This collection is designed to help you get started with remote learning. We provide an overview of basic strategies and combine them with some tools and resources for you to consider.

Check out these 12 lessons on air and the atmosphere, exploring air quality and how it can impact living things. There are plenty of hands-on activities, teaching guides, and videos to help making this unit come alive!

Check out this 11-part collection for elementary learners! Each lesson is full of hands-on activities, handouts, and in-depth studies of the science of food. Your class will study balanced meals, how food grows, plant parts, the...

Make a splash with this series of engaging interactives that teach all about one of the most important substances on Earth: water. From oceans to bodies of freshwater, these fun resources investigate the water cycle and the important...

The Atlantic and Pacific Oceans are awash in plastic. The four lessons in the “Adrift in a Sea of Plastic” module challenge young environmentalists to design a solution to eliminating these plastic trash islands. After researching causes...

The 17 resources in NASA’s Rockets Educator Guide allow young scientists and engineers to engage in experiments as they examine images of more than 2,00 years of rockets. Scholars then read articles that provide an overview of the next...

Save time planning your next unit on the solar system with these resources brought to you by our team of credentialed teachers.

My saying for distinguishing between a waxing moon and a waning moon is, "wax on, wane off." When the moon is "turning on" or on its way to a full moon, we call it waxing. When the moon is "turning off" or on its way to a new moon, we...

This collection is a blast. Kids can explore the science behind plate tectonics, examine the life cycle of volcanoes, and engage in hands-on projects that model volcanic processes. They'll see lava.

Celebrate reading across the curriculum with a collection of lessons and worksheets that bring literature and informational text to life in math, science, social studies, and music. Each resource prompts interdisciplinary instruction...

Engineering design-based activities make learning science fun. Young engineers design dams, lifeguard chairs, musical instruments, candy bags, and much more. They also use measurement skills to solve the mystery of the missing pin. Each...

Mercury, Venus, Earth and Mars make up the inner planets in our solar system. Jupiter, Saturn, Uranus, and Neptune make up the outer planets. Use this collection of lesson plans, worksheets, videos, and presentations to build young...

Welcome to the Solar System! Mercury, Venus, Earth and Mars make up the inner planets in our solar system. Jupiter, Saturn, Uranus, and Neptune make up the outer planets. Use this collection of lesson plans, worksheets, videos, and...

The 11 lessons in the Climate Action in Language Education collection, designed for English as a Second Language and English Language Development classes, permits instructors to bring environmental and sustainability issues into the...

Get young scientists energized about all the different energy sources with a five-lesson unit that combines research, direct observations, and hands-on investigation. To begin, scholars investigate a renewable or non-renewable energy...

The Understanding Science and Engineering Through Solar Power unit module teaches scholars how to conduct investigations and the steps for scientific inquiry and experimentation. To begin, young scientists conduct two probes to...

Seven activities make up the TeachEngineering: Earthquakes Living Lab Collection. Activities designed for grades K-8 include “Geology and the 1906 San Francisco Quake,” “Designing for Disaster,” and “The Theory of Plate Tectonics.”...

Class members use the online resources provided through the Earthquakes Living Lab to investigate why large earthquakes occur in Japan. Pairs work together to research tectonic plates and fault lines and determine whether other locations...

Class members look at two historical earthquakes: San Francisco, California, and Kobe, Japan. Pairs compare the two earthquakes and their impacts, then determine how engineers may use the information gleaned from previous earthquakes to...

Pairs research building design in earthquake-prone areas and use computer simulations to see the effects of earthquakes on buildings. They sketch and explain a building design that would withstand a strong earthquake.

Class members research the theory of continental drift, examine evidence of plate tectonics, connect this information to engineering, then write an essay on whether they support the theory of continental drift.

Using the Internet, pupils research what causes earthquakes, how scientists measure them, their locations, and their effects.

Pairs research current earthquakes to see if there are any patterns. They determine the mean, median, and mode of the earthquake data, along with the maximum and minimum. Using that information, they make earthquake predictions for a year.

Pairs use an online simulation to determine the epicenter and magnitude of an earthquake. Using actual data about the earthquake's maximum S wave amplitudes, they then determine the magnitude.