Pangaea 2024: Simulating Lunar Geology on Earth
ESA’s Pangaea field training course returns to the volcanic landscapes of Lanzarote, preparing a new cohort of astronauts for high-stakes geological survey missions on the Moon.
Mission Parameters: Pangaea 2024
The European Space Agency (ESA) has activated its premier geological field training program, Pangaea, as a precursor to future lunar surface operations. According to ESA, the current campaign utilizes the unique volcanic terrain of Lanzarote, Spain, to simulate the rugged landscape of the lunar highlands.
Operational Training Data
This year's cohort includes ESA astronaut Rosemary Coogan, NASA’s Arnaud Prost, and JAXA’s Norishige Kanai. The objective is to transform mission specialists into efficient field geologists. The curriculum focuses on identifying high-value scientific samples and navigating complex planetary surfaces.
The Lanzarote site—specifically the Timanfaya National Park—offers geological fidelity unmatched in Europe. Its basaltic lava flows and volcanic tubes mirror the environments expected at the lunar south pole, the primary target for upcoming Artemis missions. According to ESA, the training allows astronauts to practice sample selection in situ, ensuring that limited return payloads prioritize the most scientifically significant materials.
Advanced Instrumentation
Beyond basic hammer-and-chisel techniques, the team is integrating digital mapping tools and spectroscopy. These systems enable real-time communication between the 'lunar' surface and a support team of scientists, replicating the remote assistance protocols that will be standard during crewed Moon landings.
By bridging the gap between theoretical geology and field execution, Pangaea ensures that European and international partners possess the technical literacy required for the next era of deep-space exploration.