Lesson 5: Wind Direction and Study - petrawoolf/OutdoorScienceLab GitHub Wiki
Lesson 5: Wind Direction and Study
Timing: Year Round
Objective: To observe the wind and how it changes based on various conditions as well as the time of year.
SMART Learning Goals:
- K-2nd Grade: Students will build a weathervane and record wind direction for 5 days, drawing arrows to show how it changes.
- 3rd - 5th Grade: Students will design and build a weathervane, collect wind direction data for 7 days, and write a short reflection about what affected wind direction.
Materials:
- Straws
- Cups
- Paper
- Compass
- Protractor
Activities:
Begin with a class discussion: Ask: “Why do we have weather?”
- Create a chart of students’ ideas
- Ask: “What would happen if suddenly it didn't rain?”
Explain: Where the weather comes from
- Talk about the weather cycle and how rain, clouds, and sun affect plant growth
- Explain the reason why clouds appear
- Explain what causes lightning and thunder
Make a Weathervane
- Show sample designs of weathervanes and anemometers.
- Explain what these devices do.
- Have the students create their own designs in their science journals.
- Discuss what parts of the designs would work well, which would not work well, and explain why.
Make!
- Provide each student with:
- Straws
- Cups
- Paper
- Compass
- Protractor
- Walk them through on how to make a simple weathervane. Observe
- Place your weathervanes outside in the lab and make observations on how they work
- Make observations about how fast the wind is going depending on if it is cloudy or sunny, etc. Students should collect data and put it into a class chart or graph for one week. Reflection
- Students should use their science journals to draw their weathervane and write a bit about how their design worked.
How this activity supports Common Core Science Standards
K–2:
- K-ESS2-1: Use and share observations of local weather conditions to describe patterns over time.
3–5:
- 3-ESS2-1: Represent data in tables and graphical displays to describe typical weather conditions expected during a particular season.
Related Lessons:
- Lesson 1: Introduction
- Lesson 2: Living vs Non-Living Things
- Lesson 3: Soil Discovery and Decomposers
- Lesson 4: Plant Growth
- Lesson 6: Pollinator Patrol
- Lesson 7: Butterfly Garden
- Lesson 8: Seed Dispersal
- Lesson 9: Solar Energy Exploration
- Lesson 10: Microhabitat Study
- Lesson 11: Decomposition Detectives
- Lesson 12: Building a Scale Model of the Solar System
Lesson 5 - How to Build and Teach From Outdoor Science Learning Labs.pdf