NOAA Sea to Sky: Education resource database

This guide includes eight elementary-level lessons, inspired by topics from the IMAX film Ocean Odyssey. Watching the film is not required for these lessons, but may enhance students’ learning experience of the topics presented in the activities. Educators can view a special extended preview offsite link of the film. Understanding the ocean and its ecosystems is essential to comprehending and protecting this planet. We must all be stewards for a cleaner, healthier, and more sustainable ocean. The activities in this guide will help lead you and your students to learn more about our ocean planet, its myriad of wonders beneath the waves, and work to maintain healthy ecosystems that are resilient in the face of change.

The Deep Ocean Education Project is a collaboration among NOAA Ocean Exploration, Ocean Exploration Trust, and Schmidt Ocean Institute featuring high-quality ocean exploration and science education materials from the three organizations. The Deep Ocean Education Project website – launched in 2021 – is built around themes that are easily searchable, address key ocean-related phenomena, and encourage and support three-dimensional approaches to teaching and learning for K-12 education. The objective is to provide a one-stop resource hub for public, educators, and students looking for deep-sea educational materials. The website also includes information on how to connect with research vessels, including a list of upcoming events and opportunities, and live feeds of expeditions.

Watch. Explore. Discover. View the beauty and mystery of the ocean realm captured on video around the globe. Videos are organized into collections to help educators.

On the afternoon of April 13, 2018, a large wave of water surged across Lake Michigan and flooded the shores of the picturesque beach town of Ludington, Michigan, damaging homes and boat docks, and flooding intake pipes. Thanks to a local citizen’s photos and other data, NOAA scientists reconstructed the event in models and determined this was the first ever documented meteotsunami in the Great Lakes caused by an atmospheric inertia-gravity wave.

Imagine this: you are sitting on a beautiful beach enjoying a lovely day, when out of the blue an alarm blasts from your phone and reads “Tsunami warning.” Do you know where you would go and what to do? What if you aren’t in the U.S. and there are no alarms, would you know the signs of an approaching tsunami?

When you think of springtime on land, you might think of birds migrating, flowers blooming, and leaves emerging. While these changes are happening on land, changes are happening in the ocean, too! But how can you tell if spring has sprung in the sea? This graphic explains some of the seasonal effects that take place as ocean waters warm and days grow longer.

This resource collection from NOAA Education explores how tsunamis form and move and what NOAA does to forecast their movement. Tsunamis are just long waves — really long waves. But what is a wave? Sound waves, radio waves, even “the wave” in a stadium all have something in common with the waves that move across oceans. It takes an external force to start a wave, like dropping a rock into a pond or waves blowing across the sea. In the case of tsunamis, the forces involved are large — and their effects can be correspondingly massive.

The 6+ miles wide asteroid that hit Earth 66 million years ago, widely accepted to have wiped out nearly all the dinosaurs and roughly three-quarters of the planet’s plant and animal species, also triggered a megatsunami with mile-high waves. Recent historical tsunamis pale in comparison with this globally catastrophic event, thought to be 30,000 times more initial energy than any recorded events. Watch this visualization of this tsunami as it spans the entire ocean.

Welcome to a virtual tour of the National Weather Service Forecast Office and Central Pacific Hurricane Center in Honolulu, Hawaiʻi!

These five minute videos highlight Black, Indigenous, and people of color in career pathways in marine research and ocean conservation. The main goal of the series is to represent marine scientists of color as role models for students to inspire a world of possibilities for their future careers. The videos tell the story of how these individuals got involved in the field, what they do, what barriers they encountered, and what they enjoy most about their work. There are active listening question suggestions to help with engagement.