| Number (In Section 4, octet 11) |
Parameter | Units |
Abbrev |
|---|---|---|---|
| 0 | Column Integrated Potential + Internal Energy | J m-2 | POTINTENG |
| 1 | Column Integrated Kinetic Energy | J m-2 | KINENG |
| 2 | Column Integrated Total Energy,(see Note 1) | J m-2 | TOTENG |
| 3 | Column Integrated Enthalpy | J m-2 | ENTHALPY |
| 4 | Column Integrated Water Enthalpy (see Note 2) | J m-2 | WATENTHALPY |
| 5 | Column Integrated Eastward Enthalpy Flux | W m-1 | EASTENTFLUX |
| 6 | Column Integrated Northward Enthalpy Flux | W m-1 | NRTHENTFLUX |
| 7 | Column integrated eastward potential energy flux | W m-1 | EASTPOTFLUX |
| 8 | Column integrated northward potential energy flux | W m-1 | NRTHPOTFLUX |
| 9 | Column integrated eastward kinetic energy flux | W m-1 | EASTKINFLUX |
| 10 | Column integrated northward kinetic energy flux | W m-1 | NRTHKINFLUX |
| 11 | Column integrated eastward total energy flux | W m-1 | EASTTOTFLUX |
| 12 | Column integrated northward total energy flux (see Note 1) | W m-1 | NRTHTOTFLUX |
| 13 | Divergence of column integrated enthalpy flux see (Note 1) | W m-1 | DIVENTFLUX |
| 14 | Divergence of column integrated potential energy flux | W m-1 | DIVPOTFLUX |
| 15 | Divergence of column integrated water potential energy flux (see Note 3) | W m-1 | DIVWPOTFLUX |
| 16 | Divergence of column integrated kinetic energy flux | W m-1 | DIVKENGFLUX |
| 17 | Divergence of column integrated total energy flux (see Note 1) | W m-1 | DIVTOTFLUX |
| 18 | Divergence of column integrated water enthalpy flux (see Note 2) | W m-1 | DIVWENTFLUX |
| 19 | Column integrated heat flux | W m-1 | EASTHFLUX |
| 20 | Column integrated northward heat flux | W m-1 | NRTHHFLUX |
| 21 | Column integrated potential+internal+latent energy | J m-2 | PILENERGY |
| 22 | Eady growth rate | day-1 | EADYGR |
| 23-191 | Reserved | ||
| 192-254 |
Reserved for Local Use |
||
| 255 |
Missing |
| Notes: (1) Total (atmospheric) energy is the sum of internal energy, potential energy, kinetic energy and latent heat. Same applies to energy fluxes. (2) The water enthalpy (flux) is the enthalpy (flux) associated with the temperature of the water mass. (3) The water potential energy flux is the flux of potential energy associated with the water mass. |