『USGS Aircraft Surveys Reveal Critical Minerals Strategy: Rare Earth Elements, New Geological Maps Transform US Resource Planning』のカバーアート

USGS Aircraft Surveys Reveal Critical Minerals Strategy: Rare Earth Elements, New Geological Maps Transform US Resource Planning

USGS Aircraft Surveys Reveal Critical Minerals Strategy: Rare Earth Elements, New Geological Maps Transform US Resource Planning

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According to the United States Geological Survey, low level aircraft flights are underway over eastern California and a small area of western Nevada to create detailed images of the region's geology. The project is designed to improve understanding of faults, volcanic rocks, mineral resources, and other features beneath the surface. A major focus is critical minerals. Washington State University reports that researchers are studying how rare earth elements became concentrated at Mountain Pass in California's Mojave Desert, the largest rare earth element source in the United States. The study is examining carbonatite, a rare volcanic rock formed from fluids rich in carbon dioxide, water, sulfur, and fluorine. Scientists hope the results will help identify similar deposits and strengthen domestic supplies for electronics, renewable energy systems, and medical equipment. The United States Geological Survey has also highlighted new national geology data. Updated maps now show known critical mineral deposits across forty one states and Puerto Rico, while a cooperative geologic map has expanded to cover all fifty states and United States territories. Nebraska has received its first statewide map of surface geology, giving planners and scientists better information about groundwater, construction conditions, natural hazards, and resources. Off the Pacific Northwest coast, another United States Geological Survey study has identified a potential hazard involving deep sea sulfide minerals. Samples from Escanaba Trough, a seafloor spreading center offshore from the Oregon and California border, indicate that some sulfide minerals can heat up and ignite when exposed to air. The finding could affect how these materials are handled during future seabed research or mineral recovery. In Alaska, the Alaska Earthquake Center recorded a magnitude one point seven earthquake about twenty miles east of Redoubt Volcano on October seventh. The event occurred roughly fifty six miles underground, within a region shaped by the Pacific Plate descending beneath the North American Plate. There is no indication from this single small earthquake of an eruption or major change in volcanic activity. Internationally, the research icebreaker Polarstern has completed a ten week expedition across the central Arctic Ocean. Scientists collected about one hundred eight meters of sediment cores and more than two thousand kilometers of seismic profiles near the Lomonosov Ridge. The material records repeated ice age cycles and warmer periods, offering new evidence about Arctic geological history and possible future environmental change. Some great Deals https://amzn.to/49SJ3Qs For more check out http://www.quietplease.ai
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