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ARTICLE AD BOX
Our moon is quietly shrinking, causing thousands of new cracks and moonquakes. Scientists have identified over 1,100 new surface fractures, particularly in the lunar plains, indicating a dynamic, contracting celestial body. This discovery has significant implications for future NASA missions like Artemis, emphasizing the need for safety and understanding of lunar seismic activity.
The moon is one the most cherished objects in the night sky, that is both a source of natural light, beauty, grace and a centre of poetic love stories, but imagine gazing at the moonlit sky, and the silver orb suddenly looks smaller and contracted.Science reveals it's quietly contracting, like a cooling apple wrinkling its skin, and surprisingly has new faults on its surface that rumble with moonquakes.
Why is the Moon shrinking and what does it mean for the Earth?
The Moon now has moonquakes and 1,114 new cacks on its surface
The moon is shrinking due to internal cooling, forming thousands of surface cracks, say scientists at the National Air and Space Museum's Center for Earth and Planetary Studies. They've now spotted these in lunar maria, vast basaltic plains from ancient volcanoes, not just highlands.Previously known since 2010, lobate scarps in highlands showed compression thrusting the crust upward. Now, similar "small mare ridges" blanket maria, or impact basins created by collisions with cosmic debris.Lead author Cole Nypaver stated, "Since the Apollo era, we've known about the prevalence of lobate scarps throughout the lunar highlands, but this is the first time scientists have documented the widespread prevalence of similar features throughout the lunar mare," per the study in Science Advances.
Representative Image
The team cataloged 1,114 new SMRs, totaling 2,634 cracks moon-wide. SMRs average 124 million years old, scarps 105 million, among the youngest features. Tom Watters, who first found cracks in 2010, said, "Our detection of young, small ridges in the maria, and our discovery of their cause, completes a global picture of a dynamic, contracting moon."according to a Science Daily report.
How will impact the future NASA missions
This tectonic buzz means moonquakes, bad news for bases. Faults could jolt habitats, according to researchers. Nypaver hopes Artemis data helps, "Upcoming lunar exploration programs, such as Artemis, will provide a wealth of new information about our moon. A better understanding of lunar tectonics and seismic activity will directly benefit the safety and scientific success of those and future missions," he noted.
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