spatial_shape record: a6562298-8883-11e5-b571-ac72891c3257 (v1.2.1)

The spatial shape record contains the spatial dimensions of the field, and also, for convenience, an integer specifying the number of levels if that number is specified. A boolean level flag is set to “true” if the number of vertical levels is specified.

• aerosol.subhr.tntrl_tpt-l-hxys-u / Esubhr.tntrl (Tendency of Air Temperature Due to Longwave Radiative Heating)
• aerosol.subhr.tntrs_tpt-l-hxys-u / Esubhr.tntrs (Tendency of Air Temperature Due to Shortwave Radiative Heating)
• atmos.subhr.cl_tpt-l-hxys-u / CFsubhr.cl (Percentage Cloud Cover)
• atmos.subhr.cli_tpt-l-hxys-u / CFsubhr.cli (Mass Fraction of Cloud Ice)
• atmos.subhr.clw_tpt-l-hxys-u / CFsubhr.clw (Mass Fraction of Cloud Liquid Water)
• atmos.subhr.edt_tpt-l-hxys-u / CFsubhr.edt (Eddy Diffusivity Coefficient for Temperature)
• atmos.subhr.evu_tpt-l-hxys-u / CFsubhr.evu (Eddy Viscosity Coefficient for Momentum)
• atmos.subhr.hur_tpt-l-hxys-u / CFsubhr.hur (Relative Humidity)
• atmos.subhr.hus_tpt-l-hxys-u / CFsubhr.hus (Specific Humidity)
• atmos.subhr.pfull_tpt-l-hxys-u / CFsubhr.pfull (Pressure at Model Full-Levels)
• atmos.subhr.reffclic_tpt-l-hxys-ccl / Esubhr.reffclic (Hydrometeor Effective Radius of Convective Cloud Ice)
• atmos.subhr.reffclis_tpt-l-hxys-scl / Esubhr.reffclis (Hydrometeor Effective Radius of Stratiform Cloud Ice)
• atmos.subhr.reffclwc_tpt-l-hxys-ccl / Esubhr.reffclwc (Convective Cloud Liquid Droplet Effective Radius)
• atmos.subhr.reffclws_tpt-l-hxys-scl / Esubhr.reffclws (Stratiform Cloud Liquid Droplet Effective Radius)
• atmos.subhr.ta_tpt-l-hxys-u / CFsubhr.ta (Air Temperature)
• atmos.subhr.tnhus_tpt-l-hxys-u / CFsubhr.tnhus (Tendency of Specific Humidity)
• atmos.subhr.tnhusa_tpt-l-hxys-u / CFsubhr.tnhusa (Tendency of Specific Humidity Due to Advection)
• atmos.subhr.tnhusc_tpt-l-hxys-u / CFsubhr.tnhusc (Tendency of Specific Humidity Due to Convection)
• atmos.subhr.tnhusd_tpt-l-hxys-u / CFsubhr.tnhusd (Tendency of Specific Humidity Due to Numerical Diffusion)
• atmos.subhr.tnhusmp_tpt-l-hxys-u / CFsubhr.tnhusmp (Tendency of Specific Humidity Due to Model Physics)
• atmos.subhr.tnhuspbl_tpt-l-hxys-u / Esubhr.tnhuspbl (Tendency of Specific Humidity Due to Boundary Layer Mixing)
• atmos.subhr.tnhusscp_tpt-l-hxys-u / Esubhr.tnhusscp (Tendency of Specific Humidity Due to Stratiform Clouds and Precipitation)
• atmos.subhr.tnhusscpbl_tpt-l-hxys-u / CFsubhr.tnhusscpbl (Tendency of Specific Humidity Due to Stratiform Cloud and Precipitation and Boundary Layer Mixing)
• atmos.subhr.tnt_tpt-l-hxys-u / CFsubhr.tnt (Tendency of Air Temperature)
• atmos.subhr.tnta_tpt-l-hxys-u / CFsubhr.tnta (Tendency of Air Temperature Due to Advection)
• atmos.subhr.tntc_tpt-l-hxys-u / CFsubhr.tntc (Tendency of Air Temperature Due to Convection)
• atmos.subhr.tntd_tpt-l-hxys-u / Esubhr.tntd (Tendency of Air Temperature Due to Numerical Diffusion)
• atmos.subhr.tntmp_tpt-l-hxys-u / CFsubhr.tntmp (Tendency of Air Temperature Due to Model Physics)
• atmos.subhr.tntpbl_tpt-l-hxys-u / Esubhr.tntpbl (Tendency of Air Temperature Due to Boundary Layer Mixing)
• atmos.subhr.tntr_tpt-l-hxys-u / CFsubhr.tntr (Tendency of Air Temperature Due to Radiative Heating)
• atmos.subhr.tntrlcs_tpt-l-hxys-u / Esubhr.tntrlcs (Tendency of Air Temperature Due to Clear Sky Longwave Radiative Heating)
• atmos.subhr.tntrscs_tpt-l-hxys-u / Esubhr.tntrscs (Tendency of Air Temperature Due to Clear Sky Shortwave Radiative Heating)
• atmos.subhr.tntscp_tpt-l-hxys-u / Esubhr.tntscp (Tendency of Air Temperature Due to Stratiform Clouds and Precipitation)
• atmos.subhr.tntscpbl_tpt-l-hxys-u / CFsubhr.tntscpbl (Tendency of Air Temperature Due to Stratiform Cloud and Precipitation and Boundary Layer Mixing)
• atmos.subhr.ua_tpt-l-hxys-u / CFsubhr.ua (Eastward Wind)
• atmos.subhr.va_tpt-l-hxys-u / CFsubhr.va (Northward Wind)
• atmos.subhr.wap_tpt-l-hxys-u / CFsubhr.wap (Omega (=dp/dt))
• atmos.subhr.zg_tpt-l-hxys-u / CFsubhr.zg (Geopotential Height)