Preservice elementary teachers’ willingness to specialize in science and views on evolution

Abstract Background Acceptance and understanding of evolutionary ideas remains low in the United States despite renewed science education standards, nearly unanimous acceptance among scientists, and decades of research on the teaching and learning of evolution. Early exposure to evolutionary concepts may be one way to reduce resistance to learning and accepting evolution. While there is emerging evidence that elementary students can learn and retain evolutionary ideas, there is also emerging evidence that elementary teachers may be unprepared to teach evolution. It may not be possible to train elementary teachers like their secondary counterparts who receive specialized training in science. This exploratory study was designed to determine if the 147 surveyed preservice elementary teachers (PETs) who are most willing to specialize in science maintain a greater understanding and acceptance of evolution. Such a relationship could have implications for teacher training and science instruction at elementary schools. Results As willingness to specialize in science increases so too does acceptance of evolution. For both measures, there was a monotonic increase with increasing willingness to specialize in science. There was a significant correlation (p = .047) between willingness to specialize in science and acceptance of evolution as measured by the MATE. There was not a significant correlation between willingness to specialize in science and understanding of evolution as measured by the CINS (p = .21). The thirty-two PETs who are enthusiastically willing to specialize in science had the highest understanding and acceptance of evolution. Conclusions It may be possible to identify prospective elementary teachers that could assume roles as specialists simply by identifying PETs’ willingness to specialize. Such students appear to enter elementary teacher preparation programs with the science background and enthusiasm for science required to be specialists without the need for much additional training. Thus, science teacher educators could help local elementary school principals identify graduating, and recently graduated, elementary teachers who are willing to specialize in science. Identified teachers could serve as specialists to work with their building and district colleagues to develop, among other topics, evolution related curricular materials and facilitate the implementation of those materials through co-teaching and peer coaching