Investigates students' scientific views of evolution for both science majors and non-science majors by considering their background, including gender, age, major, academic standing, and hometown. (YDS)

Discusses issues regarding evolution instruction in public schools and focuses on misconceptions such as the use of the word "belief", lack of evidence for theories of evolution, and the belief that teaching evolution as fact is proselytizing students. Presents teaching approaches to the topic of evolution. (Contains 33 references.) (YDS)

Explains the relationship between state standards on teaching evolution and teachers' attitudes toward evolution-related instruction. (Contains 42 references.) (Author/YDS)

Explains the term "evolution" by considering its history, Darwin's views on evolution, and evolution after the discovery of the gene. Discusses issues in evolution. (Contains 17 references.) (YDS)

Reports the results of research that explores how scientific literacy sustains belief in pseudoscientific claims. The population of college biology students who were non-biology majors completed questionnaires which were assessed and used to plan instruction. (DDR)

Cites five misconceptions related to the concept of belief which affect if and how evolution is taught. Suggests that the words 'believe' and 'accept' are used interchangeably by scientists. Discusses each of the misconceptions in detail. (Contains 33 references.) (DDR)

Describes in detail the progress of two science induction teachers in conceptual change teaching and investigates secondary induction science teachers' conceptions of teaching science by analyzing their conceptual ecologies. (Contains 18 references.) (Author/YDS)

Analyzes three different types of science teacher education systems: (1) Focusing Undergraduate Certification of Education (FUCE); (2) Open Undergraduate Certification of Education (OUCE); and (3) Post Graduate Certification of Education (PGCE). Discusses science teacher education systems and their outcomes such as the quality of the science…

Addresses the development of new curricula for science education reform in the hopes of facilitating further development of guideline-based curricula. Examines Korean and U.S. thematic-based and project centers programs. (Contains 39 references.) (Author/YDS)

Reviews the history of Korean science curriculum reforms and examines problems the Korean science curriculum has. Suggests some improvements for the curriculum and considers new directions for the future. (Author/YDS)

Describes the different social and cultural structures in East Asian countries compared to western countries. Discusses the ineffectiveness of imported educational theories in local practice. Compares the content of physics at the secondary school level in Korea, China, Japan, and Taiwan. (Author/YDS)

Describes China's school science curriculum in the context of on-going reform. Focuses on changes and their background. Discusses implications for the practice of science teaching. (Author/YDS)

Examines the influence of project activities based on multiple intelligences on the science achievement of elementary school children. Explains the proportions of variance of science achievement by General Intelligence (GI), analyzes Multiple Intelligences (MI), and investigates the influence of project activities that used various aspects of MI.…

Explains the effects of globalization on education and unsuccessful attempts to develop a curriculum representing the desired ideas of integrated science. Describes how to develop and implement an integrated science curriculum and discusses the structure of a system with supportive instruction and pedagogy. (Contains 74 references.) (Author/YDS)

Investigates verbal behaviors and the relationships with the improvement of learning strategies, motivations, and attitudes in a 7th grade cooperative science classroom setting. Studies students' perceptions of cooperative learning by achievement level. Reports that verbal behaviors in cooperative learning were positively related to the…