For the first time, scientists have confirmed that the impact cratering rates on the near and far sides of the moon are essentially consistent, laying a solid basis for the establishment of a globally unified lunar chronology system.
To give kelp a chance against climate change, a research team led by Professor Tifeng Shan of the Institute of Oceanology, Chinese Academy of Sciences (IOCAS) in Qingdao, has developed a new method for breeding triploid kelp cultivars. Hopes are high that the method will help accelerate the development of hardier, faster-growing kelp strains that can better withstand warming oceans, ultimately supporting marine ecosystems, and improving food and carbon sequestration potential in a changing climate.
A research team from the University of Science and Technology of China (USTC) has achieved significant advances in the field of scalable quantum networks, bringing this transformative technology closer to real-world application. Their landmark findings have been published in both Nature and Science.
A team of Chinese and Bangladeshi scientists made use of a China-made real-time acoustic monitoring system — dubbed "tech ears" — to detect 146 Ganges River dolphins. When the survey concluded on Jan 9, the team had identified multiple key dolphin habitats, including high-density activity zones near downstream sandbars.
What began as a simple childhood fascination has driven Zhu Maoyan into becoming a globally recognized expert in the field of early life evolution and Earth system history. On top of honors such as being elected as an honorary fellow of the Geological Society of London, Zhu added the title of academician of the Chinese Academy of Sciences to his repertoire in November.
The ocean, as described by physical oceanographer ZHOU Hui of the Institute of Oceanology of the Chinese Academy of Sciences (IOCAS), is a "chaotic yet fascinating dance floor." It's a dynamic stage where everything from tiny ripples to vast, thousand-kilometer currents interact in a perpetual performance.
At work, Wang Zhifeng is a scientist specializing in solar thermal power research, but in his free time, he is an avid snow sports enthusiast. He has even covered one of the walls in his office with action shots of him and his family out on the slopes. He has combined his two passions to envision an indoor ski resort powered by solar energy on a sunny island in south China. In his eyes, solar power has great crossover potential: It is a source of heating and can be converted into various forms of energy, including cooling.
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