multi-dimensional Cloud-aERosol Exploratory Study using RPAS (mCERES): Bottom-up and top-down closure of aerosol-cloud interactions | Zendy

Greg Roberts | Zendy; Radiance Calmer | Zendy; Kevin J. Sanchez | Zendy; Grègoire Cayez | Zendy; Kerianne Nicoll | Zendy; Eyal Hashimshoni | Zendy; Daniel Rosenfeld | Zendy; Albert Ansmann | Zendy; Jean Sciare | Zendy; Jurgita Ovadneite | Zendy; Murat Bronz | Zendy; Gautier Hattenberger | Zendy; Jana Preißler | Zendy; Johannes Buehl | Zendy; Darius Čeburnis | Zendy; Colin O’Dowd | Zendy

Open Access

multi-dimensional Cloud-aERosol Exploratory Study using RPAS (mCERES): Bottom-up and top-down closure of aerosol-cloud interactions

Author(s) -

Greg Roberts,

Radiance Calmer,

Kevin J. Sanchez,

Grègoire Cayez,

Kerianne Nicoll,

Eyal Hashimshoni,

Daniel Rosenfeld,

Albert Ansmann,

Jean Sciare,

Jurgita Ovadneite,

Murat Bronz,

Gautier Hattenberger,

Jana Preißler,

Johannes Buehl,

Darius Čeburnis,

Colin O’Dowd

Publication year - 2016

Publication title -

hal (le centre pour la communication scientifique directe)

Language(s) - English

Resource type - Conference proceedings

Subject(s) - environmental science , cloud base , international satellite cloud climatology project , lidar , cloud condensation nuclei , aerosol , cloud computing , satellite , meteorology , radiative transfer , atmospheric sciences , atmosphere (unit) , liquid water content , remote sensing , cloud cover , geography , geology , computer science , aerospace engineering , physics , operating system , engineering , quantum mechanics

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