Perspectives on research on effective mathematics teaching

Abstract

Contents: D.A. Grouws, Introduction. P.L. Peterson, Teaching for Higher-Order Thinking in Mathematics: The Challenge for the Next Decade. H. Bauersfeld, Interaction, Construction, and Knowledge: Alternative Perspectives for Mathematics Education. G. Leinhardt, Expertise in Instructional Lessons: An Example from Fractions. D.C. Berliner, P. Stein, D. Sabers, P.B. Clarridge, K. Cushing, S. Pinnegar, Implications of Research on Pedagogical Expertise and Experience for Mathematics Teaching. A. Porter, R. Floden, D. Freeman, W. Schmidt, J. Schwille, Content Determinants in Elementary School Mathematics. T.L. Good, B.J. Biddle, Research and the Improvement of Mathematics Instruction: The Need for Observational Resources. C. Hoyles, From Fragmentation to Synthesis: An Integrated Approach to Research on the Teaching of Mathematics. J.W. Schofield, D. Verban, Computer Usage in the Teaching of Mathematics: Issues That Need Answers. J.W. Stigler, M. Perry, Cross-Cultural Studies of Mathematics Teaching and Learning: Recent Findings and New Directions. T.A. Romberg, Can Teachers Be Professionals? M. Nickson, Pervasive Themes and Some Departure Points for Research into Effective Mathematics Teaching. T.J. Cooney, D.A. Grouws, D. Jones, An Agenda for Research on Teaching Mathematics.

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