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This study looked at fifth grade students' perceptions of the importance of twenty science, technology, and society issues and the relationships between these issues.

Agriculture is a one billion dollar industry in the state of California, yet science and agriculture are overlooked in elementary and middle schools. Instead, an emphasis is placed on writing, reading, and math, subjects that are tested at the state level. As a result, fourth and eighth graders in California placed 38th out of 41 in a National Science Assessment Test. In the spring of 2003, science will be included in the statewide test; therefore, elementary and middle school will have to address the subject of science and its impact on the school day. In 2002 the California State Board of Education approved a new California Science Framework, which suggests implementing an integrated approach to teaching science in the classroom.

This qualitative study was conducted in a large north Texas school district. The subjects were four elementary teachers who had previously attended a summer aerospace education workshop. The researcher observed in each classroom during science instruction and other areas where aerospace concepts might be taught to determine material usage, practices, and perceptions associated with teaching aerospace. The teachers' lesson planbooks, textbooks, and supplementary materials were also examined by the researcher. Interviews were conducted with each teacher's principal and the district science coordinator to determine their effects on the practices and perceptions of the subjects.

The goal of environmental education (EE) has always been to increase knowledge about the environment and to foster positive environmental attitudes. Increasingly, as the call for integrating EE programs into mainstream science curriculum intensifies, it is important to continue to evaluate the effectiveness of these programs not only through measures of change in knowledge and attitudes, but through the additional criteria of meeting the needs of different gender and ethnic groups. The purpose of this research was to identify whether a watershed education program was meeting the needs of diverse learners within the context of a year-long, integrated, sixth-grade science curriculum. This study specifically sought to answer the following questions: 1) Do differences exist between genders and ethnic groups in regards to change in environmental knowledge after participation in an environmental education program? and 2) Do differences exist between genders and ethnic groups in regards to changes in environmental attitudes after participation in an environmental education program? A mixed-methods approach consisting of a pre/post-test survey, interviews, and observational data was used to evaluate these questions. The quantitative results of the survey data suggests that, overall, students had statistically significant (p < 0.01) gains in environmental knowledge, but no change in attitude towards the environment after participation in the program. When subpopulations are broken down into gender and ethnic groups, however, there is statistically significant support for the idea that ethnic groups--and, to a lesser extent, gender groups--were affected differently by the program. One important finding was that Hispanic and Native American students had significantly less gain in knowledge than their White, Asian and African-American peers. Qualitative interviews and observations shed light on these findings and illustrate the experiences of students during the year-long program. Other findings, trends, observations, and opportunities for future research are also discussed.

This project was designed to help instructors at Camp Highland Outdoor Science School in Cherry Valley, California. The camp is drsinged for fifth and sixth grade students. The manual would be a useful tool for instructors to reference information to assist in lession planning and activities. It would familiarize them with the local natual history in the area including geology, climate, plants and Native Americans.

The aim of this investigation was to determine whether there is a significant difference in the academic achievement of sixth grade Science students when teaching styles are matched to their learning styles. The research problem is encompassed in the following question: "Is there a relationship between matching teaching and learning styles and the academic success in Science?" A quantitative approach was undertaken, specifically, the pretest-posttest control group experimental design. The population comprised of sixth grade students selected according to a non-probability sampling method of convenience. The sample comprised of two class units randomly selected. The dependent sample t-test inferential statistic was used to analyze the data collected. The results indicated a statistically significant difference between the pretest and posttest scores of the experimental group. The conclusion reached is that matching teaching styles to learning styles improves the academic success of sixth grade learners in Science. / Educational Studies / M.Ed. (Educational Psychology)

Many teachers lack the confidence and knowledge to transition their classroom science lessons to an outdoor setting. Very few teacher professional development (PD) programs focus on improving teachers' self-efficacy and pedagogical content knowledge (PCK) that is needed to enhance their science curriculum with outdoor lessons. This study examined an exception: The Connect2Science workshops, which provided elementary teachers the opportunity to experience nature-based science lessons. My research question for this study is: In what ways does a professional development workshop focused around the Next Generation Science Standards influence teachers': a) self-efficacy in teaching science outdoors and b) science pedagogical content knowledge? Data was collected using a retrospective pre and post survey, a reflection piece on participants’ pedagogical content knowledge and semi-structured interviews. The results showed that participants’ self-efficacy was positively affected by the Connect2Science workshops. As for pedagogical content knowledge, the results give a small insight into how participants viewed and thought about student misconceptions and how the instructional strategies presented in the workshops equipped them to better address science content in an outdoor setting.

The main aim of this study is to determine what factors limit Natural Science, Grade 7 teachers from engaging learners in practical work or performing experiments. This study is conducted in the Ogongo circuit of the Omusati Region. A qualitative case study approach was adopted for the study. The sample includes two (2) Grade 7 Natural Science teachers and six (6) Grade 7 Natural Science learners. Semi-structured interviews and observations were used to collect data. Data from interviews and observations were analyzed using thematic analysis. All interview and observation transcriptions were categorized into codes, categories, and themes. Themes and subthemes were grouped into tables and linked to literature to strengthen the findings of this study. The main themes were lack of pedagogical know-how, time, laboratory materials, and training to update and practice appropriate teaching strategies/approaches. The results of the study recommend training to prepare teachers on the use of appropriate teaching to improve the teaching and learning of Natural Science. The study recommends that Natural Science teachers should share knowledge and facts concerning Natural Science to understand teaching and learning concepts better. The learners are afforded enough opportunities to judge, analyze, and draw conclusions from the supplied content based on their level of understanding of tasks. The study exposed factors limiting teachers practice and informs stakeholders on ways to improve Grade 7 science teaching and learning to overcome the challenges of the field. / Science and Technology Education / M. Ed. (Natural Science Education)