Described is the equipment and procedures used to prepare and display petrological (thin rock) sections without the use of sophisticated apparatus. (SL)

Described is a student project for collecting and preserving crystals, snowflakes, and frost. (SL)

Peer-reviewed, classroom-tested, and tailored specifically for introductory science courses, Favorite Demonstrations is a complement to every college instructor's lesson plans. The book is an all-in-one compilation of 36 popular classroom demonstrations published since 1993 in the "Favorite Demonstration" column of NSTA's Journal of College …

The Challenger Center for Space Science Education uses space exploration as a theme to create a positive learning experience that raises students' expectations of success; fosters in them a long-term interest in math, science, and technology; and motivates them to pursue studies in these areas. This document is a feasibility report for…

The science curriculum in Korea has been revised five times in the past 30 years. However, the issue of textbooks and their role in teaching and learning still exists as a major problem. The purpose of this study is to investigate the presentation of the goals of the national curriculum in high school earth science textbooks by analyzing and…

This book is intended to help teachers fulfill the need for children and future leaders to understand issues of global change and the science that lies behind them. Important changes are occurring in several of the earth's subsystems. The changes are thought to be the result from the expanding use of technology for the improvement of living…

This activity is designed to teach how tectonic plates move, what some consequences of this motion are, and how magnetic anomalies document the motion at spreading centers do. The activity provides learning objectives, a list of needed materials, key vocabulary words, background information, day-to-day procedures, internet connections, career…

This document presents a sample of the Arkansas science curriculum and identifies the content standards for physical science systems, life science systems, and Earth science/space science systems for kindergarten students. Each content standard is explained and includes student learning expectations, kindergarten benchmarks, assessments, and…

The study of the natural space environment and its effects on spacecraft is one of the most important and least understood aspects of spacecraft design. The Space Environments and Effects (SEE) Program prepared the Meteoroids and Orbital Debris Lesson Plan, a SEE-focused high school curriculum to engage students in creative activities that will…

This videotape recording answers key questions about the Moon such as, What keeps it revolving around the Earth?, Why do we see only one side of the Moon?, and What is the origin of the Moon? Students learn about how the Moon has been studied throughout history, including recent lunar missions, its phases, eclipses, and how it causes tides on…

In this videotape recording, students learn about the layers of the atmosphere and why each is important to the survival of life on the planet. Students discover why the atmosphere is responsible for weather and see how special aircraft actually fly into hurricanes. Students build their own working barometer in a hands-on activity. Contents…

Reports the results of a study of four different instructional methods used in teaching earth science at the sixth grade level. The objective of the study was to compare the effectiveness of the didactic approach with the process-managerial, the self-directed, and the motivated self-directed learning methods. (JR)

Describes student activities with mercuric oxide and mercury that help them to form models of the solar system and its creation. (JR)

Reviews short term lunar surface changes gathered during the last decade and their relations to the seismic data from the four seismographs placed on the Moon. Indicates that such a continued consideration may give rise to a new insight into the structure of the Moon. (CC)