Women remain underrepresented in science professions. Studies have shown that students are more likely to select careers when they can identify a role model in that career path. Further research has shown that the success of this strategy is enhanced by the use of gender-matched Buck, clark, yu, role models. While prior work provides insights into the value of using role models, it does not explain the cognitive process involved in girls identifying role models from nontraditional careers for women. This feminist study addresses this gap by examining the cognitive process eighth-grade girls use in identifying a person as a science role model and comparing it to the process used by women scientists seeking to serve as possible science role models. Data revealed that the girls' process in identifying a role model involved personal connections and their initial image of a scientist led them to believe they could not have such a connection with a scientist. The initial views expressed by the women suggested they felt pressure to portray "perfect" scientists in order to be a role model. A common understanding of a science role model was realized only after changes occurred in the girls' image of scientists and the scientists' image of a role model. The catalysts for these changes were the relationships that developed between girls and women scientists.

The purpose of this study was to examine the extent to which three teachers' professional experience and existing orientations toward teaching and learning mathematics and science influenced their implementation of a project-based curriculum (i.e. project-based learning (PBL)). Data sources included interviews, videotapes of classroom activity, and a teaching philosophy questionnaire. Data analysis was conducted using an iterative coding technique. We found coherency between the teachers' perceived orientations and their emergent ideas about PBL, their sense of PBL as being compatible with their goals, and the specific challenges with which they struggled. All the teachers wanted their students to be successful; however, different definitions of success led to quite different approaches toward teaching, and for the most part, these differences appeared to have occurred because of existing orientations the teachers held for teaching their discipline. Implications for professional development taking into account teachers' orientations and thus their professional experience are discussed, as well as disciplinary challenges to using PBL.

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The purpose of this pragmatic action research study was to explore our re-conceptualization efforts in preparing pre-service teachers to guide the inquiry process with formative assessment and subsequently use the understandings to improve our teacher preparation program. The process was guided by two questions: to what extent did course re-conceptualization efforts lead to a more informed understanding of formative assessment by pre-service teachers and did strategies enacted in the re-conceptualized methods course foster or hinder pre-service teachers' understanding of formative assessment? Data from this study support the following findings: (1) a substantial pre-to postmethods course difference was realized in the pre-service teachers' understanding of formative assessment; (2) explicit and contextualized approaches to formative assessment in the methods course led to increased understandings by preservice teachers; (3) an implicit approach led to improvements in course structure but did not foster pre-service teachers' understanding of the reflexive nature of formative assessment; and (4) a field-based case study on elementary science teaching both hindered and fostered our efforts with formative assessment. This study yields implications for pre-service teacher education on formative assessment. To foster pre-service teachers' knowledge and skills, we suggest explicit instruction on formative assessment combined with case studies, field experiences, and ongoing reflection. ß

The purpose of this study was to increase the science education community’s understanding of the experiences and needs of girls who cross the traditional categorical boundaries of gender, race and socioeconomic status in a manner that has left their needs and experience largely invisible. A first of several in a series, this study sought to explore how African American girls from low SES communities position themselves in science learning. We followed a mixed-methods sequential explanatory strategy, in which two data collection phases, qualitative following the quantitative, were employed to investigate 89 African-American girls’ personal orientations towards science learning. By using quantitative data from the Modified Attitudes toward Science Inventory to organize students into attitude profiles and then sequentially integrating the profile scores with year-long interview data, we found that the girls’ orientations towards science were best described in terms of definitions of science, importance of science, experiences with science, and success in science. Therefore, our mixed method analysis provided four personality orientations which linked success in school and experiences with science to confidence and importance of science and definitions of science to value/desire. In our efforts to decrease the achievement gap, we concluded there should be more emphasis on conceptual understanding and problem-solving skills, while still being cognizant of the danger of losing the connection between science and society which so often plagues achievement-focused efforts. Our continued efforts with this group of girls will center on these instructional techniques with the goal of addressing the needs of all science learners.