For example, the researchers have identified minerals from the olivine group and anorthosite.
In total, they have modeled 39 indices for the investigation of the lunar surface. M3 is an imaging spectrometer that provided the first high-resolution spatial and spectral map of the entire lunar surface, revealing the minerals of which it is made.
"MoonIndex is a reliable and versatile tool for analyzing the composition of the lunar surface," said geologist Suárez-Valencia. The natural resources of the moon could be used for future missions into space. MoonIndex is also useful for identifying suitable landing sites. The researchers hope that the free and open-source software, written in the Python programming language, will contribute to the democratization of science.
MoonIndex comes at the right time. There is great interest in exploring the moon. Various countries have launched lunar missions this year or are planning to do so. For example, in preparation for a moon landing, the U.S. space organization NASA wants to launch the Artemis 2 mission in November, which is intended to put several astronauts in orbit around the moon.
More information: Javier Eduardo Suárez‐Valencia et al, MoonIndex, an Open‐Source Tool to Generate Spectral Indexes for the Moon From M3 Data, Earth and Space Science (2024). DOI: 10.1029/2023EA003464
Journal information:Earth and Space Science
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