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Output data of idealised tropical channel simulations of an aqua planet at 5km and 13km resolution with ICON for different convection conducts
Yvonne Ruckstuhl1, Robert Redl1, Peter Knippertz2, Hyunju Jung2, and Tijana Janjic1
1Ludwig-Maximilians-Universität München
2Karlsruhe Institute of Technology
2Karlsruhe Institute of Technology
First published:
Oct. 23, 2023
Keywords:
ICON
aqua planet
tropical channel
Ruckstuhl, Y., Redl, R., Knippertz, P., Jung, H., and Janjic, T.
(2023):
Output data of idealised tropical channel simulations of an aqua planet at 5km and 13km resolution with ICON for different convection conducts.
LMU Munich, Faculty of Physics.
(Dataset).
DOI: 10.57970/p3ahb-yba70
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Abstract
Idealized aqua planet channel simulations using the ICOsahedral Nonhydrostatic (ICON) model with a horizontal grid resolution of approx. 13
km. The channel length corresponds to the Earth's circumference with cyclic boundary conditions and rigid walls at 30° N/S. Zonally
symmetric sea surface temperatures are prescribed. We perform four aqua channel experiments with different deep and shallow convection
representations.
README.md
Exp. name | Directory | Deep conv. | Shallow conv. |
---|---|---|---|
P13 | param |
On | On (deterministic) |
S13 | shallow |
Off | On (deterministic) |
SS13 | stochastic_shallow |
Off | On (stochastic) |
E13 | explicit |
Off | Off |
P5 | high_res_param |
On | On (deterministic) |
E5 | high_res_explicit |
Off | Off |
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