Chinese researchers have recently systematically interpreted the manuring principles of ancient China from the perspective of an ancient Chinese philosophical framework, according to the University of Chinese Academy of Sciences.
When scientists established China's first ecosystem research station for temperate steppe on this vast grassland 46 years ago, it took a five-hour drive to the nearest town just to make a phone call. Today, the scene has changed dramatically: drones soar overhead, satellites monitor from space, and LiDAR technology meticulously scans the vegetation below. This integrated network is aimed at safeguarding the grasslands of the Inner Mongolia Autonomous Region in northern China.
Chinese researchers have developed a hybrid framework to trace sources and change of on-road carbon dioxide emissions in real time with 30-meter resolution, according to a research article recently published in the journal Sustainable Cities and Society.This technology is being applied in Shenzhen, south China's Guangdong Province, and is expected to be used in more cities in the future to assess and promote carbon dioxide reduction on urban roads.
Scientists have made a significant advancement in the field of photocatalytic hydrogen dissociation, offering a promising pathway to more sustainable chemical manufacturing with lower energy use and reduced environmental impact.
For nearly 10 years, Tajik geologist Dzhovid Yogibekov has made his life in Urumqi, Xinjiang Uygur autonomous region, where his studies have grown into a deep connection with local society. Xinjiang, which borders Tajikistan, is easily accessible from his home country. Yogibekov said he could reach Tajikistan in just a few hours via the Karasu Port in Kashgar, which makes it more convenient for him to study in the region.
After her neuroimaging research at Germany's Max Planck Institute, Dr. LI Juan chose to join the Ningbo Institute of Materials Technology and Engineering (NIMTE) of the Chinese Academy of Sciences (CAS) – drawn by its global reputation and the synergy between her work and NIMTE's Nanobiomaterials Group. She collaborates with a vibrant team, pioneering novel biomaterials and smart biomedical probes for the precision diagnosis and treatment of diseases.
Last year, Chen Liquan, an academician at the Chinese Academy of Sciences, was awarded the CAS Outstanding Scientific and Technological Achievement Award, a recognition for a lifetime of groundbreaking contributions. From developing China's first all-solid-state lithium metal battery to mentoring a new generation of scientists and entrepreneurs, Chen's work has been instrumental in transforming China from a follower to a global leader in battery technology.
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