Astronauts Completed Lunar Geology Training Program
The international PANGAEA program has concluded a three-week course to prepare crews for future missions to the Moon.
Updated on Sept. 28, 2026 in Geology
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Astronauts have finished an intensive three-week geology training course designed to prepare them for upcoming lunar surface missions. This program, known as PANGAEA, focuses on essential field skills like rock identification and site documentation.
Why it matters
The program ensures astronauts can effectively interpret geological samples in the field, which is critical for scientific discovery on the Moon. These skills are essential for the success of future Artemis lunar exploration surface missions.
The training program spanned three weeks, utilizing field sites in the Bletterbach canyon in Italy, the Ries crater in Germany, and Lanzarote in Spain. Participants engaged in theory lessons followed by practical rock identification and documentation exercises.
The players
PANGAEA
This is a specialized training program designed by space agencies to equip astronauts with the geological expertise required for lunar surface missions.
The details
The PANGAEA program requires astronauts to collaborate with scientists throughout the entire field work process, from initial planning to final review. This comprehensive approach develops both individual technical skills and collaborative crew operations necessary for planetary exploration.
Timeline
The program began training astronauts in 2016.
The report on the recent three-week training was published in September 2026.
The Big Picture
The PANGAEA training program shifts the paradigm of astronaut preparation by emphasizing autonomous field geology as a primary mission requirement. This approach aligns with the operational scope of the Artemis Moon missions, extending beyond traditional flight and engineering training.
Future lunar missions will rely on these trained astronauts to provide real-time geological analysis, potentially uncovering new information about the solar system's history. These field techniques may also eventually influence terrestrial geological survey methods through improved documentation technologies.
The takeaway
The success of lunar exploration hinges on the ability of human crews to act as skilled field scientists on alien terrain. Mastering these geological skills on Earth allows astronauts to maximize the scientific return of high-stakes missions on the Moon.
Further reading
For more on the intersection of space exploration and earth sciences, visit our Geology section.
Source note: This article includes information reported by European Space Agency (ESA).
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