8 Interdisciplinary activities to bring hurricane science to life

Why teach hurricanes across subjects?

Every year, hurricane season rolls around, and the news cycle fills with satellite images, evacuation orders, and stories of communities rebuilding from the ground up. For students living along the Gulf Coast or the eastern seaboard, this isn’t unfamiliar territory. It’s their reality. And for those further inland, it’s still a topic that touches nearly every subject you teach, from earth science and physics to media literacy and informational writing.

If you’ve ever had a student ask mid-lesson why hurricanes spin or whether one could hit your town, you already know how easily this topic grabs their attention. Hurricanes have a way of sparking questions that cross every subject boundary, and that natural curiosity is worth building on.

So how do you channel that interest into meaningful learning across subject areas? That’s exactly what this guide is for. Whether you teach elementary students who are just beginning to understand weather patterns, or high schoolers ready to dig into atmospheric science and global inequality, the activities below offer practical, interdisciplinary ways to explore hurricanes in your classroom. I’ve organized them by grade band so you can jump straight to what’s most relevant for your students.

Activities for elementary students

1) Simulate a hurricane in the classroom

There’s nothing quite like a hands-on experiment to make a concept stick, especially for younger learners. This simple simulation helps students visualize how wind and water interact to create a hurricane, and it only requires materials you probably already have in your classroom.

You can pair this activity with a viewing of High Five Facts: Hurricanes to give students a quick, engaging overview before they get their hands wet.

You will need:

• A small fan (to create wind)
• A large bowl of water
• Food coloring (optional, but it makes the water movement much easier to see)
• A spoon or stick to stir the water

Steps:

• Fill the bowl with water and add a few drops of food coloring.
• Turn on the fan and position it a few feet from the bowl.
• Ask students to observe how the wind creates waves and ripples on the surface. Explain that this is similar to how hurricane winds push ocean water toward the shore, creating storm surges.
• Next, use the spoon to stir the water in a circular motion. Point out how the swirling mimics the spinning rotation of a hurricane over the ocean.
• After the experiment, lead a class discussion about how wind and water work together during a hurricane. Correct any misconceptions as they come up.
• As a follow-up, have students create fact files about hurricane formation, using diagrams and drawings that reference the experiment.

For additional context on how hurricanes develop, the video Natural Phenomena offers a great standards-aligned overview for grades K–5.

2) Create a hurricane safety leaflet

This activity blends science content with informational writing and design skills, making it a natural interdisciplinary win. Students research hurricane preparedness and then create a leaflet that could genuinely help their family or community during hurricane season.

Start with a class discussion about the impact of hurricanes, including strong winds, flooding, storm surges, and power outages. The video Hurricane Andrew works well here too, as it shows the real-world devastation of a major hurricane in Florida.

Then, guide students through creating a safety plan that covers three phases:

• Before a hurricane: Staying informed through weather reports, packing a hurricane kit (flashlights, batteries, water, canned food, first aid supplies, phone chargers, spare clothes).
• During a hurricane: Staying indoors, staying away from windows, keeping phone use to emergencies, monitoring water levels in storm surge areas.
• After a hurricane: Waiting for an all-clear signal, watching for debris like loose roof tiles and branches, being careful around floodwaters.

Students can present their leaflets as folded brochures with diagrams, checklists, and emergency phone numbers. If you want to take it further, have them present their leaflets to another class. It’s a great low-stakes speaking opportunity.

3) Compare natural disasters

How is a hurricane different from an earthquake? What about a tornado? Asking students to compare and contrast natural disasters builds critical thinking skills and reinforces their understanding of each event’s unique characteristics.

The video Earthquakes or Hurricanes is a perfect launching point for this activity. After watching, students can create a Venn diagram or a two-column fact file comparing the two types of disasters.

• Have students work in pairs to research their assigned disasters using classroom resources and videos like Natural Disaster.
• Each pair creates a short oral presentation or poster explaining the key similarities and differences.
• End with a whole-class discussion: Which type of natural disaster do you think is harder to prepare for, and why?

This activity also connects nicely to ELA standards around informational writing and comparing texts.

Activities for middle school students

4) Track a real hurricane using data

Middle schoolers are ready to engage with real-world data, and hurricane tracking is a surprisingly engaging way to bring math and geography into your science classroom. This activity asks students to plot a hurricane’s path using latitude and longitude coordinates, calculate wind speed changes over time, and analyze how geographic features influenced the storm’s behavior.

Start by screening Why Hurricanes Occur and Where Hurricanes Occur to give students the scientific foundation they’ll need. Then, provide students with data from a historical hurricane. NOAA’s Historical Hurricane Tracks database is an excellent resource for this.

• Students plot the hurricane’s path on a printed or digital map using coordinate points.
• They calculate the average wind speed at different stages of the storm and graph the changes over time.
• In small groups, students discuss questions like: Why did the hurricane strengthen at certain points? What happened when it made landfall? Why did it weaken?
• As an extension, students can compare their hurricane’s path with the video Tropical Storms in the Atlantic to understand broader storm patterns in the Atlantic basin.

This is also a great opportunity to connect to the science of air pressure. The videos Air Pressure and Wind Speed and Air Pressure help students understand the atmospheric mechanics driving the data they’re analyzing.

5) Investigate misinformation during a crisis

Here’s a interdisciplinary activity that couldn’t be more timely. During recent hurricanes like Helene and Milton, misinformation spread rapidly on social media, sometimes hampering relief efforts. This makes hurricanes a powerful and relevant entry point for teaching media literacy.

Begin by showing students News Literacy to establish a foundation for evaluating information sources. Then, present students with a mix of real and fabricated social media posts, headlines, or claims about a recent hurricane. You can create these yourself or provide examples (anonymized where appropriate).

• In small groups, students evaluate each source: Is it credible? What clues help you decide? Who published it, and why might they have a bias?
• Groups present their findings to the class, explaining which sources they flagged as unreliable and what evidence they used.
• Follow up with The Facts about Fact Checking and Can You Spot Fake News? to deepen the conversation.
• As a final task, students write a short guide, aimed at their peers, with tips for spotting misinformation during a natural disaster.

Why does this work so well? Because students aren’t just learning about media literacy in the abstract. They’re applying it to a scenario that feels urgent and real. And honestly, it’s a skill that benefits all of us, not just students.

Activities for high school students

6) Conduct a comparative case study

High school is the perfect time to push students beyond the science of hurricanes and into the human geography of disaster. This activity asks students to compare how different communities experienced the same type of storm, and why the outcomes were so dramatically different.

The video The Impact of Hurricanes examines Hurricane Matthew’s impact on both the southeastern U.S. and Haiti in 2016, making it an ideal starting point. Students can also draw on Tropical Storms: Bangladesh’s Cyclone Aila for a case study from South Asia.

• Divide students into research groups, each assigned a different hurricane or cyclone event.
• Groups investigate: What were the economic conditions of the affected area? What infrastructure existed? What early warning systems were in place? How did government agencies respond?
• Each group presents their findings, and then the class holds a Socratic seminar around the central question: Why do similar storms produce such different outcomes in different communities?
• Students write a reflection essay connecting their findings to broader themes of global inequality and disaster preparedness.

This activity naturally integrates geography, economics, history, and writing. It’s the kind of lesson where students start to see how interconnected their subjects really are.

7) Discuss the climate change connection

Does climate change impact hurricanes? It’s a question that sparks genuine curiosity and debate among high schoolers. This activity channels that energy into structured academic discourse.

Start with Extreme Weather, which provides a solid overview of the science behind major weather events in general. Then, have students explore the relationship between warming ocean temperatures and hurricane intensity using data from the Center for Climate and Energy Solutions and NOAA.

• Divide the class into teams, each tasked with building an evidence-based, interactive seminar to explain the connection between warmer temperatures and hurricanes.
• Teams research using scientific papers, news articles, and videos like Global Atmospheric Circulation.
• Host a lesson allowing time for all teams to share their seminar.

Preparing and presenting an environmental and geography seminar can address standards across multiple subject areas, including ELA, Science, Social Studies and Media Literacy, with the bonus of developing the 4Cs — critical thinking, communication, collaboration, and creativity.

8) Explore the physics behind the storm

For students in physics or advanced earth science courses, hurricanes offer a fascinating real-world application of rotational motion, the Coriolis effect, and atmospheric pressure systems. This activity turns the abstract into something tangible.

Begin with Hurricane Development to show how Earth’s orbit contributes to hurricane formation. Then, introduce the Coriolis effect using the video Coriolis Effect, which explains why hurricanes spin counterclockwise in the Northern Hemisphere and clockwise in the Southern Hemisphere.

• Students work through a set of problems applying the Coriolis force to predict wind direction at different latitudes.
• Using the video Rotational Motion, they explore angular velocity and how it relates to a hurricane’s wind speed at different distances from the eye.
• Have students build or draw a diagram of a hurricane’s cross-section, labeling the eye, eye wall, rain bands, and areas of highest and lowest pressure. The video Air Pressure supports this component.
• As an extension, students research how meteorologists use barometric pressure readings to predict hurricane intensity, and write a short lab report connecting their findings to the physics concepts they’ve studied.

This activity works beautifully as a multi-day project and gives students a compelling answer to the age-old question: “When am I ever going to use this?”

Tips for ongoing hurricane education

Hurricanes don’t have to be a one-off lesson during storm season. Here are a few ways to keep the topic alive throughout the year:

• Tie it to current events. When a hurricane makes the news, take five minutes to discuss it in class. Even a brief conversation reinforces what students have learned and keeps the topic relevant.
• Use it as a recurring example. Whether you’re teaching informational writing, data analysis, or global inequality, hurricanes can serve as a through-line example that students return to across units.
• Build a classroom resource wall. After completing any of the activities above, display student work (safety leaflets, data graphs, notes) where the class can reference it later.
• Invite a guest speaker. If you’re in a hurricane-prone area, consider inviting a local emergency responder, meteorologist, or community member who has experienced a hurricane firsthand. These real-world connections leave a lasting impression.
• Explore the full ClickView hurricanes collection. ClickView offers curated video resources for elementary, middle school, and high school students, making it easy to find age-appropriate content whenever you need it.

Hurricanes are one of those rare topics that genuinely belong in every subject, not just science. They’re a gateway to conversations about community, resilience, critical thinking, and the interconnected systems that shape our world. Whatever grade level you teach, I hope these activities give you a practical starting point. Your students, and their curiosity, will take it from there.

Sources

1. National Oceanic and Atmospheric Administration (NOAA) (n.d.). Historical Hurricane Tracks. Available at: NOAA Office for Coastal Management. https://coast.noaa.gov/hurricanes/ (Accessed: 4 March 2026).
2. Center for Climate and Energy Solutions (n.d.) Hurricanes and Climate Change. Available at: https://www.c2es.org/content/hurricanes-and-climate-change/ (Accessed: 4 March 2026).
3. National Oceanic and Atmospheric Administration (NOAA) (2020). Link Between Earth’s Heat and Hurricane Strength Grows. Available at: https://www.ncei.noaa.gov/news/link-between-heat-and-hurricanes (Accessed: 4 March 2026).
4. UNESCO (n.d.). International Day for Disaster Risk Reduction. Available at: https://www.unesco.org/en/days/disaster-risk-reduction (Accessed: 4 March 2026).
5. National Hurricane Center. Available at: https://www.nhc.noaa.gov/ (Accessed: 4 March 2026).