Reports on a study of the influence of different approaches to teaching units from the Jordanian science curriculum on over 600 students from grades 6, 9, and 10. Trains a small sample of male and female teachers in the use of cooperative learning and lecture-demonstration approaches to teaching. (Contains 17 references.) (Author/YDS)

Students in a grade 2-3, two-way bilingual classroom increased their understanding of scientific practice through a model-based methodology for science instruction. Students collaborated with peers and teachers to create computer models, construct physical models, and talk about their models in the classroom. Aspects of second language usage in…

Introduces internet resources that are available for instructional use in biology classrooms. Provides information on video-based technologies to create and capture video sequences, interactive web sites that allow interaction with biology simulations, online texts, and interactive videos that display animated video sequences. (YDS)

Studies the effectiveness of biology teachers in the southwest Missouri area. Introduces the Biology Laboratory Internship Program which provides preparation and teaching experience to preservice teachers. (YDS)

Examines the views of approximately 60 secondary science teachers and university scientists from three different research projects for insight into issues of gender and ethnicity in science education. Explores the participants' professional and personal identities from the perspectives of nature of science and beliefs related to students'…

Examined preservice teachers' field experiences in terms of discursive practices and co-participation among student teachers, highlighting how and why prospective and classroom elementary science teachers appropriated their thoughts and actions during co-learning situations. Results highlighted the need to examine more closely assumptions…

Describes research within physical science courses for preservice elementary teachers, where groups of students had access to computers, examining how computers were used as representational tools to support meaning-making conversations within groups. Notes how special computer simulators facilitated student groups' construction of robust…

Discusses the impact of computer technology on education, highlighting concept maps, electronic learning logs, and computer simulations, which provide students deeper understanding of chemistry and research methods while doing real science and help teachers conduct ongoing formative assessment of class progress. Computer simulations help teachers…

Describes the genesis of a workshop for elementary and middle school teachers that would start with literature and then branch out to the sciences and mathematics, focusing on the topic "flight," and taking as its starting point the Greek myth of Daedalus and Icarus. Includes the first two class activities of the workshop. (SR)

Explores the sociocultural dynamics within an urban fifth-grade science classroom, highlighting attempts to emulate the ideals of the collective culture of science within the classroom and how students reframed those practices. Discusses the importance of thinking about students' approach to and deviations from scientific practice norms in terms…

Discusses motivation systems theory and the complexity of motivation. Recommends that teachers reframe traditional dual dichotomies concerning intrinsic versus extrinsic orientations in motivation, intellectual challenge versus self-esteem development, or personal growth versus shared standards by blending the best assets from both to create…

Describes a whole-class strategy called Imagine, Elaborate, Predict, and Confirm designed to improve reading comprehension and writing among middle school students. Reviews research and describes modeling, prereading, reading, post reading, and follow-up stages for classroom procedures. Includes sample lessons for science, literature, and social…

Tests a multifaceted curriculum for use in introductory earth science classes from the secondary school to the introductory undergraduate level. Simulates the greenhouse effect with two fish tanks, heat lamps, and thermometers. Uses a hands-on science approach to develop a deeper understanding of the climate system among students. (Contains 28…

Tells a story of children with learning problems responding to scientific inquiry while practicing their literacy learning in ways their teachers never anticipated. Notes the students exhibited greater focus, more positive interactions, and a sustained interest. Suggests that the children not only learned scientific concepts, but also had many…

Surveys of student studying an introductory science course at a distance indicated that they had very favorable attitudes to CD-ROM multimedia activities that are an integral part of the course teaching package. Research reported here focused on how students actually studied as they worked through the activities. Suggestions are made for future…