Describes the construction of an effective plant incubator for classroom use using a five-gallon plastic bucket. (JRH)

We developed a course in inquiry-based science for students training to become primary school teachers. The emphasis of the course was teaching students to do inquiry-based science activities themselves, as this is the best way of learning how to teach using inquiry-based methods. (Contains 1 table.)

Collecting "bugs" is an authentic, engaging approach for students to learn about various arthropods and their habitat. Students are able to construct knowledge from field notes involving direct observation, drawing, and classification of these animals. This activity has continuously provided successful measurable content outcomes in which students…

Science 101 was designed by a multidisciplinary, multi-institutional team, with leadership from the Departments of Biology and Teacher Education, and participation by faculty in the Departments of Chemistry, Physics, and Mathematics, the College of Engineering, and master teachers from school districts in the state of Illinois. Their goal was to…

This textbook is second in a series of science readers adapted to Secondary Grades comprising pupils who are in their third and fourth years of school work. The lessons are progressive, each one of the series being built on the facts taught in the previous lesson. Moreover, the subject matter--the properties of bodies; the nature, growth, and…

This textbook is the third in a series of science readers adapted to Secondary Grades comprising pupils who are in their third and fourth years of school work. The lessons are progressive, each one of the series being built on the facts taught in the previous lesson. Moreover, the subject matter--the properties of bodies; the nature, growth, and…

The Pete's Dragon float from Disney World's electric parade is used to illustrate electricity. Primary and advanced tasks involving circuits are presented. (MT)

A science unit on clocks demonstrates the need to control variables to obtain reliable results from an experiment. Two activities, one for beginners and one for advanced students, are included. Directions for making a sundial are offered. (MT)

This science unit focuses on measuring skills using students' own sneakers and the unit of measure. Two activities with differing levels of difficulty are presented. (MT)

Described is a workshop for grades 5-8 school teachers and students related to synthetic polymers. Participants become familiar with polymer theory and practice experiments they can use in class. Sources of materials used in the workshop are listed. (RH)

Orthodontic braces and how they work are discussed. A science unit and task card on teeth is provided. (MT)

The slime mold Physarum polycephalum provides an easily maintained classroom plant which can act like an animal. Directions are given for: acquiring the organism; activating it; observing its life cycle; and viewing protoplasmic streaming. (DH)

Tree frogs are small (2-5 cm) animals which not only interest students but also can be maintained in classrooms for a few days. Characteristics (species, ranges, habitat, reproductive cycle, and locomotion) and housing/care needs are described. Long-term maintenance is not recommended due to the difficulty of providing live food. (DH)

Suggests using crickets for classroom activities, providing background information on their anatomy and reproduction and tips on keeping individual organisms or a breeding colony in the classroom. (JN)

Presents a unit on volcanoes for third- and fourth-grade students. Includes demonstrations; video presentations; building a volcano model; and inviting a scientist, preferably a vulcanologist, to share his or her expertise with students. (JRH)