New Study Reveals Snow-ground Thermal Coupling on Qinghai-Tibet Plateau
New Study Reveals Snow-ground Thermal Coupling on Qinghai-Tibet Plateau

A new study by Chinese scientists has shed light on the coupling effects of snow cover and ground thermal on the Qinghai-Tibet Plateau, a...

New Study Links Water Balance, Plant Growth to Desertification Control
New Study Links Water Balance, Plant Growth to Desertification Control

A new study by Chinese researchers and their German counterparts has shed light on the link between groundwater balance and plant water-u...

​Sea Ice Melting Intensifies Warming and Humidification of High Arctic Land
​Sea Ice Melting Intensifies Warming and Humidification of High Arctic Land

A research team from the Northwest Institute of Eco-Environment and Resources (NIEER) of the Chinese Academy of Sciences (CAS), in collab...

New Study Reveals Key Mechanisms of Dryland Shrub Decline
New Study Reveals Key Mechanisms of Dryland Shrub Decline

A newly published study has helped advance the understanding of the internal key physiological mechanisms of dryland shrub decline, accor...

New Study Traces Below-cloud Evaporation in Qinghai-Tibet Plateau Hinterland
New Study Traces Below-cloud Evaporation in Qinghai-Tibet Plateau Hinterland

Chinese scientists have recently filled a gap in terms of long-term observation and research of below-cloud evaporation in the hinterland...

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  • New Study Reveals Snow-ground Thermal Coupling on Qinghai-Tibet Plateau
    18
    2025-11

    New Study Reveals Snow-ground Thermal Coupling on Qingh...

  • New Study Links Water Balance, Plant Growth to Desertification Control
    17
    2025-11

    New Study Links Water Balance, Plant Growth to Desertif...

  • ​Sea Ice Melting Intensifies Warming and Humidification of High Arctic Land
    05
    2025-11

    ​Sea Ice Melting Intensifies Warming and Humidificatio...

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