
International team finds rich community in trenches deeper than 9km using China's Fendouzhe submersible
An international research team, led by Professor Peng Xiaotong and supported by China's Fendouzhe submersible, has discovered a previously unknown, thriving ecosystem in ocean trenches deeper than 9km, challenging prior beliefs about survival in such extreme conditions.
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Scientists have discovered a thriving and previously unknown ecosystem in the planet’s deepest ocean trenches, feeding on organic debris from above. At those depths the pressure is enough to crush a submarine, and combined with perpetual darkness and temperatures near freezing, it makes the deepest reaches of the oceans among the least explored places on Earth. Until now, researchers believed that only a few anemones, sponges or bacteria could survive under such conditions. But an international research team supported by China’s crewed submersible the Fendouzhe, or Striver, has uncovered an unexpectedly rich community living on rocks in trenches deeper than 9km (5.6 miles). The team – led by Professor Peng Xiaotong from the Institute of Deep‑Sea Science and Engineering at the Chinese Academy of Sciences – reported their findings in the journal Science on May 14. “Between 2020 and 2024, we used the submersible Fendouzhe to investigate seven hadal trenches, fracture zones and basins in the Indo‑Pacific region, uncovering previously unknown faunas inhabiting extreme hadal depths,” Peng wrote in the paper.

A Hong Kong-developed greenhouse gas monitoring instrument, Musico, is successfully operating on China's Tiangong space station. The device tracks carbon dioxide and methane emissions to support climate change efforts, while local officials also provided updates on HK astronaut Lai Ka-ying.
中国科研团队通过对安徽淮南武王墩墓出土的2200年前植物包进行考古研究,揭示了其祭祀属性及与现代粽子相似的形制,为端午食粽和纪念屈原的传说找到了可能的历史渊源。

As Xiamen University celebrates its oceanography department's 80th anniversary, China's vast marine science enterprise faces the challenge of building regional trust and data-sharing rules in the South China Sea.

The South China Sea Institute of Oceanology has received approval to build a marine ecological research station in the Zhongsha Islands. The project, located in a contested area including Scarborough Shoal, aims to support China's national strategy.

中国科技期刊卓越行动计划入选期刊近日联合发布学术诚信倡议,涵盖规范人工智能应用、抵制学术不端、强化同行评议等七方面内容,旨在维护学术生态,提升科研诚信水平。

美國國家航空暨太空總署(NASA)公布月球軌道探測器拍攝的最新影像,顯示SpaceX獵鷹9號火箭上層於8月5日撞擊月球表面後留下的撞擊坑,該坑洞寬約18公尺,深度不到3公尺。