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Peer reviewedPalmquist, Bruce; Finley, Fred – Journal of Research in Science Teaching, 1998
Answers a critique of a previous study of teachers' beliefs about the nature of science (NOS). Reasserts that teachers in the study learned the NOS through implicit instruction and contends that there was negligible researcher bias in the finding that teachers planned to include NOS instruction in their instruction. Defends the choice of…
Descriptors: Criticism, Educational Research, Higher Education, Research Design
Peer reviewedEpstein, Michael S. – Journal of Chemical Education, 1998
Describes the integration of topics dealing with "bad science"--pseudo, pathological, or deviant science--into introductory undergraduate courses in general and analytical chemistry, and provides extensive references for the chemistry instructor interested in these topics. The approach is to incorporate specific cases that address…
Descriptors: Chemistry, Higher Education, Science History, Science Instruction
Paolucci, Judith J. – NEACT Journal, 1999
Discusses the nature of science and delineates strategies for ensuring that students develop a better understanding of the nature of science. Evaluates methods of assessing student knowledge. (CCM)
Descriptors: Elementary Secondary Education, Science Education, Scientific Concepts, Scientific Principles
Peer reviewedNola, Robert – Science and Education, 1999
Discusses the philosophical strengths and weaknesses of Laudan's normative naturalism, which understands the principles of scientific method to be akin to scientific hypotheses, and therefore open to test like any principle of science. Contains 19 references. (Author/WRM)
Descriptors: Hypothesis Testing, Naturalism, Philosophy, Research Problems
Peer reviewedTalmont-Kaminski, Konrad – Science and Education, 1999
Argues that a broadly inductivist view of science, including its observational base, is the most appropriate approach to the philosophy of science. (Author/WRM)
Descriptors: Induction, Logical Thinking, Science Education, Scientific Enterprise
Peer reviewedGluck, Andrew L. – Counseling and Values, 1997
Chaos theory is critically examined from the perspective of the philosophy of science. Chaos theory is summarized and related to the principle distinctions of scientific methodology. The relationship of worldviews, values and scientific theory is discussed. Conceptual and terminological issues are clarified; usefulness in counseling is discussed.…
Descriptors: Beliefs, Career Counseling, Chaos Theory, Definitions
Peer reviewedGood, Ron; Shymansky, James – Science and Education, 2001
"Benchmarks" and "Standards" describe science in terms that seem to emphasize tentative, local knowledge while at other times emphasizing stable, universal knowledge. Presents an overall picture of science to be one of modern realism, and shows how the postmodern relativist could select statements that paint a scene as…
Descriptors: Benchmarking, Postmodernism, Science Education, Scientific Literacy
Peer reviewedWelsh, Stanley M. – Journal of Science Education and Technology, 2002
Describes a particularly useful theme that reveals the structure of certain scientific explanations relevant to the study of chemistry and provides an example of a theme for an introduction to chemistry. (Author/YDS)
Descriptors: Chemistry, Science Education, Science Instruction, Scientific Concepts
Peer reviewedNiaz, Mansoor – Science Education, 2001
Reports on a study designed to: (a) understand the nature of science as progressive transitions in heuristic principles; and (b) provide a rationale for the inclusion of three more characteristics of the nature of science to the original five suggested by Smith and Scharmann. Concludes that nature of science manifests in different topics of the…
Descriptors: Elementary Secondary Education, Epistemology, Heuristics, Science History
Peer reviewedScharmann, Lawrence C.; Smith, Mike U. – Science Education, 2001
Responds to "Understanding Nature of Science as Progressive Transitions in Heuristic Principles" by Mansoor Niaz. Concludes that the historical vignettes provided by Niaz provide interesting insights into the nature of science but that the proposed characterizations do not help distinguish things that are more scientific from things that are less…
Descriptors: Elementary Secondary Education, Epistemology, Heuristics, Science History
Peer reviewedTalbot, Chris – School Science Review, 2000
Describes how some of the Theory of Knowledge (ToK) requirements, which is a central part of the International Baccalaurate (IB) Diploma program, for the natural sciences component can be addressed through case studies from the history of chemistry and related subjects. Provides examples for the 'Ideas and evidence in science' which can be useful…
Descriptors: Biology, Chemistry, Higher Education, Physics
Peer reviewedOhlsson, Stellan – Science and Education, 2000
Discusses the similarities between Kuhn's essay about scientific revolutions and Popper's idea of falsification. Assesses Kuhn's contribution to the theory of naturalism. (Author/CCM)
Descriptors: Cognitive Restructuring, Naturalism, Philosophy, Science Education History
Peer reviewedBarton, Andrea M. – Science Teacher, 2001
Introduces a high school science curriculum that embodies inquiry-based genetics, evolution, and astronomy. Presents two astronomy units of scientific modeling. The first activity involves a black box to explain a hidden mechanism's effect on the outflow of water. The second activity involves the development of celestial motion models to explain…
Descriptors: Astronomy, Inquiry, Models, Science Activities
Peer reviewedMatthews, Michael R. – Journal of Science Education and Technology, 2001
Discusses the extent to which contemporary science curricula include knowledge of the nature of science as a goal of science instruction. Outlines the crucial role played by the pendulum in the achievements of the scientific revolution and documents how little these achievements are acknowledged in standard textbooks. (Contains 31 references.)…
Descriptors: Educational Change, High Schools, Interdisciplinary Approach, Science Education
Forde, Evan B. – Science Scope, 2004
Educating the public about safety issues related to severe weather is part of the National Oceanic and Atmospheric Administration's (NOAA) mission. This month's insert, Severe Weather, has been created by NOAA to help educate the public about hazardous weather conditions. The four types of severe weather highlighted in this poster are hurricanes,…
Descriptors: Space Sciences, Scientific Principles, Safety, Meteorology

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