Reshaping Earthquake Hazards and Water Resources: Groundbreaking Geologic Discoveries Across the U.S.
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Reshaping Earthquake Hazards and Water Resources: Groundbreaking Geologic Discoveries Across the U.S.
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In New Mexico and Texas, the U.S. Geological Survey announced low-level helicopter flights beginning mid-January over four counties surrounding Clovis and Cannon Air Force Base. According to the USGS, these surveys are imaging geology and aquifers across approximately 1,300 square miles using airborne geophysical technology. The aircraft, equipped with a towed hoop deployed about 100 feet beneath the helicopter, measures variations in Earth's electrical properties and magnetic fields created by different rock types. Burke Minsley, a USGS research geophysicist overseeing the project, noted that this airborne survey allows scientists to cover large areas very effectively. The resulting three-dimensional models will map aquifer thickness saturated with groundwater to depths up to about 1,000 feet below the surface, supporting critical groundwater studies in cooperation with the U.S. Air Force.
In Northern California, University of California Davis researchers have uncovered a surprisingly complex earthquake zone at the Mendocino Triple Junction where three major tectonic plates converge. The study, published on January 17, 2026, reveals that the region involves five moving pieces rather than just three major plates, with two hidden deep below the surface. Scientists discovered that a portion of the North American plate has broken away and is being dragged downward along with the Gorda plate as it sinks beneath North America. Additionally, the Pacific plate is pulling a mass of rock called the Pioneer fragment beneath the North American plate as it moves northward. This fragment, which was once part of the ancient Farallon plate, lies along a nearly flat fault that cannot be seen at the surface.
Meanwhile, Utah geologists have created new high-resolution maps of active faults in regions beyond the Wasatch Front, using advanced elevation data to identify faults that have ruptured Earth's surface within the past 2.6 million years. The Utah Geological Survey reports these maps reveal earthquake risk in rapidly growing rural regions previously less studied.
At Yellowstone, the U.S. Geological Survey confirmed that an area on the north rim of the caldera began uplifting slightly in July 2025, mirroring deformation that occurred during 1996 through 2004. These recent geological activities underscore how continuously Earth reshapes itself, with implications for water security, infrastructure safety, and volcanic monitoring across the nation.
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