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New Research Indicates Shift in Magmatic Activity at Yellowstone Supervolcano

share-iconWednesday, January 01 comment-icon2 weeks ago 8 views
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usatodayUSATODAY newsweekNEWSWEEK
New Research Indicates Shift in Magmatic Activity at Yellowstone Supervolcano

Credited from: USATODAY

Researchers have recently reported significant findings regarding the Yellowstone Supervolcano in a study published in USA Today. These studies indicate that volcanic activity appears to be advancing towards the northeastern part of Yellowstone National Park, a notable shift in geological activity that has long been monitored by scientists.

According to Ninfa Bennington, a volcano geophysicist with the U.S. Geological Survey (USGS), the attack on the caldera reveals critical insights. Bennington highlighted that the western section of the caldera is showing signs of wanning, while the northeast seems to be increasingly active. “This volcanic system is not capable of producing that sort of eruption,” Bennington emphasized, calming concerns about an imminent super-eruption similar to those that occurred 640,000 years ago.

Yellowstone, characterized by its vast volcanic system, is home to multiple magma reservoirs. Newer magnetic imaging techniques allowed researchers to trace the underground magma dynamics more accurately than previous methods. The research team mapped at least seven areas with a relatively higher magma content, suggesting complex interactions between different magma bodies, some reaching as deep as 29 miles beneath the park’s surface, while others are as shallow as 2.5 miles.

According to the research, there is approximately 105 cubic miles of molten rock beneath the northeastern region of Yellowstone, which could lead to potential eruptions in the future. This volume is comparable to that released during the Mesa Falls eruption, one of Yellowstone's most significant past eruptions that occurred 1.3 million years ago.

The studies underline the importance of monitoring the ever-changing dynamics of Yellowstone’s geology. With the identification of magma migrating from the lower crust, merging with regions of rhyolitic melt, understanding the potential for future eruptions is crucial. “Caldera-forming eruptions at Yellowstone are sourced by rhyolitic melts stored within the mid-to-upper crust,” explained the team.

For now, visitors to Yellowstone can rest assured. The mud pots, hot springs, and famous geysers will continue their captivating displays, with no immediate threat of a catastrophic eruption. However, as geological activity can span hundreds of thousands of years, continuous monitoring by experts remains vital for assessing future risks.

For a more detailed analysis, refer to the original report from Newsweek.

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