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(1965)
Science as a System of Inquiry-Focus for General Education Programs. Doctor's thesis
(1951)
Dialectical Means vs. Dogmatic Extremes in Relation to Liberal Ed ucation
P. Hurd, Mary Rowe (1964)
Science in the Secondary SchoolReview of Educational Research, 34
(1966)
On the Problem of Scientific Discovery
The Role of Major Conceptual Schemes in Science Education
Application of Thomas S. Kuhn's View of Science to Teaching: An Exploratory Study
Theory into Action-A Critique
(1965)
Teaching from Research Papers, an Approach to Teaching Science as a Process
Historical Materials and High School Science Teaching
W. Cooley, L. Klopfer (1963)
The evaluation of specific educational innovationsJournal of Research in Science Teaching, 1
Clint John (1968)
Processes and Structure of the Physical Sciences for School Curricula. An Abstract of a Thesis Submitted in Conformity With the Requirements for the Degree of Doctor of Education.
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Use of a history of science case for low interest studentsScience Education, 51
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The Role of Paleontology in the Formulation of Theories of Homίnid Evolution-A Teaching Unit
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The structure of knowledge and the curriculum
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Experimental and Quasi-Experimental De signs for Research on Teaching. Handbook of Research on Teaching
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Subject Matters and Disciplines in the Physical Sciences, ]ournal of General Education
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An evaluation of the conceptual schemes approach to science curriculum developmentJournal of Research in Science Teaching, 3
Joseph Schwab (1963)
Biology teachers' handbook
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The Teaching of Science as InquiryBulletin of The Atomic Scientists, 14
David Vitrogan (1967)
Origins of the criteria of a generalized attitude toward scienceScience Education, 51
Ronald Anderson (1965)
Children's Ability to Formulate Mental Models to Explain Natural PhenomenaJournal of Research in Science Teaching, 3
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Conceptual Structures in Ecology with Special Reference to the Enquiry Curriculum in Ecology. Doctor's thesis
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Integrative Education in the Sciences
James Robinson (1968)
The nature of science and science teaching
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The scientific method as presented in science textbooks and as described by eminent scientists
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Using History in Teaching Science
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Elementary School Science: A Design for Subject Matter Selection and Organization. Doctor's thesis
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An historical and experimental approach to the teaching of atomic structure and sciencing
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Science as mind‐affected and mind‐effecting inquiryJournal of Research in Science Teaching, 4
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Place for Absolute Truth: The Role of Philosophy and Perception Studies in Science Teaching
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6: PHILOSOPHICAL AN D HISTORICAL BASES OF SCIENCE TEACHING James T. Robinson* Teachers College, Columbia University** Previous research reviews in science teaching have not considered philosophical and historical studies. Behavioral studies, curriculum studies, and studies of teaching methods have been most prominent in the literature; but, as Hurd and Rowe (1964) pointed out, such researches have lacked well-developed philosophic starting points and have tended to be contradictory, fragmented, and unpatterned. These teaching and learning studies have appropriated "methods" of science, scientific "principles," science "concepts," etc. as unexamined starting points. However, philosophic studies—studies of methods and principles of science in and of themselves and studies of curriculum design and teaching methods that are consistent with particular methods and prin ciples of science—have been largely neglected. Several forces have contributed to the science educator's emerging attention to philosophic studies. Scientific knowledge is growing at a rate that makes it impossible for text materials to be completely up-to-date. Growth of knowledge is not only by accretion; rather, it is characterized more appropriately as conceptual reorganization—inert gases are no longer inert, cells are no longer bags of enzymes. A second force relates to science and society. Conceptions of Darwinian evolution, relativity theory, and
Review of Educational Research – SAGE
Published: Oct 1, 1969
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