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Countryman, Lyn L.; Maroo, Jill D. – American Biology Teacher, 2015
Considerable anecdotal evidence indicates that some of the most difficult concepts that both high school and undergraduate elementary-education students struggle with are those surrounding evolutionary principles, especially speciation. It's no wonder that entry-level biology students are confused, when biologists have multiple definitions of…
Descriptors: Secondary School Science, College Science, Evolution, Scientific Principles
Bouwma-Gearhart, Jana; Bouwma, Andrew – American Biology Teacher, 2015
The "Next Generation Science Standards" (NGSS Lead States, 2013) recommend that science courses engage communities of students in scientific practices that include building accurate conceptual models of phenomena central to the understanding of scientific disciplines. We offer a set of activities, implemented successfully at both the…
Descriptors: Scientific Concepts, Scientific Literacy, Scientific Principles, Science Activities
Bierema, Andrea M.-K.; Rudge, David W. – American Biology Teacher, 2014
One of the key aspects of natural selection is competition, yet the concept of competition is not necessarily emphasized in explanations of natural selection. Because of this, we developed an activity for our class that focuses on competition and provides an example of the effects of competition on natural selection. This hands-on activity models…
Descriptors: Evolution, Science Instruction, Animals, Teaching Methods
Schauer, Alexandria; Cotner, Sehoya; Moore, Randy – American Biology Teacher, 2014
Students regard evolutionary theory differently than science in general. Students' reported confidence in their ability to understand science in general (e.g., posing scientific questions, interpreting tables and graphs, and understanding the content of their biology course) significantly outweighed their confidence in understanding evolution. We…
Descriptors: Science Instruction, Evolution, Concept Formation, Scientific Concepts
McCabe, Declan J. – American Biology Teacher, 2014
This exercise demonstrates the principle of parsimony in constructing cladograms. Although it is designed using mammalian cranial characters, the activity could be adapted for characters from any group of organisms. Students score categorical traits on skulls and record the data in a spreadsheet. Using the Mesquite software package, students…
Descriptors: Science Activities, Science Laboratories, Biology, Evolution
Curtis, Anthony D. – American Biology Teacher, 2010
I describe three activities that allow students to explore the ideas of evolution, natural selection, extinction, mass extinction, and rates of evolutionary change by engaging a simple model using paper, pens, chalk, and a chalkboard. As a culminating activity that supports expository writing in the sciences, the students write an essay on mass…
Descriptors: Expository Writing, Biology, Science Instruction, Evolution
Naples, Virginia L.; Miller, Jon S. – Bioscene: Journal of College Biology Teaching, 2009
Understanding homology is fundamental to learning about evolution. The present study shows an exercise that can be varied in complexity, for which students compile research illustrating the fate of homologous fish skull elements, and assemble a mural to serve as a learning aid. The skull of the most primitive living Actinopterygian (bony fish),…
Descriptors: Evolution, Fundamental Concepts, Animals, Anatomy
Moore, Randy; Cotner, Sehoya; Bates, Alex – Journal of Effective Teaching, 2009
Students whose high school biology course included evolution but not creationism knew more about evolution when they entered college than did students whose courses included evolution plus creationism or whose courses included neither evolution nor creationism. Similarly, students who believed that their high school biology classes were the…
Descriptors: High School Students, Biology, Secondary School Science, Evolution
Latham, Luke G., II; Scully, Erik P. – American Biology Teacher, 2008
Evolutionary processes can be studied in nature and in the laboratory, but time and financial constraints result in few opportunities for undergraduate and high school students to explore the agents of genetic change in populations. One alternative to time consuming and expensive teaching laboratories is the use of computer simulations. We…
Descriptors: Computer Simulation, Learning Laboratories, Genetics, Evolution
Baum, David A.; Offner, Susan – American Biology Teacher, 2008
Phylogenetic trees, which are depictions of the inferred evolutionary relationships among a set of species, now permeate almost all branches of biology and are appearing in increasing numbers in biology textbooks. While few state standards explicitly require knowledge of phylogenetics, most require some knowledge of evolutionary biology, and many…
Descriptors: Evolution, Textbooks, State Standards, Biology
Schrein, Caitlin M.; Lynch, John M.; Brem, Sarah K.; Marchant, Gary E.; Schedler, Karen K.; Spencer, Mark A.; Kazilek, Charles J. – Journal of Effective Teaching, 2009
This paper summarizes the content and results of a workshop about the teaching of evolution presented to public middle school and high school science teachers by individuals involved both in university education and the professional development of teachers. The goals of the workshop were to: (1) provide teachers with knowledge and resources to…
Descriptors: Workshops, College Science, High Schools, Middle Schools
Moore, Randy – McGill Journal of Education, 2007
According to reports from 1,441 undergraduate students at a large, public American university, most high-school biology teachers teach evolution. Approximately 25% of students who attended public schools report that their biology teachers also taught creationism, despite the fact that doing so is unconstitutional. When biology teachers teach…
Descriptors: Undergraduate Students, Public Schools, High Schools, Secondary School Science

Thomerson, Jamie E. – American Biology Teacher, 1971
Descriptors: Biology, College Science, Evolution, Genetics

Bowman, William H.; Lawrence, Richard M. – Journal of Chemical Education, 1971
Descriptors: Biochemistry, Chemical Reactions, Chemistry, College Science

Gish, Duane T. – American Biology Teacher, 1973
The author points out that two models of creation and evolution designed to explain life forms are equally competent and one is not less scientific than the other. Both of the models should be included in school curriculum. (PS)
Descriptors: Biology, College Science, Creationism, Evolution