Yellowstone supervolcano

Lithium Mine Beneath US Supervolcano Sparks Environmental Fears and Potential Disaster

A massive lithium deposit, potentially the largest ever discovered, has been identified within the McDermitt caldera on the Nevada-Oregon border, estimated to contain 20 to 40 million metric tons of the element. This lithium-rich clay formed from volcanic ash and mud in a long-lived lake, with hydrothermal fluids later leaching lithium from volcanic glass. The deposit’s high lithium concentrations, close proximity to the surface, and large size make it particularly promising for future mining efforts to meet the growing global demand for lithium-ion batteries. However, extracting this resource presents environmental challenges and concerns for local communities. This discovery offers valuable insights into the formation of lithium deposits within volcanic systems.

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Yellowstone’s Hidden Magma Cap Prevents Supervolcano Eruption

Yellowstone National Park’s hidden magma cap, recently discovered by geoscientists, is a fascinating development with significant implications for the park’s future. This discovery, made possible by using a specialized 53,000-pound vibroseis truck to generate low-frequency vibrations and analyze seismic wave reflections, reveals a layer of porous rock sitting atop the magma reservoir. This cap appears to play a crucial role in the stability of the system.

This newly identified magma cap acts as a pressure-release valve, allowing gases to escape from the underlying magma reservoir in a controlled manner. The process, described as “steady breathing,” prevents the buildup of pressure that could lead to a catastrophic eruption.… Continue reading