Contrasting the Effectiveness of Fluency Interventions for Students with or At Risk for Learning Disabilities: A Multilevel Random Coefficient Modeling Meta‐Analysis     

Paul L. Morgan  Georgios D. Sideridis 《Learning disabilities research & practice》2006,21(4):191-210

This study had two purposes. First, we sought to compare the overall effectiveness of different types of fluency interventions for students with learning disabilities (LD). Second, we attempted to identify how individual‐ and class‐level characteristics moderated each intervention's effectiveness. We used multilevel random coefficient modeling to analyze results from 30 single‐subject studies involving 107 students with or at risk for LD. Doing so allowed us to assess the intervention's impact in terms of both intercept‐ (i.e., mean difference between study phases) and slope‐level (i.e., rate of growth) changes. Results indicated that two motivation‐focused interventions were significantly more effective than other types of interventions across gender, age, and placement. The least effective intervention was word recognition training; this finding was consistent across all levels of analyzed variables.  相似文献   

A Comparative Demographic Study of Student Teachers from the North and South of Ireland     

Seamus Dunn  Valerie Morgan 《比较教育学》1979,15(2):143-157

90.4% of the 1977 entrants to concurrent general Teacher Education courses in Ireland North and South responded to a demographic questionnaire. The results are analysed and the two regions contrasted with respect to personal, professional and geographical variables. These indicate that some interesting differences exist but that there are many overall similarities.  相似文献   

Indexes used in testing the validity of learning hierarchies     

Richard T. White 《科学教学研究杂志》1974,11(1):61-66

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THROUGH A GLASS DARKLY: ETV IN AN AUSTRALIAN COLLEGE     

Frank Morgan 《Learning, Media and Technology》1977,3(1):15-19

This paper is a case‐study of the development of educational television in a college of advanced education in Australia. It describes the key decisions in that development, and explores the significant variables which affected them, including both pragmatic factors, such as the availability of equipment and finance, and the skills and preferences of the people involved, and theoretical factors, such as the way in which certain attributes of the media interact with the individual differences of learners to effect particular types of learning

Implicit in the discussion is a number of philosophical questions, to do with the relationship between science and technology, with the notion of science and research, and with the nature and power of the human mind  相似文献   

Licensing: Time to change the rules on regulations     

Gwen Morgan 《Early Childhood Education Journal》1974,2(1):15-20

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Borderline Cases: The Private-Eye Novels of Howard Engel     

Robert White 《Journal of American culture (Malden, Mass. : 2003)》1986,9(1):37-43

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The effects of laboratory-oriented experiences in SCIS on the stability of cognitive style of teachers     

Rhodell G. Pringle  Ashley G. Morgan 《科学教学研究杂志》1978,15(1):47-51

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Work-place Democracy and Political Education_[1]     

Pat White 《Journal of Philosophy of Education》1979,13(1):5-20

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替代性世界：学习环境新方向     

Bebo White  庄秀丽  康文霞 《现代远程教育研究》2010,(5):50-54

教育领域一直以评价和采用交互创新技术为先驱,这些交互创新技术为教育技术专家探索计算机辅助的教学提供了实践的土壤＂。替代性世界＂（Alternative worlds）是完全实时的、高保真的、用户高度介入的学习环境。其特点是具有丰富的环境、丰富的接口、操作驱动和有效应用于教与学＂。替代性世界＂在混合式学习中可以冲破传统教育屏障,拓展教师和学习者角色,为学习者提供时间和空间的便利,实现终身学习＂。替代性世界＂学习环境是一个新的研究领域,它为专注于人机交互、社会网络和虚拟现实的教育技术专家开拓了新方向和新空间。  相似文献   

A simple and effective protein folding activity suitable for large lectures     

White B 《CBE life sciences education》2006,5(3):264-269

This article describes a simple and inexpensive hands-on simulation of protein folding suitable for use in large lecture classes. This activity uses a minimum of parts, tools, and skill to simulate some of the fundamental principles of protein folding. The major concepts targeted are that proteins begin as linear polypeptides and fold to three-dimensional structures, noncovalent interactions drive this folding process, and the final folded shape of a protein depends on its amino acid sequence. At the start of the activity, students are given pieces of insulated wire from which they each construct and fold their own polypeptide. This activity was evaluated in three ways. A random sample of student-generated polypeptides collected after the activity shows that most students were able to create an appropriate structure. After this activity, students (n = 154) completed an open-ended survey. Their responses showed that more than three-quarters of the students learned one or more of the core concepts being demonstrated. Finally, a follow-up survey was conducted seven weeks after the activity; responses to this survey (n = 63) showed that a similar fraction of students still retained these key concepts. This activity should be useful in large introductory-level college biology or biochemistry lectures.  相似文献