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    A new analysis shows that there are probably many more Earth-like exoplanets with liquid water than had been thought, significantly increasing the chance of finding life. The work finds that even where the conditions are not ideal for liquid water to exist at the surface of a planet, many stars will harbour geological conditions suitable for liquid water under the planet’s surface. This work is…

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    • Study increases probability of finding #water | EurekAlert! https://t.co/qdf2Moi8IU

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    This study investigates the role of water in the lower-most stratosphere, affecting dynamics of the stratosphere and troposphere, and shows that common water vapor transport schemes can cause biases, present in nearly all modern climate models.

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    • A new study by Charlesworth et al. shows that common #water vapor transport schemes of the lower #stratosphere can cause biases that are present in nearly all modern #ClimateModels. https://t.co/K5wCOPhmqb https://t.co/PzrKggB7Bk

  • Mashup Score: 1

    This study investigates the role of water in the lower-most stratosphere, affecting dynamics of the stratosphere and troposphere, and shows that common water vapor transport schemes can cause biases, present in nearly all modern climate models.

    Tweet Tweets with this article
    • New study by Charlesworth et al. shows that common #water vapor transport schemes of the lower #stratosphere can cause biases that are present in nearly all modern #ClimateModels. https://t.co/K5wCOPgOAD https://t.co/nzXbS4xeuH