demonstrated that fast and slow learners are generally separated by about 30 min in terms of inputting speeds, but can be as much as 65 min apart from one another. Given that traditional classrooms afford students only 45 min in which to learn, static time could have become a source of inequity in public schools. SCALE optimally allowed for the dynamic use of time in constrained periods, therefore reducing and even eliminating any negative relationships between speed of learning and resultant achievement gains in the block setting. Especially benefitting from their ability to maneuver were the slowest learners, who showed the largest achievement improvements in either time interval amongst ability groupings. As learning speed can be the most critical contributing component of resultant educational outcomes, providing students the ability to use time dynamically should be considered as a feasible solution to helping teachers reestablish equity in mixed-ability classrooms in public schools.     

Raising awareness of uncertainty: A useful addendum to courses in the history and philosophy of science for science teachers?

A brief consideration of the need for courses in the history and philosophy of science (HPS) for science teachers is followed by the development of a suggested addendum. The rationale accepts the developmental argument that a conscious awareness of personal uncertainty of explanation provides the motor of change needed to involve science teachers in thinking critically about the nature of their subject. Following the technique pioneered in a different context by Acredolo and O'Connor (1991), the addendum is developed as a test procedure fostering the expression of uncertainties in relation to important questions about science. Using questions designed to serve our specific purposes, a form of the test is trialled on a small group of science teachers attending courses in a Graduate Certificate in Science Education, and the results used to stimulate and promote their discussion of some critical matters concerning the nature of science.     

Do socio-motivational relationships predict achievement motivation in adolescents with high and low school self-concepts?

Considering the essential role that socio-motivational relationships at school play with respect to achievement motivation, this study examined the differences between students with a low school self-concept and students with a high school self-concept in a large sample of 7th and 8th grade students (N= 1088; MAge= 13.7) in secondary schools in Brandenburg, Germany. Multi-group structural equation modelling was used to estimate the associations between the variables of socio-motivational support and achievement motivation. The results showed that students with a high school self-concept report higher levels of socio-motivational support than students with a low school self-concept, whereas a teacher plays a more important role in motivating low self-concept students. Furthermore, the results underline the importance of adjusting the teacher's support to the level of the student's school self-concept as one of the possible prevention and intervention strategies aimed at boosting adolescents' achievement motivation after the transition to secondary school.