Presents a plan involving routine classroom tasks to integrate mathematics with cooperative learning teams in a second-grade class. Explains the process and describes some of the ways in which the activities are used to provide an opportunity for the team and the student to apply mathematics. Concludes that cooperative learning has many merits.…

Presents a potpourri of environmental education activities for grades K-12. Activities are grouped according to the subject areas of science, social studies, mathematics, language arts, and fine arts. (AIM)

Discusses the logistics and pedagogical approach of a cell biology course devised at Emory University in Atlanta, GA for a class containing as many as 100 students. An important component of this course is the division of each class session into halves to allow for a 30-minute small-group presentation on a current research article. (AIM)

The American Chemical Society (ACS) Committee on Professional Training presented results from an industrial roundtable which showed that one of the key experiences industry seeks in new hires is team problem solving. Undergraduate chemistry education, however, historically stresses individual work. Offers suggestions for improving student learning…

Describes a jigsaw puzzle activity, a two-part cooperative learning activity useful at any level of mathematics instruction, intended to teach students to become "strategic readers" of their mathematics textbooks. (SR)

The effects of sociometric (based on student choice) and nonsociometric grouping on the social acceptance and small group interaction were studied using data from 102 third graders in five classrooms. Sociometric grouping procedures had a positive effect on social acceptance and did affect the number and types of verbal interactions. (SLD)

Explains the process of establishing a scientific community among students. Specifically addresses questions related to classroom environment, the beginning of the school year, and the types of experiments and activities used throughout the year to enable students to be successful in science. (DDR)

Describes desktop teaching which involves giving students individual topics and having them prepare lessons on those topics to share with the class. Presents the structure of desktop teaching including how to prepare, introduce, set up, implement, and evaluate it. Emphasizes that desktop teaching helps students engage in discussing and learning…

Describes "Review in the Round," a student-centered review process that combines discussion and cooperative learning. Describes its purposes, preparation (outside class), and the review procedure. (SR)

Presents activities in which elementary and middle school students work together to gain environmental awareness about oil spills. Involves students experiencing a simulated oil spill and attempting to clean it up. Discusses the use of children's literature after the activity in evaluation of the activity. (JRH)

Discusses the passive role that students often take in large classes and argues for teaching methods such as cooperative learning that place students in a more active learning environment. Examines the advantages and potential drawbacks of cooperative learning for large classes and provides suggestions on preparing for group work. (DDR)

Compares dyads of secondary school physics students working on a collaborative modeling task using a text-based model representation, in which correct equations are required to make the model run, with others using a graphical representation, in which the model is build by qualitatively linking variables. (MES)

Interviews with 21 general education elementary school teachers found they were generally positive about cooperative learning's efficacy for students with learning problems, while acknowledging that it worked better for some students than others. Major benefits were improved self-esteem, a safe learning environment, and better classroom success…

Describes the adoption of problem-based learning (PBL) techniques in a general psychology course. States that the instructor used a combination of techniques, including think-pair-share, lecture/discussion, and PBL. Notes means and standard deviations for graded components of PBL format versus lecture/discussion format. (Contains 18 references.)…

Describes a DNA model constructed with Legos, which allows students to work cooperatively. (YDS)