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  • Weathering Input from South Asia to Indian Ocean Has Been Enhanced since the Late Eocene
    The Earth's climate experienced drastic changes during the Cenozoic, characterized by global cooling and development of polar ice sheets. A gradual decrease in atmospheric CO2 concentration was considered to be the key factor in this long-term cooling. ...
    　　The Earth's climate experienced drastic changes during the Cenozoic, characterized by global cooling and development of polar ice sheets. A gradual decrease in atmospheric CO2 concentration was considered to be the key factor in this long-term cool...
    Feb 06, 2023
  • Marine Sediment Tells Story of East Asian Rainfall over the Past 400,000 Years
    For a long time, the periodicity of Quaternary Asian low-latitude hydroclimate cyclicity has been attributed to insolation forcing, which is in contrast with dominant ice-sheet and CO2 controls identified in mid-high-latitude regions. However, due to in...
    　　For a long time, the cyclicity of Quaternary Asian low-latitude hydroclimate has been attributed to insolation forcing, which is in contrast with dominant ice-sheet and CO2 controls identified in mid-high-latitude regions. However, due to inconsist...
    Jan 11, 2023
  • Study Reveals Spatial and Temporal Evolution of Precipitation in Indo-Pacific Region over the Last 40,000 Years
    The Indo-Pacific warm pool is the warmest ocean in the world and is known as the global heat engine", playing an important role in the climate system. Future climate prediction in the Indo-Pacific Convergence requires not only a full understanding of th...
    　　The Indo-Pacific warm pool is the warmest ocean in the world and is known as the global "heat engine", playing an important role in the climate system. Future climate prediction in the Indo-Pacific Convergence requires not only a full understanding...
    Dec 16, 2022
  • Chinese Scientists Establish First Deep-sea In-situ Spectroscopy Lab in South China Sea
    Chinese scientists have successfully developed the first lander-based multi-channel Raman spectroscopy system, which can be mounted on the lander to form a deep-sea, in-situ spectroscopy lab in the South China Sea.
    　　Source: Global Times
    　　By Yu Xi
    　　Published: Dec 07, 2022 08:50 PM Updated: Dec 07, 2022 08:48 PM
    　　The lander-based deep-sea multi-channel Raman spectroscopy system conducts operation in the deep-sea cold seep. Photo: Courtesy of Institute o...
    Dec 08, 2022
  • Asiatic Hard Clams Can Synthesize Antibiotic
    The clams and other invertebrates often live in habitats with dense bacterial populations, despite lacking adaptive, lymphocyte-based immune systems. How clams resist bacterial pathogens in the environment is unclear.
    　　The clams and other invertebrates often live in habitats with dense bacterial populations, despite lacking adaptive, lymphocyte-based immune systems. How clams resist bacterial pathogens in the environment is unclear.
    　　Recently, the research tea...
    Nov 29, 2022
  • Observing Indonesian Throughflow Transports of Timor Passage During Strong Indian Ocean Dipole
    The transport through the Timor Passage, which is a major strait east of Timor-Leste connecting the Indian Ocean with the Indonesian seas, contributes a large portion of the transport to the Indonesian Throughflow (ITF). Historically, the interannual va...
    　　The transport through the Timor Passage, which is a major strait east of Timor-Leste connecting the Indian Ocean with the Indonesian seas, contributes a large portion of the transport to the Indonesian Throughflow (ITF). Historically, the interannu...
    Nov 18, 2022
  • Applying Coupling Physical Mechanism and AI Technique to Global Internal Solitary Wave Propagation Forecast
    Internal solitary waves (ISWs) are widely distributed in the global oceans, and their propagation is affected by complicated environmental factors. Satellite remote sensing images are the main data source for ISW study because of their large coverage an...
    　　Internal solitary waves (ISWs) are widely distributed in the global oceans, and their propagation is affected by complicated environmental factors. Satellite remote sensing images are the main data source for ISW study because of their large covera...
    Nov 07, 2022
  • Study Explores Dosage-effectiveness of Modified Clay Flocculating Red Tide Organisms
    Red tide is a global marine ecological disaster, and its frequency, intensity, and geographic extent have increased worldwide in recent years. Currently, the main remediation technology employed for red tides control on a large scale is to spray modifie...
    　　Red tide is a global marine ecological disaster, and its frequency, intensity, and geographic extent have increased worldwide in recent years. Currently, the main remediation technology employed for red tides control on a large scale is to spray mo...
    Nov 01, 2022