Discovery of 6,000 km³ Magma Reservoir Beneath Tuscany Using Ambient Noise Tomography
New research has identified a substantial magma reservoir under Tuscany, revealing 6,000 cubic kilometers of molten material. This technique offers a cost-effective method for locating geothermal resources, lithium, and rare earth elements essential for modern technology.
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Research conducted by the University of Geneva, CNR-IGG, and INGV has revealed a massive magma reservoir beneath Tuscany, measuring 6,000 cubic kilometers. This discovery was made using ambient noise tomography, a remote sensing technique that utilizes ground vibrations to create 3D models of subterranean structures.
The identified magma extends from 8 to 15 kilometers below the surface and poses no immediate danger. The findings could significantly reduce the cost and time of locating key resources such as geothermal energy and rare earth elements, vital for electric vehicle batteries. This method may also aid in understanding geological activity in regions previously deemed inactive.
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