Mineral Fingerprinting
Youth identify minerals that indicate past water or volcanism at each of four landing sites.
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Youth Will Know
- They can identify minerals on Mars by looking at graphs of the light they reflect created by remote sensing technology (spectrometers).
Activity Downloads
S3_Mineral_Fingerprinting_Educator_Guide
Mineral Fingerprinting Educator Guide
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S3_Mineral_Fingerprinting_Science_Notebook
Mineral Fingerprinting Science Notebook
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S3_Mineral_Fingerprinting_Data_Packet
Mineral Fingerprinting Data Packet
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S3_Mineral_Fingerprints_Data_Sheet
Mineral Fingerprints Data Sheet
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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 can scientists find out whether life could have existed on Mars?
- How do we know how old Mars rocks are?
- How can we use infrared spectroscopy to identify a scientifically interesting landing site?
Youth Will Do
- Interpret the unique spectral “fingerprints” of different minerals to identify them.
- Apply their knowledge of which minerals are evidence of past water when evaluating landing sites.
Did You Know
Some animals can see more colors than us. Butterflies can see ultraviolet light and certain reptiles can detect infrared light.
Quick Tips
- Consider showing one or more videos to youth to review the concepts.
- "Spectrum" is singular and "spectra" is the plural form of the same word.
Glossary
Spectroscopy: a remote sensing technology that measures the intensity of reflected light from a substance for the purpose of identifying the substance
Related Videos
Activity Timing
10 min.
Introduction to Spectrometry
15 min.
Observing Different Spectra
10 min.
Explore Spectrometry Data
5 min.
Reflect
40 min
Total