Without the Light of Evolution: A Case Study of Resistance and Avoidance in Learning to Teach High School Biology
Document Type
Article
Publication Date
5-1-2015
Journal / Book Title
Science Education
Abstract
We present the case of Michael, a prospective high school biology teacher, to explore the implications of teacher resistance and avoidance to the topic of evolution. This case is drawn from a year-long qualitative research study that examined Michael's process of learning to teach high school biology and describes how his avoidance of evolution in his own education led to further disengagement with evolution in his methods coursework and in his student teaching practice. Paradoxically, his high academic abilities obscured substantive knowledge gaps about evolution, and his content knowledge regarding evolution did not appear to improve as a result of his student teaching experience. Kohl's concept of "not-learning" is useful in understanding Michael's avoidance of learning evolution. His use of the discourse of evolution in coursework and in student teaching activities also helped to obscure his opposition to learning evolution. We present an argument that proficiency for teaching biology means not only tolerating evolution as a topic to be covered in class but also advocating for evolution as a foundational theme in the discipline. This research has implications for both the admissions process and curriculum of biology teacher preparation programs.
DOI
10.1002/sce.21149
Journal ISSN / Book ISBN
0036-8326
MSU Digital Commons Citation
Larkin, Douglas and Perry-Ryder, Gail M., "Without the Light of Evolution: A Case Study of Resistance and Avoidance in Learning to Teach High School Biology" (2015). Department of Teaching and Learning Scholarship and Creative Works. 166.
https://digitalcommons.montclair.edu/teaching-learning-facpubs/166
Published Citation
LARKIN, D.B. and PERRY-RYDER, G.M. (2015), Without the Light of Evolution: A Case Study of Resistance and Avoidance in Learning to Teach High School Biology. Sci. Ed., 99: 549-576. https://doi.org/10.1002/sce.21149