Introduction.md

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  It includes the following surface variables required by the NEMO bulk formula to calculate heat, freshwater and momentum fluxes across the air-sea interface (i.e. the surface boundary condition to the model primitive equations):
 
-      * zonal and meridional components of the 10-m wind : u10, v10
-      * 2-m air specific humidity : q2
-      * 2-m air temperature : t2
-      * downward shortwave radiation at the sea surface : radsw
-      * downward longwave radiation at thesea surface: radlw
-      * precipitation total and solid: P, snow
-      * sea level pressure : slp (for DFS5.2 : 3h or from ERAinterim 6h)
-
 
 *_The Making Of the DRAKKAR FORCING SET DFS5 from (https://www.drakkar-ocean.eu/publications/reports/report_DFS5v3_April2016.pdf)_
 
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 | Parameters available | Parameters read by Nemo | Miscellaneous |
 |:---:|:---:|:---:|
+| sea level pressure | slp (Pa) | - |  
+| zonal and meridional velocity components 10m wind (m/s)  | u10/v10 (m/s) | - | 
+| t2m(°K) (Temperature 2m) | t2m(°K) | - | 
 | t2m(°K) (Temperature 2m) /d2m(°K) (Dewpoint temperature 2m) / ps(Pa) (Pressure surface) | q2 (Kg/Kg) Specific humidity 2m | Bolton conversion formula |
-| ssrd(J/m2) aggregated (Surface solar radiation downwards) | radsw (W/m2) | |
-| strd(J/m2) aggregated (Surface thermal radiation downwards| radlw (W/m2) | |
-| tp(m) aggregated (Total precipitation) | precip (kg/(m2s) == mm/s) | keep in mind :  1 mm of water = 1L/m2 = 1Kg/m2 |
+| ssrd(J/m2) aggregated (Surface solar radiation downwards) | radsw (W/m2) | also known as downward shortwave radiation at the sea surface |
+| strd(J/m2) aggregated (Surface thermal radiation downwards| radlw (W/m2) | also known as downward longwave radiation at the sea surface |
+| tp(m) aggregated (Total precipitation (precip+solid precip(snow))) | precip (kg/(m2s) == mm/s) | keep in mind :  1 mm of water = 1L/m2 = 1Kg/m2 |
 | snow(m) aggregated | snow (kg/(m2s)) | precip*0 |