1. summary: DMS surface emissions kg/m2/s, mid months.

2. created by: Dani Bundy Coleman, bundy@ucar.edu

3. date and time
DMS_emissions_48x96_c040505.nc	 May 5, 2004

4. platform: eldo (Sun)

5. dataset format: netCDF

6.  endian: N/A

7.  archival copy location: 

8.  creation details

May 5, 2004
yorick script to convert 1x1 deg netcdf file to T31 netcdf 
http://www.cgd.ucar.edu/cms/bundy/ccsm/scripts/sulfur/so2_future/cv_sulfur_T31.i

9.  derived from:

README with original dataset, from 

|| Dr. Steven J. Smith                             || sjs@colorado.edu
|| Bureau of Sociological Research                 || 303.492.0085
|| Ethnography and Evaluation Research             || 303.492.2154 (fax)
|| CB 580, University of Colorado                  ||
|| Boulder, CO 80309-0580                          || 


Each file contains maps for 4 seasons, Winter - Fall. 
These are all emissions per season (in Tg), per 1X1 degree grid cell --
which is the same as in the GEIA inventory (although their numbers may
have been in terms of S not SO2). You'll have to talk to one of the
modelers as to how they want that translated into fluxes, presumably in
the same manner as was done for GEIA for consistancy.

Here are the global integrals (version of 19980914)
The units are Tg of SO2 (divide by 2 to get Tg of Sulfur).

Year    Level   sub-Tot Winter  Spring  Summer  Fall    Total
1990    Low     31.98   10.7    6.99    6.08    8.21    
1990    Hi      112.35  28.33   28.05   27.94   28.02   144.33
2005    Low     34.68   11.2    7.6     7.06    8.82    
2005    Hi      122.27  30.82   30.53   30.42   30.5    156.94
2020    Low     36.25   11.16   7.97    7.88    9.24    
2020    Hi      111.98  28.27   27.93   27.85   27.92   148.23
2035    Low     35.41   10.37   7.84    8.06    9.14    
2035    Hi      80.35   20.33   20.02   20      20.01   115.76
2050    Low     30.22   8.78    6.57    6.98    7.9     
2050    Hi      60.41   15.25   15.06   15.05   15.05   90.63
2065    Low     23.12   6.72    4.83    5.38    6.18    
2065    Hi      42.05   10.59   10.48   10.51   10.47   65.17
2080    Low     20.77   6       4.26    4.87    5.63    
2080    Hi      34.08   8.6     8.5     8.49    8.49    54.85
2095    Low     19.57   5.69    3.97    4.58    5.34    
2095    Hi      33.02   8.34    8.24    8.22    8.23    52.6


10. code, scripts, namelists, etc, used to create this file

Scripts used by Brian Eaton to convert original data to
netcdf. Available from Dani Bundy Coleman bundy@ucar.edu by request. 

perl script so22nc.pl
Convert future so2 emission data from Steve Smith into netCDF.
writes SO2_inventory.nc

yorick script cv2flux.i
 Convert the 1x1 deg grid seasonal emissions to fluxes
   and rotate the grid.  Also change units from kg SO2 to kg S.
reads  SO2_inventory.nc
writes SOx_emissions.nc

yorick cv1x1-T126.i (cv_sulfur_T31.i modified version of this)
Read input data on 1x1 grid.  Do area weighted binning to T126 output
   grid.  Mask oceans and normalize to original global emissions.
   Write to netCDF output.