The Relation Between Executive Functions,Fine Motor Skills,and Basic Numerical Skills and Their Relevance for Later Mathematics Achievement

Research Findings: This study examined the interrelations between fine motor skills, executive functions, and basic numerical skills in kindergarten as well as their predictive value for mathematics achievement in 2nd grade in a sample of 136 children. Structural equation modeling techniques were used to uncover the unique predictive value and mediation of 4 predictors. The results indicated that each of these factors made a unique contribution to the prediction of later mathematics achievement; when estimated simultaneously, basic numerical skills were the strongest predictor, which suggests that domain-specific factors have a greater impact on mathematics achievement than domain-general factors. A strong direct and indirect predictor was updating. Nevertheless, indirect effects of fine motor skills and an inhibition/switching factor indicated that domain-general skills have a direct impact on early domain-specific precursors and through them an indirect effect on mathematics achievement. Practice or Policy: These findings suggest that the relationship between motor skills, executive functions, and mathematical skills is more complex in its nature. Therefore, to achieve the best outcome, all skills should be promoted if a child has difficulties with mathematics.     

The impact of network embeddedness on research output

This paper aims to further our understanding of how embeddedness affects the research output and impact of scientists. The analysis uses an extensive panel data that allows an analysis of within person variation over time. It explores the simultaneous effects of different dimensions of network embeddedness over time at individual level. These include the establishment of direct ties, the strengths of these ties, as well as the density, structural holes, centrality, and cross-disciplinary links. Results suggest that the network dynamics behind the generation of quality output contrasts dramatically with that of quantity. We find that the relational dimension of scientists matters for quality, but not for output, while cognitive dimensions have the opposite effect, helping output, while being indifferent toward impact. The structural dimension of the network is the only area where there is some degree of convergence between output quantity and quality; here, we find a prevalence for the role of brokerage over cohesion. It concludes by discussing implications for both network research and science policy.     

Education for Digitization: How Do We Prepare?

This paper examines the characteristics and variety of digitization training initiatives in North America and to a lesser extent, Europe, and the growing development of credit-bearing courses and programs within higher education relating to digitization, with a specific focus on librarianship. Information was collected in response to an inquiry posted in late July 2004 on the ARLIS, JESSE, and DIGLIB listservs, supplemented by ongoing perusal of these sources, Web searches, and suggestions from colleagues. It also briefly discusses the benefits and challenges associated with the development of digitized library resources, and the need for greater attention to professional development for those working in digitization.     

Interactive Processes Between University Students: Structures of Interactions and Related Cognitive Development

Interactions between peers as well as between students and teachers play an important role in social learning. Although much research investigates the structure of (peer) discourse and its relation to learning outcomes, only a few studies try to describe in detail how individuals create meaning for content developed within the dialogues. Thus, it often remains unclear which contents and structures of the discourse contributed to the development of individual knowledge and which did not. This paper describes a study that investigated in great detail peer discourse and its relation to the cognitive development of every participating learner. In total, 27 university students were followed with video while working in pairs during physics laboratory exercises on electrodynamics. Students' cognitive processes developed during their interactions were reconstructed from the video by a small step analysis and students' meaning-making of other participants' contributions was investigated. Results show that students only interact about topics they already know whereas they develop new meaning outside of interactive processes.     

Creating New Identities in Design Education

An international education opportunity has been created for design students at West Virginia University. This experience is unique because it takes an interdisciplinary approach to design that exposes students to the idea of a larger design methodology common to design professions. Students take core courses with students from a variety of design fields, including interior design, fashion design, fashion merchandising, landscape architecture, art, and graphic design. Through this interaction, students gain an understanding of the interrelationships among design fields, learn to appreciate new perspectives, and begin to appreciate the place of their field as part of the design community as a whole.     

Lesson study in teacher development: A paradigm shift from a culture of receiving to a culture of acting and reflecting

This article describes how lesson study creates a process of teacher learning whilst developing student learning through collaborative planning, guided observation and reflection. It presents a framework for conducting lesson study in a teacher development programme in Lower Austria. The role of knowledgeable others in the development of ownership for educational change towards competence‐oriented teaching and learning is explored and an overview of the organisational requirements and practical effects in the implementation of professional learning communities is given. In doing so, the article sheds light on training strategies and material development. Thus, insights on a paradigm shift in teacher development towards learning focused on discourse and reflected action are presented.     

Justice judgments concerning grading in school

This article investigates justice judgments concerning grading. In two studies with secondary students (N₁ = 350 academic-track students; N₂ = 225 intermediate [n = 81] and academic-track students [n = 144]) attending the 7th to the 12th grade level, participants were presented with vignettes describing three different grading systems: criterion-referenced grading, norm-referenced grading, and individual-referenced grading. The subjects graded and other situational characteristics were varied. In both studies, factor analyses consistently revealed that students’ justice judgments were contingent on the comparison standard applied, but independent of other situational characteristics. Criterion-referenced grading was rated as the most just practice, individual-referenced grading as almost just, and norm-referenced grading as almost unjust. The better the grades received the more the students evaluated criterion-referenced grading to be just. Students attending intermediate-track schools did not object to norm-referenced grading as strongly as their peers at academic-track schools did. Consequences for teachers’ grading practices are discussed.     

Guidance in inquiry-based instruction – an attempt to disentangle a manifold construct

Inquiry-based instruction is an important teaching strategy in science education that can be implemented to achieve different learning goals (e.g. the learning of science content or of inquiry skills and strategies). Inquiry-based instruction is often combined with guidance attempting to assist students to effectively engage in inquiry activities and, through this engagement, reach the intended goals. In recent research, the type and amount of guidance needed to foster student’s learninghas received considerable attention. One challenge in interpreting the results of this line of research is the manifold meanings of the term ‘guidance’ and its implementation in inquiry-based instruction. Moreover, the effectiveness of a particular type and amount of guidance may also depend on the learning goal that is to be achieved. In this paper, we draw on existing research and theoretical considerations in attempting to disentangle three major dimensions in which the implementation of guidance may vary: (a) the degree of autonomy, (b) the degree of conceptual information, and (c) the cognitive domain of guidance. We discuss how these dimensions can be used to capture and systemise fidings of existing studies as well as to infer desiderata for further research on the role of guidance in inquiry-based instruction.     

Wege in die Wissenschaft

Zusammenfassung Dieser Artikel besch?ftigt sich mit einem Themengebiet, das in der erziehungswissenschaftlichen Wissenschafts-, Hochschul-und Berufsforschung bislang kaum analysiert worden ist. Unter Bezug auf die Ergebnisse einer schriftlichen Befragung von rund 3.800 Absolventen erziehungswissenschaftlicher Hauptfachstudieng?nge (Diplom, Magister) in ganz Deutschland wird die Frage untersucht, wie gro? die Gruppe der Studierenden aus diesen Studieng?ngen ist, die sich einige Jahre nach dem Studienabschluss im Arbeitsfeld Hochschule und Forschung beruflich platzieren kann bzw. promoviert, durch welche Merkmale diese Gruppe gekennzeichnet ist und welche Bedingungsfaktoren den Weg in die Wissenschaft beeinflussen. Nach einem überblick über den bisherigen Stand der Forschung und der Darstellung zentraler Resultate des Diplom-und Magister-Surveys zum Weg in die Wissenschaft werden abschlie?end einige Konsequenzen diskutiert, die sich aus den Befunden für eine Reform der bisherigen Hauptfachstudieng?nge bzw. für die zukünftige Gestaltung neuer Studieng?nge mit Blick auf eine Verbesserung der Nachwuchsf?rderung für das Fach Erziehungswissenschaft ergeben.

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Summary Paths into Science: The Results of a National Survey of Graduates from Diplom and Magister Programs in Educational Science This article examines a topic which has hardly been dealt with in the field of Educational Science. A survey of around 3,800 graduates of Educational Science in both Diplom and Magister programs in Germany asked what proportion of graduates went on to work or commence a Ph.D. in higher education. It also investigated the characteristics of such graduates and the conditions which determined their path into science. Following an overview of preceding research in this area and a presentation of the central results of the survey, the consequences of the findings for a reform of courses and an improvement in the training of academics in the field of Educational Science will be discussed.