Reviews empirical studies of outdoor education's impact on cognitive development. Research findings are presented on the subject areas of environmental education, general science, and language development. A cautionary synthesis of research related to learning in the out-of-doors is also offered. (ML)

Seven articles in this issue focus on the use of realia in instruction. Authors discuss reasons why realia effectively motivate students and enhance learning; the place of realia in supervised occupational experience programs; the importance of real-life experiences to vocational agriculture; and student teaching as a reality experience. (SK)

Charts the many ways teachers can use materials gathered during their vacation travels in the classroom. Details activities built around material objects easily accessible through museum gift shops or local stores. Recommends using newspapers for discussions of politics and economics germane to the area. (MJP)

Describes a high school geography class that emphasized hands-on and experiential learning. The students designed travel brochures, planned overseas trips on a budget, and even produced commercials. One of the more popular activities involved different groups creating poster board maps of specific regions and then combining them for a global map.…

Suggests integrating creative writing activities into field trips or outdoor education experiences in science as a method of providing "right-brain" and "left-brain" activities in the same exercise. Provides instructions given to students and a poem written from student "photographs" using imaginary cameras. Also provides two student poems. (JM)

Recalls a week-long field study trip to a reconstructed historic site, Barkerville, British Columbia. Ten years later the participants remembered the experience. The students overwhelmingly agreed that the experience sparked their imagination and created a real connection to the historical past. Includes brief excerpts from the interviews. (MJP)

The Science in Action series is designed to teach practical science concepts to special-needs students. It is intended to develop students' problem-solving skills by teaching them to observe, record, analyze, conclude, and predict. This document contains a student workbook which deals with basic principles of life science. Six separate units…