18 | | * Transformation of CEDS emissions: from 1970 to 1999, use of netCDF file 2000 with a factor per sector to create netcdf emissions. Notebooks **Transform_2000nc_from1970_to1999_via_CEDScsv.ipynb** and **work_on_data_to_complete_sectors_with_unknows_categories.ipynb** |
19 | | * 2 simulations: L39.v03 as a base (pre-industrial, constrained to 285ppm), then pi_piscideeL (free, pre industrial, 40 years). |
20 | | |
21 | | Results seem good regarding vertical pressure profile, total loss N,,2,,O, pattern of emissions. Need to investigate more and continue. |
22 | | |
| 18 | Next week (or the one after), Anne will be invited to learn more about configuration/physics/radiative code and to converge step by step towards a coupled version. |
25 | | * Make graph of pressure for those two simulations, |
26 | | * Continue piscideeL 5 years and compute mean of loss, |
27 | | * Resume differences between former simulations, |
28 | | * Re-create netCDF files with only manure_management (and not soil_emissions) for agricultural sector. |
| 21 | * make graph of evolution of loss (same as vmrn2o); |
| 22 | * run a simulation with some imposed year as 1980. |
| 23 | * continue to develop code for present days. |
| 24 | * keep in mind the work with large region (CEDS inventories, see Maureen). |