Watching Weather from Orbit
Students learn how uneven heating by the Sun drives weather, how TIROS 1 took the first weather satellite pictures in 1960, how geostationary and polar orbiting weather satellites work together, and how satellite data feed computer forecasts and hurricane warnings.
Grades 5-8About 15 minutes of narrated flight, plus discussion stops8 stops
The full guide, with the 40-minute plan, discussion key points, exit ticket, activities, transcript and PDF, comes with a teacher license. Already licensed? Use Open the full guide.
What students will see and do
Students start at the Sun, then visit Earth six times with different views (TIROS 1, geostationary satellites, polar orbiting satellites, infrared and water vapor images, hurricanes, and turning data into forecasts) plus the International Space Station. Aetherion pauses at the Sun (uneven heating), the hurricane stop at Earth (how better forecasts change decisions) and the ISS (why the view from orbit affects people).
Learning objectives
- Explain how uneven heating of Earth by the Sun drives wind, clouds and storms.
- Compare geostationary and polar orbiting weather satellites in height, coverage and jobs.
- Describe how infrared and water vapor images let forecasters see storms at night and track moisture.
- Explain how satellite measurements become weather forecasts through computer models.
NGSS connections
| MS-ESS2-6 | Uneven heating by the Sun and Earth's rotation drive the atmospheric circulation that satellites observe. |
|---|---|
| MS-ESS2-5 | Students use satellite data to see how moving air masses produce changes in weather. |
| MS-ESS3-2 | Satellite observations help forecast hurricanes and other hazards so communities can prepare. |
Stops on this journey
- The Engine of Weather (discussion stop)
- The First Weather Satellite
- Satellites That Never Look Away
- Satellites That Circle the Poles
- Seeing in the Dark
- Hurricanes from Above (discussion stop)
- An Astronaut's View (discussion stop)
- From Pictures to Forecasts
Vocabulary
- weather satellite
- geostationary orbit
- polar orbit
- infrared
- water vapor
- hurricane
- weather model
- atmospheric river