Melony Holyfield Allen

‘Unthinkable’ Selves: Identity boundary work in a summer field ecology enrichment program for diverse youth

The historical under-representation of diverse youth in environmental science education is inextricably connected to access and identity-related issues. Many diverse youth with limited previous experience to the outdoors as a source for learning and/or leisure may consider environmental science as ‘unthinkable’. This is an ethnographic study of 16 diverse high school youths’ participation, none of who initially fashioned themselves as ‘outdoorsy’ or ‘animal people’, in a four-week summer enrichment program focused on herpetology (study of reptiles and amphibians). To function as ‘good’ participants, youth acted in ways that placed them well outside their comfort zones, which we labeled as identity boundary work. Results highlight the following cultural tools, norms, and practices that enabled youths’ identity boundary work: (1) boundary objects (tools regularly used in the program that facilitated youths’ engagement with animals and nature and helped them work through fear or discomfort); (2) time and space (responsive, to enable adaptation to new environments, organisms, and scientific field techniques); (3) social support and collective agency; and (4) scientific and anecdotal knowledge and skills. Findings suggest challenges to commonly held beliefs about equitable pedagogy, which assumes that scientific practices must be thinkable and/or relevant before youth engage meaningfully. Further, findings illustrate the ways that fear, in small doses and handled with empathy, may become a resource for youths’ connections to animals, nature, and science. Finally, we propose that youths’ situated identity boundary work in the program may have the potential to spark more sustained identity work, given additional experiences and support.

Teacher Beliefs in Action: A Cross-Sectional, Longitudinal Follow-Up Study of Teachers' Personal Practical Theories

Based on a cross-sectional, longitudinal follow-up study of graduates from our masters-level elementary education program, in this article we examined changes in espoused beliefs elicited in the form of personal practical theories (PPTs) of three graduates with 2, 4, and 6 years of experience teaching in the same partnership school where they did their student teaching. We compared their original PPTs collected during their teacher education program with their current PPTs elicited in follow-up interviews, and then observed their classroom practices. Case summaries of these teachers are presented, and analysis and implications focus on changes in their PPTs, how their PPTs played out in their classrooms, and perceived barriers and supports to enacting their beliefs.

Teachers’ Instructional Adaptations: A Research Synthesis:

Researchers recognize adaptive teaching as a component of effective instruction. Educators adjust their teaching according to the social, linguistic, cultural, and instructional needs of their students. While there is consensus that effective teachers are adaptive, there is no consensus on the language to describe this phenomenon. Diverse terminology surrounding the same phenomenon impedes effective communication and comprehensive understanding of this important aspect of classroom instruction. Moreover, researchers have studied this phenomenon using a variety of methods, in various disciplines, with different results. Therefore, our research team completed a comprehensive literature review of the empirical research studying adaptability across academic disciplines. In this article, we describe how adaptive teaching is defined and conceptualized in the education research literature from 1975 to 2014, the methods used to study instructional adaptations, and the results of these studies.

A multiple case study of teachers’ visions and reflective practice

Abstract Researchers have found that teachers’ visions of what they hope to instill in their students beyond curricular objectives are integral to their instruction and to larger decisions such as their career paths. The purpose of this research was to examine 10 in-service teachers, who taught in different geographic locations across the United States, their visions, and the ways in which these visions influenced their reflective curricular decisions and instructional actions. The researchers describe salient dimensions of visions, the actions teachers reported to enact visions, and the distance and tensions in enacting visions. Researchers used grounded theory and constant comparative analysis to analyze interviews, questionnaires, and artifacts. Findings explore the relationship between teachers’ visions and reflective practice as well as the alignment of instructional practices teachers report in supporting their respective visions. Implications for future research, theory, and practice are discussed.

Adaptive Teaching in STEM: Characteristics for Effectiveness

This article defines the process of adaptive teaching in science, technology, engineering, and math (STEM). We assert that teachers who possess a well-developed STEM pedagogical content knowledge, a constructivist paradigm of teaching and learning, and an ability to draw on a vision while reflecting on and during teaching to help negotiate challenges are well positioned to engage in the process of adaptive teaching. This article acknowledges the valuable knowledge, skills, and dispositions that novice teachers bring with them as they enter the workforce. To illustrate the process of adaptive teaching in STEM, we use an in-depth case study of a novice teacher. Our conclusion offers a discussion of how teacher educators and those who provide professional development services during induction can best support teachers in their development of becoming adaptive, and therefore, effective.

Beyond Batteries and Bulbs, Circuits and Conductors: Building Green, Activist-Oriented Student Communities

ABSTRACT In this article we provide an example of how to foster an activist-oriented student community by critically examining green technology. We designed this curriculum unit to teach students about the fundamentals of electricity, green technology, and experimental design. Additionally, we viewed this activity as an opportunity for students to apply their science content knowledge and skills to a societal issue and, in turn, to take an active stance as part of a science community and member of society. This unit extends how elementary electricity content and activities have been traditionally taught to highlight the relationship between science and society.