Presents a collaborative, problem-solving approach for including students with disabilities in general-education classes. Parents' views of inclusion, implementation of inclusion, empirical support for inclusion, strategies and tactics related to successful inclusion, types of inclusion problems, and steps for applying collaborative…

A study investigated the effectiveness of a 9-week collaborative metacognitive social skills intervention program on 16 middle school students attending a private, alternative suburban school for students with learning problems. The program used cooperative learning, role play, and art therapy to improve the students' social problem-solving…

Introduces a software package available for the climatology curriculum that determines possible climatic events according to a long-term climate history. Describes the integration of the software into the curriculum and presents examples of active learning. (Contains 19 references.) (YDS)

Describes a problem-based course in which students in an interdisciplinary program explored the manufacture of biological knowledge. Discusses how students gained an appreciation of the complex interactions between ideals, individuals, institutions, and investments that comprise modern biological research through study of a variety of problems and…

To understand which factors predict effective school leadership teams, researchers analyzed survey data from 71 elementary and 71 secondary schools with 1 year of training. The strongest predictor of ability to focus on teaching and learning was use of collected school data to identify needs and guide decisions. (Contains 77 references.) (MLH)

Focuses on stage three of the Big6 process for teaching information problem solving--location and access. This stage has two components: locate sources and find information within sources. Highlights include the concept of index, keyword search strategy, and Boolean searching. (AEF)

Explores the need for teachers and students to ask critical and reflective questions concerning the mediated experiences they receive in school as part of the official curriculum. Discusses mediated experiences as representations; the nonneutrality of media and the technologies of storage and delivery; the falsity of notions surrounding the…

Investigated the effects of student working-memory capacity, preference for amount of instruction, spatial problem-solving ability, and school mathematics grades on eighth graders' recall of factual information and conceptual understanding. Pairs of students worked through 16 activities using a dynamic, computer-based geometry program. Presents…

Unique associations between three families of mathematical knowledge and individual differences in the mathematics skills of 103 seventh and eighth graders were studied. Conceptual and procedural knowledge adequately explained individual differences in fraction solving and problem set-up accuracy, but only conceptual knowledge adequately expressed…

A videotape series produced by the Annenberg/CPB Math and Science Collection demonstrates college and secondary students' misconceptions about everyday phenomena and advocates teaching for understanding. Third International Science and Mathematic Study data show American and German teachers' interest in procedures and algorithms, compared with…

In literature on problem-based learning (PBL), it is often difficult to determine whether the educational approach being described is actually PBL. Provides planners and assessors of PBL curricula with a framework for analysis. Educational activities can be categorized as PBL according to three core principles and four criteria concerning their…

Examines the relationship of microcomputer simulation graphics and alphanumeric modes of data presentation to ninth-grade biology students' science process skills and conceptual understanding of selected science topics (N=64). Concludes that use of microcomputers and appropriate software can result in significant learning and understanding of…

Examines the mathematical sense-making of eighth-grade students as they use physical devices to learn about linear functions. Suggests the concept of transparency as an index of access to knowledge and activities rather than as an inherent feature of objects. Concludes that transparency is a process mediated by unfolding activities and users'…

Draws on contemporary sources to provide strategies for cultivating self-discipline. Advocates self-healing for the adult to be free from destructive attitudes and personal history that can keep adults from being mindful of the child's needs, perspective, and potential. Concludes with ways to facilitate a truly Montessori approach to discipline.…

Presents sample lab activities in algebra for representing functions in concrete, tabular, graphic, algebraic, and word format. Activities described actively involve students in hands-on models. Problem-solving techniques and technology help to form algebraic-thinking skills. (AIM)