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Peer reviewedDybas, Cheryl Lyn – Bioscience, 2002
Reports on presentations representing evolution at the 53rd annual meeting of the American Institute of Biological Sciences (AIBS) which was held March 22-24, 2002. Explains evolutionary patterns, phylogenetic pageantry, molecular clocks, speciation and biogeography, speciation and macroevolution, and human-induced evolution of drugs-resistant…
Descriptors: Biology, Evolution, Science Education
Peer reviewedDugatkin, Lee Alan – Bioscience, 1997
Outlines the four paths to the evolution and maintenance of cooperative behavior and provides two stories highlighting each path. Discusses reciprocity, byproduct mutualism, kin-selected cooperation, and group-selected cooperation. Presents some thoughts on where the study of animal cooperation might head in the future. Contains 67 references.…
Descriptors: Animal Behavior, Cooperation, Evolution, Higher Education
Peer reviewedRozzi, Ricardo – Bioscience, 1999
Illustrates the reciprocal relationships between the sciences and environmental ethics by examining the Darwinian theory of evolution and discussing its implications for ecologists and ethicists. (CCM)
Descriptors: Biology, Ecology, Environmental Influences, Ethics
Peer reviewedMoore, Randy; Jensen, Murray; Hatch, Jay – Bioscience, 2003
Discusses the Scopes trial and other important court decisions associated with the teaching of evolution and creationism in public schools. Suggests that an understanding of these decisions can help teachers answer students' questions about teaching these subjects and also to counter the anti-science attitudes and actions of creationist parents,…
Descriptors: Creationism, Elementary Secondary Education, Evolution, Higher Education
Peer reviewedNeese, Randolph M.; Schiffman, Joshua D. – Bioscience, 2003
Presents a study in which a questionnaire was given to deans at North American medical schools to determine which aspects of evolutionary biology are included in the curricula and the factors that influence this. Suggests that most future physicians should learn evolutionary biology as undergraduates if they are to learn it at all. (Author/NB)
Descriptors: Biology, Evolution, Higher Education, Medical Education
Peer reviewedBarash, David P. – Bioscience, 2000
Discusses how existential philosophy and evolutionary biology enjoy substantial and hitherto unappreciated similarities, in particular in understanding life's fundamental absurdity, a relentless and productive focus on the individual, and an optimistic presumption of freedom. (SAH)
Descriptors: Biology, Evolution, Existentialism, Higher Education
Peer reviewedMoore, Randy – Bioscience, 2002
Explores the relationship of state standards for the teaching of evolution to the actual teaching of that subject. Compares a grading of states for their performance and discusses the question of whether state standards matter. (MM)
Descriptors: Comparative Analysis, Evolution, Science Education, Secondary Education
Peer reviewedBybee, Rodger W. – Bioscience, 2002
Suggests that educators and scientists should not eliminate evolution from the high school biology curriculum but should support the efforts of biology teachers who have a commitment to and understanding of both biology and education, and who strive to provide an education of scientific integrity and value for all students. (MM)
Descriptors: Biology, Controversial Issues (Course Content), Evolution, Science Education
Peer reviewedGillis, Anna Maria – Bioscience, 1995
Discusses major leaps in knowledge about the production of flowers that have come from studying genes that regulate the flowers of mouse ear cress (Arabidopsis thaliana). Examines the ABC model of flower morphogenesis, commonality of genes, evolution of angiosperms, and agricultural and horticultural potential. (LZ)
Descriptors: Agriculture, Biology, Botany, Evolution
Peer reviewedAnderson, Gregory J. – Bioscience, 2002
Presents a view on public policy and the importance of biology. Discusses issues such as securing research funds, teaching of evolution and other curriculum issues, lobbying, and the American Institute of Biological Sciences (AIBS) Public Policy Office. (YDS)
Descriptors: Biology, Evolution, Lobbying, Public Policy
Peer reviewedStaub, Nancy L. – Bioscience, 2002
Describes a classroom activity that teaches the mechanism of genetic drift to undergraduates. Illustrates a number of concepts that are critical in developing evolution literacy by sampling M&M milk chocolate candies. (MM)
Descriptors: Concept Formation, Evolution, Genetics, Higher Education
Peer reviewedLinhart, Yan B. – Bioscience, 1997
Analyzes 50 major textbooks in the fields of evolution, biology, ecology, genetics, paleontology, and systematics, focusing on how the conceptual framework of evolution as a process is presented and developed in those fields. Lists definitions of evolution provided in the textbooks and discusses the implications of the findings. Contains 56…
Descriptors: Biology, Ecology, Evolution, Genetics
Peer reviewedMeagher, Thomas R. – Bioscience, 1999
Describes the present understanding of evolution and identifies major challenges and questions. Suggests ways in which progress can be facilitated in basic research in evolutionary biology. (CCM)
Descriptors: Biology, Ecology, Elementary Secondary Education, Ethics
Peer reviewedBybee, Rodger W. – Bioscience, 2001
Discusses the place of the topic of evolution in high school biology curricula in history, new challenges and misconceptions about science, and the need for biology education. (Contains 20 references.) (YDS)
Descriptors: Biology, Evolution, Inquiry, Misconceptions
Peer reviewedMoore, Randy – Bioscience, 2001
Analyzes biology textbooks on the subject of evolution before the Scopes trial, immediately after the trial, and today. Also considers the impact of the Biological Sciences Curriculum Study (BSCS) on biology textbooks. (MM)
Descriptors: Biology, Evolution, Science Education History, Science Instruction
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