Abstract
BackgroundMany topics in evolutionary biology have been the focus of little research about student thinking and learning. This lack of research limits the evidence base on which instructors can draw to inform their teaching. A key starting place for education research about evolutionary topics is determining what concepts are important for undergraduates to learn. This work develops a community-informed list of key concepts about speciation. Speciation is commonly taught in undergraduate biology education, yet has been the focus of almost no research on teaching and learning. We gathered input from over 110 evolution educators and speciation researchers to create a comprehensive list of speciation concepts for undergraduate education.ResultsThe community-informed list includes 24 concept statements organized within 4 overarching concepts. At least 80% of experts rated these statements as scientifically accurate and clear. Over 90% of experts rated the statements as important or somewhat important for a graduating senior in biology to understand.ConclusionsThis list provides a foundation for both education researchers and evolution educators. Education researchers who investigate student thinking and who develop research-based measurement tools can use this list to determine key concepts on which to focus their future work. Educators can use this list to guide the development of learning objectives for speciation instruction. Future work should investigate what concepts are reasonable for an undergraduate to master in a 4-year degree.
Highlights
Many topics in evolutionary biology have been the focus of little research about student thinking and learning
The community-informed list of key speciation concepts produced by this work includes 24 statements organized within four overarching concepts (Table 2)
We have identified a comprehensive list of speciation concepts that educators and researchers agree are important for biology graduates to understand
Summary
Many topics in evolutionary biology have been the focus of little research about student thinking and learning. This lack of research limits the evidence base on which instructors can draw to inform their teaching. A key starting place for education research about evolutionary topics is determining what concepts are important for undergraduates to learn. Speciation is commonly taught in undergraduate biology education, yet has been the focus of almost no research on teaching and learning. There has been little (or no) research about student thinking and learning of numerous evolutionary topics, including macroevolution, speciation, population genetics, quantitative genetics, life history evolution, and more. Standards, which could include key concepts for students to learn, are an important starting place for education research. Research that aims to investigate student thinking and learning, develop research-based measurement tools, or develop and evaluate specific instructional strategies must focus on
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