Researchers from the Institute of Oceanology have developed a deep-learning-based model (DL-PPCE model) for estimating concentrations of 17 different phytoplankton pigments globally using satellite data.
A new study by scientists from the Institute of Atmospheric Physics projects a continued decrease in surface wind speeds on land, with more substantial declines anticipated under higher emission scenarios.
Researchers from the Institute of Oceanology and the University of Science and Technology Beijing constructed an in-situ pH measurement method for high-temperature hydrothermal fluids based on the self-developed Raman insertion Probe (RiP) system.
A research team from the Institute of Oceanology primarily explained the physiological and biochemical mechanisms underlying the decline of tropical seagrass meadows caused by heat stress combined with high light at different functional levels.
Researchers from the University of Science and Technology of China quantitatively determined, for the first time, the chemical composition of supercritical fluids in deep subduction zones, through 3D imaging modelling of ultrahigh-pressure multiphase fluid inclusions.
Researchers systematically documented the morphologic variation of reef corals and terrestrial sediment input during the Middle-Late Mississippian, and uncovered the relationship between size changes in reef corals and terrestrial input during the onset of the late Palaeozoic Ice Age.
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