Tag: mixed-phase clouds

Idealized large-eddy simulations show that alpine lakes lower the barrier to convection on the Tibetan Plateau while downstream mountains lift ...

A particle-based modelling study shows homogeneous freezing of supercooled droplets proceeds gradually over a range of temperatures, with early ice ...

Laboratory experiments show that Tengger Desert dust freezes supercooled droplets efficiently, with ammonium sulfate aging raising median freezing temperatures by ...

A 14-year analysis from the North Slope of Alaska confirms that sea ice openings feed moisture into coupled wintertime mixed-phase ...

A model study finds that a 60 percent weakening of the Atlantic overturning circulation raises Northern Hemisphere aerosol loads by ...

Atmospheric scientists have adapted the Kaplan–Meier survival-analysis framework from medical statistics to quantify uncertainty in droplet-freezing experiments and introduced a ...

A modelling study shows that cloud droplet number and ice formation processes jointly, and often non-linearly, control the radiative properties ...

A global analysis shows that ice grown by riming in mixed-phase clouds has a distinctly lower deuterium excess than previously ...

A four-month campaign at Finland's SMEAR II station used machine learning to screen hundreds of environmental variables against ice-nucleating particle ...

Laboratory experiments show that sticky ice-nucleating proteins adhere to polycarbonate filters and escape the widely used wash-off measurement technique, causing ...