sdat2/seager19
Replication of Seager et al. (2019) Nat. Clim. Chan. They used a simple-as-possible coupled model to explain the bias in the nino3.4 trend in climate models (CMIP5). This repository replicates/reproduces their work, shows that it also applies to CMIP6, and varies some of the parameters.
Jupyter NotebookMIT
Issues
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Do the tropical cyclone genesis indices track this bias in nino3.4 as we would expect? I.e does the bias propagate into hazards with which there are teleconnections?
#23 opened by sdat2 - 0
Advanced documentation / clean-up
#24 opened by sdat2 - 0
Re-code ocean model in pure python
#22 opened by sdat2 - 0
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Test effect of swapping out ECMWF forcing for CMIP multimodel mean; does it do the same thing as in paper?
#20 opened by sdat2 - 1
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Change default settings, so that model runs on SSD, and then moves data to gws after run.
#17 opened by sdat2 - 2
Vary Cd using hydra/emukit to graph sensitivity
#14 opened by sdat2 - 6
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Refactor Fortran 77 code into Fortran 90
#10 opened by sdat2 - 2
Add auto documentation for Fortran 77 and C
#2 opened by sdat2 - 0
Feed Ocean Param through Hydra
#12 opened by sdat2 - 0
Restructure fortran to allow parallel model runs
#15 opened by sdat2 - 0
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Problem with format of qflx.nc output from python
#11 opened by sdat2