Described are activities using ants. Ant hunting, a list of books on the topic, information, and ant farming are included. The procedures for assembling and maintenance of an ant farm are presented. (KR)

The purpose of this study was to determine which magnet concepts were found in various science textbook series, how the concepts were presented, and to identify potential misconceptions related to magnets. Magnet concepts presented as prose, illustration, and/or laboratory activities are identified and analyzed. (KR)

Described is an color-making activity where students use food coloring, eyedroppers, and water to make various colored solutions. Included are the needed materials and procedures. Students are asked to write up the formulas for making their favorite color. (KR)

Described is a science curriculum enrichment program where sixth grade students present programs to other students on the topics of pets and exotic animals. The use of live animals in the presentations is emphasized. (KR)

Presented are interdisciplinary activities that help students to identify minerals and to begin to understand the properties that make each one unique. The concept of individuality is emphasized. Included is a section on minerals and an explanation of their physical characteristics. (KR)

Described is an investigation that determined whether young children have schemas for environmental information. The results are discussed with reference to the importance of memory schemas for learning about the environment. (KR)

Presented is a lesson designed to demonstrate the concept of telepresence to students. Provided are objectives, teacher preparation, procedures, and a sample debris field grid. (CW)

Presented is the course outline and proposed science content for this course. The structure, sessions, and evaluation of the course are discussed. (CW)

Presented is a criticism of the instructions given for and the scoring of the Draw-a-Scientist test (Chambers, 1983). A response to this criticism by authors who employ this method is included. (CW)

Described is a method which can be used to teach children how to study science. Included are suggestions for efficient use of the textbook, how to learn in the laboratory, hints for note-taking, how to ask questions, and how to study for tests. (CW)

Some observations of general progress and of gender-related differences in achievement when using construction sets in the early years are presented. Included are the results of two studies which examined the use of Lego construction sets by children age six to eight. (CW)

The methods and funding of environmental education in the international setting and the status of environmental education at the preschool, elementary, secondary, college, and postgraduate levels are described. The contributions of society, professional associations, and public information agencies are discussed. (CW)

The status of environmental education at all levels in China are outlined including education for school-aged people and adults. The role of schools, broadcasts, periodicals, and professional associations are discussed. (CW)

The status of science education in the United States from the point of view of the National Association of Biology Teachers is discussed. International comparisons, and the results of education at these levels is described. Suggestions for the improvement of science education are provided. (CW)

Analyzes efforts by school districts reorganizing science curricula in Illinois. Describes state goals for Illinois: Knowledge and Vocabulary; Science-Technology-Society; Scientific Enterprise; and Science Process. Discusses how school districts emphasize the 4 state goals for grades 3, 6, 8, and 11. (YP)