Calculates Climate Change Deltas Following the methodology from Trapp and Hoogewind (2016)
Figure 1 from Trapp and Hoogewind (2016)
Figure 2 from Trapp and Hoogewind (2016)
Summary of Climate Delta Calculation - this process is followed for all variables listed below
CMIP5 Models Used - Downloaded from CMIP5 Data Archive
- MIROC5
- GFDL
- NCAR CCSM4
All hourly data are downloaded and stored in the following directory on Keeling /data/meso/a/mgrover4/
with directories using naming convention model_6hour
Monthly data are stored in /data/jtrapp/a/jtrapp/CMIP5 in directories MIROC, GFDL, or NCAR
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(Optional) Download CMIP data from esgf
- See shell scripts within the data directories
- Data for May and March are already included
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Calculate Climate Change Deltas
- Notebooks Used
- Notebooks can be found on Keeling in
/data/keeling/a/mgrover4/b/CMIP5_to_WRF/Notebooks/
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Add Climate Deltas to NAM fields
- Notebook Used
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Export to GRIB file to be used by WRF
- Notebook Used
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3D Atmos (6 hourly, linearly interpolated to 3 hourly)
- UA (U-Component of Wind at Isobaric Levels)
- VA (V-Component of Wind at Isobaric Levels)
- TA (Temperature of Atmosphere at Isobaric Levels)
- HUS (Specific Humidity at Isobaric Levels)
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2-D (Most data 3 hourly, some 6 hourly data were interpolated to 3 hourly)
- UAS (U-Component of Wind at 10m Above Surface)
- VAS (V-Component of Wind at 10m Above Surface)
- TAS (Temperature of Wind at 2m Above Surface)
- HUSS (Specific Humidity at 2m Above Surface)
- PS (Pressure at Surface)
- PSL (Mean Sea-Level Pressure at Surface)
- TS (Temperature at Surface (Skin Temperature))
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Soil/Surface (Monthly data)
- TSL (Temperature at Soil Levels) - Land Mask Added
- MRLSL (Specific Humidity at Soil Levels) - Land Mask Added