The integration of content areas is not a new concept (Moyer, 2000). Integration is promoted by many teacher educators because of its benefits for learners of all ages and backgrounds (Burns, 2005; Douville, Pugalee, & Wallace, 2003; Pica, 2002). Literacy in general, but reading in particular, is important across the content areas. Mathematics…

Discusses the need for integration of science and mathematics education with a history of curriculum activities related to integration. Provides a bibliography of 67 references chosen by the School Science and Mathematics Association (SSMA) Early Childhood and Middle School Science and Mathematics Integration Task Force. (YP)

A call is made for the integration of science and social studies education in elementary and secondary schools. Examples are given of situations where instruction has been integrated over the two areas. It is felt instruction can be provided which focuses on problem solving and decision making. (MP)

Describes exhibits from a math applications fair held as part of a National Science Foundation Pre-College Teacher Development Project. Topics of the exhibits include measurement, astronomy, optics, calculators, mathematics in nature, art, music, electronics, scale models, sports, bicycles, travel and vacations, kites, automatic design, stamp…

Described is a lesson in which the midpoint of the measuring stick (center of gravity), the balance point of the stick (fulcrum) and the arithmetic mean are assumed to be the same point. Provides content background, lesson outline, procedure, evaluation, teacher notes, and diagrammatical representations. (RT)

Describes an integrated methods course in a small university, including evolution of the course, topics covered, descriptions of student assignments and activities, procedures used in student evaluation, and student opinions of the integrated course. An appendix contains the outline of topics and student activities. (15 references) (Author/MKR)

Describes a strategy which uses writing to help students learn science concepts. Provides a description of the target population, a justification for the various components of the strategy, and information on brainstorming and concept map formation. Reports that use of this method enhances students' interest, motivation, and understanding of…

Outlines procedures for helping students develop and clarify their understanding of science terms and concepts. Explains the semantic feature analysis strategy, concept ladder, concept-relationship procedure, semantic mapping, and use of the word card as ways to teach reading in science. (RT)

Discusses six aspects of the Berlin-White Integrated Science and Mathematics Model developed to address the need for a definition of the integration of science and mathematics education. These aspects are ways of learning; ways of knowing; process and thinking skills; content knowledge; attitudes and perceptions; and teaching strategies. (MKR)

Described is the relationship between a middle school and a medical school. Discussed are the background; selection, recruitment and enrollment of students; fostering teacher commitment and cooperation; curriculum design and implementation; student and parent involvement; and applicability to other settings. (KR)

Describes features and offerings of Project AIMS (Activities that Integrate Mathematics and Science) which relies on materials developed and written by teachers and uses inexpensive, easily acquired equipment and supplies. The focus is on hands-on mathematics and science. Includes a brief critique of the program. (MKR)

Describes a project that enrolled 36 secondary mathematics and science teachers to work cooperatively to plan a program to help integrate mathematics and science concepts. Thirteen ninth grade study units having a laboratory or demonstration component were developed, field tested, and evaluated. Teachers noted differences in using mathematics.…

Describes the development of a one-semester integrated mathematics and science methods course to introduce preservice elementary teachers to innovative mathematics and science teaching methods called for in current reform movements. Follows the evolution of the course in the areas of content and pedagogical knowledge; teachers as problem solvers;…