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Lunar Impact Crater Categorization Study

Explore the classification of lunar impact craters based on depth, diameter, and regional surroundings. Collect data, analyze trends, and predict crater types. Future studies include expanding dataset for comprehensive analysis.

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Lunar Impact Crater Categorization Study

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  1. Geoffrey George, Charles Gutierrez Miguel Nze, Matt Malacara, Brandon Rangel, Juan Urquidi, Alex Valdez Robert E. Lee High School/S.T.E.M. RAM Academy San Antonio, Texas Categorizing 30km Craters on the Lunar Surface

  2. Project Selection • We looked through the topics and discussed which one we all had an interest in. • When we got down to three we did our research and found which one had the most resources available. • After about a week of research we came to a consensus about our topic.

  3. Topic of Study • Categorize lunar impact craters 30km(±4km) in diameter as either Primary or Secondary based upon crater depth, diameter, and regional surroundings

  4. Background Info • Morphology • Primary vs. Secondary • Crater counting

  5. Primary Data Gathering • Gathered crater information (Identity, Diameter, Longitude & Latitude) • Compiled and documented craters that ranged from 26 – 34 kilometers. • Made use of Google Earth’s Moon feature to collect pictures of all the craters registered.

  6. Detailed Data gathering • Examined Crater Region for similar sized impact sites • Calculated a ratio between given Depth and Diameter • Looked for trends between separate sets of data • Predicted Crater type upon the look of the Impact region against the Depth-Diameter Ratio

  7. Data Crater Name: Lambert Location: 25.80°N 21.00°W Depth/Diameter Ratio: .09 Depth: 2.7km Diameter: 30km Regional Appearance; Crater is surrounded by many miniscule craters, Crater appears to have a complex inner geography Link to full spreadsheet: http://bit.ly/dVJH7j

  8. Data Spreadsheet

  9. Conclusion • Currently our team lacks sufficient amounts of data to come to determine any sort of trend between the Depth/Diameter Ratio and the appearance of the crater region to determine the classification of the impact sites.

  10. Future Studies • Continue to gather data concerning crater depth and diameter • Possibly expand set of data to include; Crater age, edge slope, and temperature • Build up a website to exhibit set of craters coupled with their related information

  11. References • Google Earth • Map-A-Planet • USGS Map-a-Planet: Explore the Earth's Moon . (n.d.). USGS Astrogeology: Map-a-Planet. Retrieved March 24, 2011, from http://www.mapaplanet.org/explorer • Lunar Republic • The Moon - Official Website Of Luna - Luna Society. (n.d.).The Moon - Official Website Of Luna - Luna Society. Retrieved March 24, 2011, from http://www.lunarrepublic.com/

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