NASA Artemis II Crew Completes Geology Training Ahead of Lunar Mission
Similar Articles
Artemis II Crew Reflects on Historic Moon Mission During Capitol Hill Visit
NASA's Artemis II Mission Pioneers Laser Communications for Crewed Lunar Flight
NASA's Artemis II Astronauts and Volunteers Observe Meteoroid Impacts on the Moon
NASA Artemis II Crew Captures Earth Image During Deep Space Test Flight
NASA Prepares Artemis III Mission to Test Lunar Lander Docking in Earth Orbit
NASA Artemis II crew members have completed extensive geology training, including field classes in Iceland and Arizona, to prepare for lunar observations during their upcoming mission. Cindy Evans, a NASA exploration scientist with 37 years of experience, leads the geology training curriculum. The training aims to equip the crew to analyze and photograph geologic features like impact craters and lava flows from lunar orbit.
Facts First
- Artemis II crew completed geology training for their 10-day mission to fly by the Moon.
- Training curriculum led by Cindy Evans includes classroom and field classes for crew and mission support teams.
- Field training occurred in Iceland and Arizona to practice observing and describing geologic features.
- Cindy Evans has 37 years at NASA contributing to Shuttle, ISS, and Earth observation programs.
- Artemis II Lunar Science Team practiced mission support via simulations at Johnson Space Center.
What Happened
The Artemis II crew, which includes mission specialist Christina Koch, has completed geology training ahead of their scheduled mission to fly by the far side of the Moon. The training curriculum, led by Artemis exploration scientist Cindy Evans, encompassed classroom science and geology-focused field classes. In August 2024, Koch and Evans conducted field training in Iceland to study geologic features. Evans also mentored NASA astronaut Marcos Berríos during in-field geology training in Flagstaff, Arizona, focusing on observing and describing rock samples. Separately, the Artemis II Lunar Science Team conducted simulations at Johnson Space Center to practice mission operations support for real-time assessment of imagery and observations.
Why this Matters to You
This training directly supports a crewed mission returning humans to lunar orbit, a step toward future sustained lunar exploration. The skills developed may enable the crew to collect valuable scientific data about the Moon's surface, which could inform our understanding of planetary geology and resource potential. Successful missions like Artemis II could pave the way for broader international scientific collaboration and technological advancement in space.
What's Next
The Artemis II mission itself is the next major step. The crew will conduct a 10-day mission that includes flying by the far side of the Moon, where they are expected to analyze and photograph geologic features such as impact craters and ancient lava flows. The data and imagery collected during the mission will likely be analyzed by teams like the Artemis Internal Science Team to advance lunar science.