『"Copper Joins Critical Minerals List: Driving U.S. Resource Independence and Geologic Advancements"』のカバーアート

"Copper Joins Critical Minerals List: Driving U.S. Resource Independence and Geologic Advancements"

"Copper Joins Critical Minerals List: Driving U.S. Resource Independence and Geologic Advancements"

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 In the United States this week, the field of geology saw significant developments tied both to natural phenomena and mineral resource policy. The U.S. Geological Survey has added copper to its official 2025 Critical Minerals List, which now totals sixty minerals considered essential to national security and infrastructure. This move, highlighted by American Pacific Mining and reported by the U.S. Geological Survey, is expected to spur new investment and streamline permitting for domestic copper projects. The policy shift directly targets reducing reliance on foreign sources for key metals used in energy, technology, and defense, with copper joining lithium, silver, zinc, and others as priorities for strengthened domestic supply chains. The U.S. government has already launched four new funding initiatives totaling nearly $1 billion and has begun making direct equity investments in large-scale mining projects, such as a five percent stake in the Thacker Pass lithium project in Nevada. Industry experts expect these policy changes to create positive momentum for U.S.-based operations in regions such as Montana and Alaska, where major copper-gold projects could help meet the growing demand for this versatile metal.

Meanwhile, in Hawaii, the U.S. Geological Survey's Hawaiian Volcano Observatory maintained continuous monitoring of Kilauea Volcano, despite a lapse in federal appropriations. According to the latest daily update, overflows of degassed lava from the north vent persisted during the past twenty-four hours and inflation at the summit continued at a slow rate, suggesting the onset of a new eruptive episode may be imminent between November 8 and 11. These volcanic dynamics underscore the ongoing importance of real-time geological monitoring in hazard preparedness, especially as regional populations and critical infrastructure remain potentially at risk from changes in volcanic behavior.

On the research front, an international breakthrough came from a team working in Antarctica, where scientists have discovered six-million-year-old ice. As reported by ScienceDaily, this ancient ice represents the oldest direct record yet of Earth's atmosphere and climate, providing invaluable data about the planet’s geologic and environmental history in the deep past. These findings further highlight the role geology plays not only in resource management and hazard mitigation, but also in decoding the climatic narrative of our planet.

Internationally, the 5th International Professional Geology Conference just concluded in Zaragoza, Spain, focusing on technological advancements and the future of geological practice, while the upcoming 14th World Conference on Earth Science and Geology in Paris will emphasize sustainable resource management and environmental innovation. As these global gatherings and domestic policy shifts illustrate, geology continues to adapt and expand its reach—bridging scientific discovery, resource security, and international collaboration.

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