- Abstract:
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This dataset contains instantaneous model states from two simulations of Jupiter’s atmosphere, over 100 Earth days. The data were generated by a version of the MIT General Circulation Model (MITgcm) modified to simulate Jupiter’s upper troposphere and lower stratosphere. The model simulates Jupiter’s weather layer down to 18 bar at 0.7 degree horizontal resolution, with parametrizations of radiative forcing, vertical diffusion, dry convection, and ammonia and water cycles. Run B has 5.7 W/m2 ...
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(pdf, 152.7KB)
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(gtar, 1831.4MB)
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(gtar, 1830.8MB)
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- Department:
- Oxford; MPLS Division; Physics
- Role:
- Contributor
- Department:
- Oxford; MPLS Division; Physics
- Role:
- Principal Investigator
- Grant:
- ST/K00106X/1
- Funding agency for:
- Roland Young
- Grant:
- ST/I001948/1
- Funding agency for:
- Roland Young
- Grant:
- ST/F003145/1
- Funding agency for:
- Roland Young
- Grant:
- ST/N00082X/1
- Funding agency for:
- Peter Read
- Grant:
- PHY-1125915
- Funding agency for:
- Roland Young
- Publisher:
- University of Oxford
- Publication date:
- 2018
- Spatial coverage:
- Jupiter
- DOI:
- Language:
- English
- Keywords:
- Subjects:
- Format:
- Digital
- Documentation:
- See file readme.pdf.
Dataset
Simulating Jupiter's weather layer: Accompanying data for Parts I and II
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Authors/Creators
Contributors
+ Yixiong Wang
+ Peter Read
Funding
+ Science and Technology Facilities Council
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+ Science and Technology Facilities Council
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+ Science and Technology Facilities Council
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+ Science and Technology Facilities Council
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+ US National Science Foundation
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