Weaving new meanings: evaluating children's written responses to a story telling resource package

This paper documents an evaluation of children's written responses to a story telling package used in an intervention project set up by the National Association for the Teaching of English as part of the larger Inspire Rotherham literacy campaign. The brief was to provide a group of primary teachers with innovative and inspirational approaches to raise the aspiration of Key Stage 2 children (age range 7‐9) and to improve their skills in story writing. The schools, who were self‐ selecting, were given a DVD of a professional story teller narrating tales appropriate to the age group, used alongside drama and role play workshops which helped the teachers engage children in aspects of narrative. The children were asked to retell one of their own favourite stories in writing before hearing the DVD stories and then to repeat this activity at the end of the 6‐week project. They were asked to include both pictures and writing. Their texts were analysed to provide both quantitative and textual data. Children were shown to have adopted many features of the language of the oral narratives they had heard in the second task improving both the structure and imagery of the stories they produced.     

Teaching High School Physics With a Story-Line

High school physics curricula are designed to meet a number of goals, all of which compete for classroom and homework time. The process-oriented goals include the development of skills in problem solving, measurement, analyzing data, and research, particularly in this world of internet based, unfiltered information. Content goals, on the other hand, insist on mastery or, at least, exposure to kinematics, dynamics, geometrical and physical optics, fluid dynamics, electric and magnetic fields, circuits, electromagnetism, nuclear physics, relativity, and quantum mechanics. Infusing history and nature of science topics into this already packed agenda is a challenge for even the most gifted of teachers.     

The role of paraphrased adjunct questions in facilitating learning from prose

Twenty-six college student read a 5000-word prose passage and answered either verbatim or paraphrased inserted questions while reading about international communication. Students either were or were not permitted to review the text while answering the inserted questions. On a subsequent post-test containing new paraphrases of the adjunct questions, students who received paraphrased adjunct questions outperformed students who received verbatim adjunct questions. This result supported the contention that paraphrased adjunct questions could facilitate meaningful learning from prose.     

Teachers' Perceptions of Teaching Environmental Issues Within the Science Curriculum: A Hong Kong Perspective

The present study was an exploratory study of Hong Kong secondary school Integrated Science teachers' perceptions of environmental education. Both questionnaire survey and interviews were used. Teachers were classified according to their scores of attitudes, perceived barriers, and current emphasis on teaching environmental education. This study found that Integrated Science teachers' attitudes toward environmental education, skills of teaching environmental education, beliefs in the relevance of Integrated Science to environmental education, and intentions of teaching environmental education in Integrated Science classes were associated with their actual ways of teaching of environmental education. Teachers tended to teach more environmental education if they held more favorable attitudes toward environmental education, had more skills of teaching environmental education, believed more in the relevance of Integrated Science to environmental education, and would actually want to teach more environmental education in Integrated Science classes if there were fewer constraints. Moreover, variations in the teaching of environmental education were reflected by teachers' emphasis on teaching environmental education, and their use of a variety of teaching methods and their regular practices of extracurricular activities on environmental education.     

The Influence of Ernst Mach in the Teaching of Mechanics

We present Newton's main ideas for the formulation of classical mechanics as given in the Principia. Then we discuss Ernst Mach's criticisms of Newtonian mechanics as contained in his book The Science of Mechanics. We analyze the influence of Mach's ideas in the teaching of classical mechanics considering five representative textbooks: those of Kittel, Knight and Ruderman; Marion and Thornton; Symon; Feynman, Leighton and Sands; and Goldstein. We conclude that the influence of Mach's ideas has been very great, being incorporated in the textbooks, although not always with the deserved acknowledgment.     

Der Einfluss von aufmerksamkeitslenkenden Instruktionen auf das Erlernen einer Schlagbewegung im Golf

Among other things instructions serve the purpose of directing the recipient’s attentional focus. Several studies have demonstrated the advantage of an attentional focus away from one’s body (external) and towards the effect of the movement over an attentional focus on the movement itself (internal). In contrast, other studies have shown that the advantage of an external focus cannot be generalized. The present study utilized a golf putting task to investigate the effectiveness of an internal versus an external focus. Furthermore, the present study investigated whether participants complied with the instructions with the respective focus during the learning phase. Moreover, in addition to the performance on the putting task the movement execution was also examined. The results showed that the internal as well as the external group switched between the internal and external focus and additionally modified a neutral focus. There was no correlation between hitting performance and movement variability, but a correlation between the neutral focus and the movement variability was found. The results challenge empirical analysis and the results of research about attentional focus.     

Using computer simulations to enhance conceptual change: The roles of constructivist instruction and student epistemological beliefs

Learners enter the classroom with informal ideas (alternative conceptions) about scientific phenomena; these ideas affect how the corresponding scientific explanations are learned. In addition, studentsÕ epistemological beliefs concerning learning influence achievement. This study investigated the effects of a constructivist versus objectivist learning environment on college studentsÕ conceptual change, using a computer simulation of the human cardiovascular system as an instructional tool. This study also investigated the interaction between constructivist versus objectivist learning situations and the studentsÕ epistemological beliefs. The constructivist approach resulted in significantly greater conceptual change than the objectivist approach for 2 of 6 commonly held alternative conceptions; the other 4 of 6 areas showed no significant differences for treatment group. More important, however, the treatment interacted significantly with epistemological beliefs. Individuals with more advanced epistemological beliefs learned more with a constructivist treatment; individuals with less developmentally advanced beliefs learned more with an objectivist treatment. © 1998 John Wiley & Sons, Inc. J Res Sci Teach 35: 145–160, 1998.