Space Science Teacher Resources

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Showing 21 - 40 of 1,715 resources
High schoolers study water resources that are important to the people of North American and Africa. They use satellite images and data to explore how human actions can degrade, improve, or maintain water resources. They analyze and interpret graphic data to make recommendations for improving future use of these resources.
Students investigate oxidation-reduction reactions involving iron by conducting an experiment in which they expose iron filings to different atmospheric and ocean conditions. They relate the results to the oxidation banding patterns seen in sedimentary rocks and the formation of an oxygen-rich atmosphere on Earth.
Students read about teacher-in-space Barbara Morgan and life in space. In this space science and current event lesson, the teacher introduces the article with a vocabulary activity, then students read the news piece and participate in a class discussion. Lesson includes interdisciplinary follow-up activities.
Students create working kaleidoscopes and discuss the science behind the project in this introductory lesson plan on Space, Science, and Art. The lesson plan includes resource links and a downloadable video.
Eighth graders work with a simulation of the solar system using a program downloaded from a web site. They maneuver through the site using teacher led instruction. Finally, they write a fictional story based on their investigations.
Young scholars investigate different types of building structures and how they are able to stand up to earthquakes. Through comparison they determine which buildings are better able to handle earthquakes than others. They create a building, based on specific parameters, out of material assigned to them.
Learners investigate the age of the earth by using accepted scientific methods. They conduct research about the use of radioactive dating and there is a simulation activity of the process. Finally, students measure the radioactive decay of actual rocks to estimate the actual age of the earth.
Students examine the relationship between water retention and plant growth by conducting two experiments. They first compare the water retention qualities of clay, sand and loam soil types. Then they use the data from the first experiment to design the second plant growth and soil type experiment.
Students use NASA photographs and hands-on activities to compare the amounts of land and water on our planet. They discover that the world has five oceans and that they cover seventy percent of Earth's surface. Students learn how this affects the entire Earth system.
Young scholars identify how technology aids scientists in their research. Through discussion, they explain the various ways scientists use Aerogel to aid in their collection of high-speed particles. Through experimentation, students create their own version of Aerogel using gelatin and test its ability to trap and sustain particles.
Students identify and label the different parts of a robot, rover, or a spacecraft. They discuss and record all of the features their robot will need to accomplish its mission and be able to explain why they chose these features to design their robots. Finally, students choose a robot to develop, create a sketch of their designs with the parts labeled, identify the materials needed, and build their models.
Students identify the basic requirements needed for survival and identify the resouces needed for survival that are found within their own community. They use craft materials to create a model of it and then. create a color key to indicate where each of these resources might be found in their communities.
Students use the Drake Equation to calculate the probability of sustaining life on various planets. Through the use of the equation, they determine whether intelligent and advanced civilizations can be developed on planets other than Earth. Students use their data to write a position paper for or against planetary settlement.
Space science stars journey through our night sky and take virtual photos of galaxies to investigate simple random samples. Higher math is used to analyze the data collected. Copy the evaluation/assessment questions onto a handout for learners to answer as they work though the interactive component. 
Eleventh graders estimate the amount of water they use in a day, week, or month. They read the attachment, "Water Facts" and the teacher performs a demonstration of water sampling and testing. Students work in small groups to perform a research project related to the topic.
How is the Earth's weather created? Middle schoolers will explain how the Sun's energy is transformed into different forms. They will perform mathematical calculations of volume, mass, and temperature. They they will explain the different factors influencing the Earth's weather. Material lists and resources are included.
Thoroughly written, this plan walks you through every detail of having your high school astronomers design scale models of the solar system. Complete instructions on building to scale, lesson procedures, and associated worksheets are all included. Use this as part of an astronomy unit and have groups work together to construct the models. One small problem is that Pluto is still considered a planet on one worksheet. However, this prompts a discussion on what defines a planet.
Students discuss the possibility of intelligent life in space. In this space science lesson, students decipher a radio message electronically transmitted in space. They create their own extraterrestrial welcome greeting.
Students research scientific discoveries and technological innovations. They organize discoveries and innovations in life, environmental, physical, earth and space science categories. They analyze impact of selected discoveries and innovations in terms of personal, community, national or global perspectives.
Students are able to describe earth processes (e.g., rusting, weathering, erosion) that have affected selected physical features in students, neighborhoods. They are able to identify various earth structures (e.g., mountains, faults, drainage basins) through the use of models. Students are able to identify the composition of soil as weathered rock and decomposed organic remains.

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