Fly Away! (Climates and Seasons)
- Astronomy, Climate, Earth Science, Ecology, Geography
- Two 45 minute periods
- Group Size:
- 8 or fewer
- National/State Standards:
- National Standards for ...
Content Standards A, C, D, E
Elements 1, 2, 3
OverviewIn "Fly Away! (Exploring Migration)," students will know how the earth's orbit around the sun affects climate and seasons, and how climate varies across the globe.
Our extensive "Fly Away!" curricula unit is broken into twelve lesson plans, each taking 30 - 90 minutes to complete, and targeted at varying grade levels. A class needn't complete every lesson in the unit - each lesson comes with its own set of objectives and resources. This is lesson 2 of the unit.
Objective(s)Guiding Question: What are climates and seasons?
Critical Content: Students will understand the differences between climate and seasons.
Student Objectives: Students will ...
- use a globe to understand relationships between the earth and the sun.
- create a climate map.
- research and describe their own climate.
Our extensive "Fly Away!" curricula unit is broken into twelve lesson plans, each taking 30 - 90 minutes to complete, and targeted at varying grade levels. A class needn't complete every lesson in the unit, though some lessons do refer to one another and are better done in sequence. However, each lesson comes with its own set of objectives and resources.
The final lesson, "Fly Away! (Being a Biologist)" can be done independently, as a large research project, or as a final assessment after having done some, or all, of the other lessons in the unit.
Check out the other lessons:
Lesson 1: Exploring Migration
Lesson 2: Climate and Seasons
Lesson 3: Climate and Migration Patterns
Lesson 4: Spatial Migration Game
Lesson 5: Migration Cues
Lesson 6: Homing Experiment
Lesson 7: Bird Modeling
Lesson 8: Golden Eagle Life Cycle Diagram
Lesson 9: Which Way Do We Go?
Lesson 10: The Race South
Lesson 11: The Safe Zone
Lesson 12: Being a Biologist
The Earth and Sun
Students make models to show the movement of the earth around the sun.
Materials: Foam balls of different sizes or balloons (clear or white) , color markers, a lamp without a shade for each group, protractors
- A lamp, without the shade, should be used to represent the sun. A globe can be used to represent the earth or students can make an earth from a Styrofoam ball or balloon and draw and label the continents on it.
- Tilt the earth at an angle of approximately 23 degrees and walk the earth around the sun. It should be kept tilted at the same angle and pointed in the same direction the whole way around.
- Observe where the light directly hits the earth at the different times of year.
- How much time does one trip around the sun represent?
- How much time does one rotation of the globe represent?
- When the Northern Hemisphere is tilted toward the sun what season would occur?
- When it is tilted away from the sun what season is it?
- How do the seasons of the Southern Hemisphere differ from those of the Northern Hemisphere?
- How might the seasons vary as you go closer to the equator or closer to the poles?
Extension: Walk around the sun again, but spin the earth as you go around to represent night and day.
Students make a climate map
Materials: Climate data from an atlas or the Internet, colored pens or pencils, template maps of the world.
Before You Begin: Discuss the difference between climate and seasons. Broadly define the categories you wish them to include on their maps, they may choose to further differentiate the regions selected.
Procedure: Students color and label a map to show the different climates around the world. This data can be obtained from an atlas or an Internet site. The climate data should not be too detailed but should still include regions of a humid cold climate, a cold polar climate, a humid tropical climate, a humid warm climate and a dry climate (or similar categories).
- How are climate and seasons different? How are they similar?
- Are there any patterns that you have observed on your maps?
- What accounts for these patterns?
- How are they related to the rotation of the earth around the sun?
Adaptations: Students can work together to color one big map that can later be used for mapping migration routes.
Your Home Climate
Students describe the climate and the seasons where they live
Materials: Climate data from a local source or the Internet (e.g., Climate Data Sources), paper and pencil.
- Identify the climate where you live.
- Write a description of each season in your town or city. Include information on the average temperatures, average snowfall, and average rainfall.
- Why do you think the climate you live in is the way it is?
- Where are some areas that would be hotter or colder than your home climate?