首页 | 本学科首页   官方微博 | 高级检索  
文章检索
  按 检索   检索词:      
出版年份:   被引次数:   他引次数: 提示:输入*表示无穷大
  收费全文   345篇
  免费   5篇
教育   292篇
科学研究   3篇
各国文化   2篇
体育   8篇
信息传播   45篇
  2023年   2篇
  2022年   5篇
  2021年   4篇
  2020年   8篇
  2019年   10篇
  2018年   12篇
  2017年   23篇
  2016年   14篇
  2015年   9篇
  2014年   10篇
  2013年   83篇
  2012年   8篇
  2011年   14篇
  2010年   8篇
  2009年   10篇
  2008年   9篇
  2007年   13篇
  2006年   8篇
  2005年   5篇
  2004年   6篇
  2003年   3篇
  2002年   9篇
  2001年   6篇
  2000年   7篇
  1999年   8篇
  1998年   1篇
  1997年   7篇
  1996年   3篇
  1995年   3篇
  1994年   4篇
  1993年   1篇
  1992年   5篇
  1991年   4篇
  1990年   5篇
  1989年   5篇
  1988年   1篇
  1987年   2篇
  1986年   2篇
  1985年   2篇
  1984年   1篇
  1983年   1篇
  1980年   2篇
  1978年   1篇
  1976年   2篇
  1974年   1篇
  1972年   1篇
  1970年   1篇
  1969年   1篇
排序方式: 共有350条查询结果,搜索用时 62 毫秒
311.
Current reform efforts in science education in the United States call for students to learn science through the integration of science and engineering practices. Studies have examined the effect of engineering design on students’ understanding of engineering, technology, and science concepts. However, the majority of studies emphasize the accuracy of students’ scientific thinking instead of what students’ conceptions are. The aim of this study was to examine elementary school students’ conceptions of sun-Earth relationships as a result of engaging in an engineering design-based science task. Two independent fifth grade classrooms were identified. Each classroom teacher had 2 groups of students: 1 group engaged in traditional science lessons (control) and 1 group engaged in engineering design-based science lessons (treatment). Data were collected via multiple choice knowledge assessments, a draw-and-explain item, and semi-structured interviews designed to elicit students’ working mental models of the relationship between the sun and Earth. Results indicated a range of five different mental models expressed by students in both the control and treatment groups. These findings suggest that students still harbor alternate conceptions and possibly conflicting ideas regarding various sun-Earth relationships. If teachers are expected to implement science and engineering practices, attention must be given to not only what students’ misconceptions are but, more importantly, how best to implement design-based science lessons that facilitate students’ application and understanding of related science concepts.  相似文献   
312.
A small-scale, longitudinal, phonological awareness training study with inner-city kindergarten children was conducted in four classrooms. The central goals of the study were the creation and evaluation of a phonological awareness training program and a preliminary look at the consequence of that training on basic phonological processes. Assessment of phonological awareness and basic phonological processes was carried out in the fall of the kindergarten year, and again in the spring following an 18 week training program which incorporated both auditory and articulatory techniques for fostering metaphonological development. Follow-up evaluation of promotion to first grade and of reading achievement took place a year later. The children in the two experimental classes receiving training had significantly greater gains in phonological awareness at the end of kindergarten, were significantly more likely to be promoted to first grade rather than to pre-one, and had a trend toward better reading skills in first grade than did the smaller group of children promoted to first grade from the control classes. In addition, there were some indications that development of phonological awareness was accompanied by changes in the underlying phonological system as well. Here we focus on the rationale and implementation of our training program and discuss the implications of the findings for a potential large-scale study.  相似文献   
313.
Mother- and father-reported reactions to children's negative emotions were examined as correlates of emotional understanding (Study 1, N = 55, 5- to 6-year-olds) and friendship quality (Study 2, N = 49, 3- to 5-year-olds). Mothers' and fathers' supportive reactions together contributed to greater child-friend coordinated play during a sharing task. Further, when one parent reported low support, greater support by the other parent was related to better understanding of emotions and less intense conflict with friends (for boys only). When one parent reported high support, however, greater support by the other parent was associated with less optimal functioning on these outcomes. Results partially support the notion that children benefit when parents differ in their reactions to children's emotions.  相似文献   
314.
Head Start enhances school readiness during preschool, but effects diminish after children transition into kindergarten. Designed to promote sustained gains, the Research‐based Developmentally Informed (REDI) Parent program (REDI‐P) provided home visits before and after the kindergarten transition, giving parents evidence‐based learning games, interactive stories, and guided pretend play to use with their children. To evaluate impact, two hundred 4‐year‐old children in Head Start REDI classrooms were randomly assigned to REDI‐P or a comparison condition (mail‐home math games). Beyond the effects of the classroom program, REDI‐P promoted significant improvements in child literacy skills, academic performance, self‐directed learning, and social competence, demonstrating the utility of the approach in promoting gains in cognitive and social‐emotional skills evident after the transition into kindergarten.  相似文献   
315.
316.
317.
For centuries, the Jewish school had as its prime purpose the development of Talmudic scholars. Beginning at an early age, the child was introduced to the intricacies of this discipline without giving thought to specific goals to be attained, or how this was to be achieved. One learned, and that was all he had to know.  相似文献   
318.
319.
It is possible that many benefits may be found for all concerned in education and child development in understanding how knowledge of the brain and its development can inform early years practice. This article, written by Brenda Peters and Chris Forlin, both from the Hong Kong Institute of Education, reviews literature based on neuroscience to establish potential links with teaching and learning, in an attempt to identify the most appropriate pedagogical support for children with autistic spectrum disorder (ASD). Two key themes have emerged: firstly, neuroscience and education and translation between these disciplines, and secondly, the relevance of these developments for specific groups of learners. This article focuses on early educational intervention and how emerging evidence from neuroscience and collaboration with educators may support future developments for practice for these young learners with ASD.  相似文献   
320.
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号