Landing Site Topography
Youth compare topographic features of four potential landing sites.
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Youth Will Know
- They can use topographic maps created with remote sensing technology (LiDAR) to determine the shape and the height of terrain on Mars.
- Topographic data can help them choose a safe and interesting landing site.
Activity Downloads
S2_Landing_Site_Topography_Educator_Guide
Landing Site Topography Educator Guide
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S2_Landing_Site_Topography_Science_Notebook
Landing Site Topography Science Notebook
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S2_Landing_Site_Topography_Data_Packet
Landing Site Topography Data Packet
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Setup
The Educator Guide has a script, materials list, and prep directions. Be sure to have it open and ready to help guide you through every activity.
- If you have not already completed the prep for Science Series Activity 1, please refer to the S1 card for preparation.
- Revisit the PLANETS Science Series Educator Guide if it has been a week or more since you completed Science Series Activity 1.
- For this activity you will need Science Notebooks for each youth, plus Data Packets and Landing Ellipses for each group.
Guiding Question
- How do we identify different landforms and how rough the surface is?
- How can we use maps of landforms (the shape of the land) to choose a landing site on Mars?
Youth Will Do
- Interpret data from topographic maps to identify safe locations to land and landforms that might indicate water was present on Mars.
Quick Tips
- Consider teaching about contour lines by tracing the layers of the moonscape from Worlds Apart Activity 4 and creating a topo map.
- The pages of a thick paperback book can be manipulated to show a steep or shallow slope where every page edge is a contour line.
Did You Know
- Contour lines never cross, unless there is an overhanging cliff large enough to appear on a topographic map.
Glossary
Contour: a line on a map that represents a constant elevation
Topography: the arrangement, elevation, or height of the landforms in an area
Videos Related to This Activity
Activity Timing
5 min
Introduction to LiDAR
10 min
Interpreting LiDAR Data
10 min
Understand LiDAR Data
15 min
Analyze the Site
10 min
Wrap Up
40 min
Total