Japan has no formal educational system for gifted children. However, in 2005, Japan's Cabinet approved and established the third Science and Technology Basic Plan (2006-10), which includes "nurturing the individuality and ability of gifted ("sainou" in Japanese) children." Enforcement of this plan is exemplified in programs…

Scientists in Schools (SiS) is an initiative of the Australian Government Department of Education, Employment and Workplace Relations that aims to establish and maintain sustained and ongoing partnerships between scientists and school communities as a means of developing more scientifically literate citizens. This paper describes and analyses an…

Successful Linked Learning pathways depend on curricula and instruction that challenge students to reach high academic standards through relevant and engaging content. These pathways offer an "integrated curriculum" that connects challenging, college-preparatory material to career-based technical concepts and applications. Teachers in…

This book is intended to inform its readers of the conditions that might warrent special attention within the next five years involving current and emerging problems of significance that are identified through scientific research, or in which scientific or technical considerations are of major significance; and opportunities for and constraints on…

Presents the scientific views of Representative James W. Symington, Chairman of the House Subcommittee on Science, Research, and Technology. Includes discussion of (1) federal role in support of science and technology; (2) allocations for research and development; (3) support of basic research; and (4) public attitudes. (SL)

In this UNITAR News issue are surveyed some of the elements of technological change and their effect on development. The key issues are presented in digest form to stimulate questions, disseminate ideas, and present a range of opinions. Included in this issue is a chart showing the various bodies, committees, and commissions comprising the United…

Contained are articles on three main aspects of science and technology. Part I contains articles related to the "Socio-Economic Impact of Science and Technology." The articles in Part II are grouped under a broad title, "The Structure, Function and Responsibilities of the Executive and Legislative Bodies in the Development of Science Policy." This…

Reports the results of a survey of public attitudes toward science and technology conducted by the Opinion Research Corporation of Princeton for the National Science Board of the National Science Foundation. The survey indicated strong public approval about past achievements in these disciplines and even stronger confidence for the future. (JR)

The Institute in Physical Science was developed to address the need for updated information and training in physics, chemistry, and technology among teachers of physical science. Five major objectives addressed were to: (1) improve physical science teachers' understanding of fundamental concepts in physics and chemistry; (2) provide physical…

The purpose of this study was to describe what federally funded teacher enhancement looks like at its best and to determine whether best practice can be recognized as such by professionals in the field. Narrative descriptions of programs were analyzed for strength of evidence supporting key elements of best practice. Other data collection methods…

Science education reform is an ongoing, forever changing process. The purpose of this booklet is to provide a brief overview of the players in science education reform, the similarities in their underlying beliefs, and the essential changes that need to be made in science education to ensure maximum use of resources that promote effective learning…

Reports on the following topics: (1) a national science and technology plan for China, (2) operable nuclear power plants in the U.S., (3) the university presidents' report on scientific research, (4) the pluperfect square, (5) test tube potatoes, and (6) Russian research of paranormal phenomena a century ago. (MA)

Suggests that the new context for school science focuses on the real world, real people, and real issues. Areas considered include current problems in science education, the need for a new context, recommendations for a K-12 science curriculum, the science/technology/society (STS) movement, and STS curricula and programs. (JN)

The Summer Institute in Science was developed to address the need for updated information and training in physics, chemistry, and technology among elementary and secondary teachers. Three major objectives addressed were to: (1) improve teachers' understanding of basic concepts in the subject field; (2) provide teachers with training in the use of…

Asserts that technology has a place in the schools through three spheres: craft and design workshops, hobbies and technology centers, and normal science periods. The teacher need not radically change the content of current science courses, but rather teach the existing material in a technological way, by showing applications, and teaching…