China identifies new lunar mineral, matching U.S. total

A lunar mineral named Changesite-(Ce) discovered by a Chinese research team has been approved by the International Mineralogical Association, marking the 11th globally identified lunar mineral. This brings China's total to four, equal to the United States. The mineral was found in the Pakepake 005 lunar meteorite, China's first recovered sample.

The China Geological Survey announced that a new lunar mineral, Changesite-(Ce), discovered by Chinese researchers in a lunar meteorite has been approved by the International Mineralogical Association. This is the 11th lunar mineral identified globally, raising China's total to four, matching the United States.

The mineral comes from the Pakepake 005 lunar meteorite, the first such sample recovered in China, found in January 2024 in Xinjiang's Taklamakan Desert. It is the third new lunar mineral identified in meteorite samples, after those by U.S. and German teams.

Changesite-(Ce) is a rare-earth phosphate containing cerium and magnesium, part of the cerite supergroup. Wang Yanjuan, lead discoverer from the Chinese Academy of Geological Sciences, said the finding provides "key mineralogical evidence" for the moon's origin and evolution, as well as insights into lunar magma processes and rare-earth element distribution.

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China's Ministry of Natural Resources has published an atlas from two decades of marine geological surveys, mapping the location, concentration, and distribution of dozens of elements in seabed sediments, including rare earths, iron, manganese, and copper. State broadcaster CCTV reported the atlas as a 'master navigation map' for marine development and conservation, based on over 20,000 observation points. Researcher Dou Yanguang from the Qingdao Institute of Marine Geology said it enables precise targeting of resources and identification of sensitive ecological zones.

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China's Ministry of Natural Resources announced on Wednesday that the country holds the world's largest reserves of 14 key minerals and leads global production in 17 others. This highlights China's major role in global resource supply chains. The data was disclosed at a monthly media briefing.

China is examining coal refuse as a potential source of critical metals including germanium, aluminium, lithium and gallium. The effort builds on existing coal processing infrastructure. A leading researcher noted both opportunities and technical challenges.

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Chinese Ministry of Foreign Affairs spokeswoman Mao Ning described the launch of Shenzhou-23 and arrival of Hong Kong payload specialist Lai Ka-ying at Tiangong as a historic milestone.

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