Offers examples of activities and practical ideas for the instruction of process skills in a laboratory setting. Includes suggestions for the processes of observing, comparing, inferring, collecting data, organizing data, interpreting results, identifying variables, formulating hypotheses, experimenting, predicting, and model building. (ML)

Examined the effect of discovery and non-discovery classroom climates on college students learning of science process skills and biology content achievement. Results indicate students in discovery climate learned as much content as students in more direct class. These and other results are compared to those of an earlier study. (JN)

Gives guidelines for creating activities to teach classification skills using such holiday materials as nuts, pine cones, evergreen branches, hard candy, and package stickers. Provides ideas to share with parents in developing skills at home, and precautions in selecting objects. Encourages emphasis on similarities as well as differences when…

Taking readers inside a first-year college writing classroom and inviting them to reflect on the social, interpersonal, and institutional issues being worked through in specific classroom discussions, this book presents an account of an honestly politicized college writing classroom and focuses on authentic classroom practices and actual students'…

The potential of the new social studies is seen as helping teachers in the inner-city in guiding students to utilize an analytical process in problem solving and establishing a classroom atmosphere fostering the process of critical inquiry. (Author/KM)

Fifteen stations are used for a laboratory examination which focuses on evaluation of laboratory techniques, skills, procedures, and information management. Examples of several stations (with related questions) are provided. Areas measured include bacterial and cellular culturing, staining, and transferring procedures, genetics…

Examined relationships between integrated process skill and formal thinking abilities of middle/high school students (N=492). Results indicate that science process skill ability is strongly associated with logical thinking, suggesting that process skill teaching may influence formal thinking ability. (Author/JN)

Investigates the interaction between semantic knowledge and process skills in eighth-grade students' (N=27) performance in solving two types of problems (analogies and set-membership) of inducing structure drawn from physical geology concepts. (DS)

This study compared the attitudes toward science teaching and proficiency in the science process skills of elementary education majors enrolled in a physics course v a science methods course. Science process skills appear to be more effectively taught in the physics course. (Author/MK)

Describes four activities for the elementary science classroom to help students develop their powers of description, explanation, and prediction. Topics of the activities are spool "gears," crystal comparisons, yeast magic, and clay cargo carriers. (DS)

Some possible uses of math lab materials and activities that are natural and appropriate to the development of process skills are explored through a discussion of a geoboard activity. (MP)

An experiment is described relating activities with pendulums to the process skill of controlling variables. Includes materials needed, directions, and follow-up questions for the experiments. Lists five other experiments which could be used to teach the control of variables. (DS)

Presents a study of the influence of an investigative skills environmental education program upon the problem identification skills of junior high students. Members of the experimental group (N=43) consistently outperformed students in a general science course (N=40) on measures of skills in problem identification. (Author/WB)

The authors explore federal learning disabilities (LD) guidelines, Wisconsin LD guidelines, and current educational research relating to approaches for teaching LD students. Two approaches are considered--the process-deficit approach and the task-analytic approach. (SBH)

Describes how an elementary teacher can incorporate science into the classroom even if he/she feels unsure in the realm of science. Emphasis is on using processes of science. (SA)