UCLA-LES shallow cumulus dataset with 3D cloud output data

The dataset features 6 hours of single layer shallow cumulus clouds with an ever increasing cloud deck. I.e. domain average cloud fraction ranges from 0% in the beginning to 100% towards the end of the simulation. A key feature of the dataset is its very high temporal resolution of 3D output fields...

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Bibliographische Detailangaben
Hauptverfasser: Jakub, Fabian, Gregor, Philipp
Format: Dataset
Sprache:eng
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Beschreibung
Zusammenfassung:The dataset features 6 hours of single layer shallow cumulus clouds with an ever increasing cloud deck. I.e. domain average cloud fraction ranges from 0% in the beginning to 100% towards the end of the simulation. A key feature of the dataset is its very high temporal resolution of 3D output fields (every 10 seconds). The vision is that the high temporal frequency and spatial resolution of cloud and wind variables will allow for a wide range of offline benchmarks. Applications that come to our mind are offline benchmark for 1D and 3D radiative heating rate computations, 3D radiative transfer effects on retrievals as well as cloud motion tracking algorithms. Access to dataData files are available for download at: https://opendata.physik.lmu.de/5d0k9-q2n86
DOI:10.57970/5d0k9-q2n86