<?xml version="1.0" encoding="UTF-8"?>
<pnTable>
  <name>Master Parameter Table</name>
  <updatedDTG>201110110856</updatedDTG>
  <tableStatus setDTG="2007050712">current</tableStatus>
  <fnmocTable>
    <entry>
      <grib1Id>001</grib1Id>
      <fnmocId>pres</fnmocId>
      <name>pres</name>
      <nameFull/>
      <description>Commonly used for atmospheric pressure, the pressure exerted by the atmosphere as a consequence of
        gravitational attraction exerted upon the "column" of air lying directly above the point in question.
      </description>
      <unitsFNMOC>pa</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>002</grib1Id>
      <fnmocId>pres_reduced</fnmocId>
      <name>pres_reduced</name>
      <nameFull/>
      <description>The conversion of an observed pressure value to the value it would theortically have at mean sea
        level.
      </description>
      <unitsFNMOC>pa</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>003</grib1Id>
      <fnmocId>pres_tend</fnmocId>
      <name>pres_tend</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>Pa/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>005</grib1Id>
      <fnmocId>icao_std_atmos</fnmocId>
      <name>icao_std_atmos</name>
      <nameFull/>
      <description>A hypothetical vertical distribution of atmospheric tmeperature, pressure, and density that, by
        internation agreement,
        is taken to be representative of the atmosphere. (AMS glossary)
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>006</grib1Id>
      <fnmocId>geop</fnmocId>
      <name>geop</name>
      <nameFull/>
      <description>The potential energy of a unit mass relative to sea level, numerically equal to the work that would
        be done in lifting the unit mass from sea level to the height at which the mass is located. (AMS glossary)
      </description>
      <unitsFNMOC>m2/s2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>007</grib1Id>
      <fnmocId>geop_ht</fnmocId>
      <name>geop_ht</name>
      <nameFull/>
      <description>The height of a given point in the atmosphere in units proportional to the potential energy of unit
        mas (geopotential) at this height relative to sea level.
      </description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>008</grib1Id>
      <fnmocId>height</fnmocId>
      <name>height</name>
      <nameFull/>
      <description>The geometric height of layer or surface.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>009</grib1Id>
      <fnmocId>ht_std_dev</fnmocId>
      <name>ht_std_dev</name>
      <nameFull/>
      <description>no description available.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>010</grib1Id>
      <fnmocId>total_ozone</fnmocId>
      <name>total_ozone</name>
      <nameFull/>
      <description>The total quantity of ozone integrated in a column from the top of the atmosphere to the surface.
      </description>
      <unitsFNMOC>dobson</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>011</grib1Id>
      <fnmocId>air_temp</fnmocId>
      <name>air_temp</name>
      <nameFull/>
      <description>The degree of hotness or coldness measured against a definite scale, in this case for the atmosphere.
      </description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>012</grib1Id>
      <fnmocId>virt_air_temp</fnmocId>
      <name>virt_air_temp</name>
      <nameFull/>
      <description>Temperature that dry air would have if its pressure and density were equal to those of a given sample
        of moist air.
      </description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>013</grib1Id>
      <fnmocId>ptnl_temp</fnmocId>
      <name>ptnl_temp</name>
      <nameFull/>
      <description>The temperature an unsaturated parcel of dry air would have if brought adiabatically and reversibly
        from its initial state to a standard pressure.
      </description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>014</grib1Id>
      <fnmocId>eq_ptnl_temp</fnmocId>
      <name>eq_ptnl_temp</name>
      <nameFull/>
      <description>A thermodynamic quantity, with its natural logarithm proportional to the entropy of moist air, that
        is conserved in a reversible moist adiabatic process. (AMS Glossary)
      </description>
      <unitsFNMOC>degK</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>015</grib1Id>
      <fnmocId>max_air_temp</fnmocId>
      <name>max_air_temp</name>
      <nameFull/>
      <description>The greatest air temperature in a given period of time.</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>016</grib1Id>
      <fnmocId>min_air_temp</fnmocId>
      <name>min_air_temp</name>
      <nameFull/>
      <description>The lowest air temperature in a given period of time.</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>017</grib1Id>
      <fnmocId>dwpt_temp</fnmocId>
      <name>dwpt_temp</name>
      <nameFull/>
      <description>The temperature to which a given parcel of air must be cooled at constant pressure and water vapor
        content in order for saturation to occur.
      </description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>018</grib1Id>
      <fnmocId>dwpt_dprs</fnmocId>
      <name>dwpt_dprs</name>
      <nameFull/>
      <description>The quantity of difference between the air temperature and the dewpoint temperature.</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>019</grib1Id>
      <fnmocId>temp_lapse_rate</fnmocId>
      <name>temp_lapse_rate</name>
      <nameFull/>
      <description>The decrease of atmospheric temperature with height.</description>
      <unitsFNMOC>deg_K/m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>020</grib1Id>
      <fnmocId>visib</fnmocId>
      <name>visib</name>
      <nameFull/>
      <description>The greatest distance in which it is just possible to see and identify with the unaided eye 1) in the
        daytime, a prominent dark object against the sky at the horizon, and 2) at night, a known, preferably unfocused,
        moderately intense light source.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>021</grib1Id>
      <fnmocId>rad_spect_one</fnmocId>
      <name>rad_spect_one</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>none</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>022</grib1Id>
      <fnmocId>rad_spect_two</fnmocId>
      <name>rad_spect_two</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>none</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>023</grib1Id>
      <fnmocId>rad_spect_three</fnmocId>
      <name>rad_spect_three</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>none</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>024</grib1Id>
      <fnmocId>prcl_lift_indx</fnmocId>
      <name>prcl_lift_indx</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>degK</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>025</grib1Id>
      <fnmocId>temp_anom</fnmocId>
      <name>temp_anom</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>degK</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>026</grib1Id>
      <fnmocId>pres_anom</fnmocId>
      <name>pres_anom</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>027</grib1Id>
      <fnmocId>temp_dif</fnmocId>
      <name>temp_dif</name>
      <nameFull/>
      <description>The difference between the standard atmosphere temperature (day) at a level and the measured air
        temperature at the same level.
      </description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>028</grib1Id>
      <fnmocId>wav_spectra1</fnmocId>
      <name>wav_spectra1</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>029</grib1Id>
      <fnmocId>wav_spectra2</fnmocId>
      <name>wav_spectra2</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>030</grib1Id>
      <fnmocId>wav_spectra3</fnmocId>
      <name>wav_spectra3</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>031</grib1Id>
      <fnmocId>wnd_dir</fnmocId>
      <name>wnd_dir</name>
      <nameFull/>
      <description>The angle, measured in a clockwise direction, between true north and the direction from which the
        wind is blowing.
      </description>
      <unitsFNMOC>deg_true</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>032</grib1Id>
      <fnmocId>wnd_spd</fnmocId>
      <name>wnd_spd</name>
      <nameFull/>
      <description>The ratio of the distance covered by the air to the time taken to cover it.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>033</grib1Id>
      <fnmocId>wnd_ucmp</fnmocId>
      <name>wnd_ucmp</name>
      <nameFull/>
      <description>The east-west component of the wind which is relative to the east-west axis of the grid. (This is
        true east for spherical and mercator but not for lambert conformal and others.)
      </description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>034</grib1Id>
      <fnmocId>wnd_vcmp</fnmocId>
      <name>wnd_vcmp</name>
      <nameFull/>
      <description>The north-south componenet of the wind which is relative to the north-south axis of the grid. (This
        is true east for spherical and mercator but not for lambert conformal and others.)
      </description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>035</grib1Id>
      <fnmocId>strm_func</fnmocId>
      <name>strm_func</name>
      <nameFull/>
      <description>The stream function of the geostrophic wind on a constant-pressure surface.</description>
      <unitsFNMOC>m2/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>036</grib1Id>
      <fnmocId>vel_ptnl</fnmocId>
      <name>vel_ptnl</name>
      <nameFull/>
      <description>A scalar function with its gradient equal to the velocity vector u of an irrotational flow.
      </description>
      <unitsFNMOC>m2/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>037</grib1Id>
      <fnmocId>montg_strm_func</fnmocId>
      <name>montg_strm_func</name>
      <nameFull/>
      <description>The stream function of the geostrophic wind on an isentropic surface.</description>
      <unitsFNMOC>m2/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>038</grib1Id>
      <fnmocId>sigma_coord_vert_vel</fnmocId>
      <name>sigma_coord_vert_vel</name>
      <nameFull/>
      <description>The stream function of the geostrophic wind on an isentropic surface.</description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>039</grib1Id>
      <fnmocId>wnd_vert_vel</fnmocId>
      <name>wnd_vert_vel</name>
      <nameFull/>
      <description>The estimated vertical rate of movement of air relative to pressure coordinates.</description>
      <unitsFNMOC>pa/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>040</grib1Id>
      <fnmocId>wnd_wcmp</fnmocId>
      <name>wnd_wcmp</name>
      <nameFull/>
      <description>The estimated vertical rate of movement of air relative to geospatial coordinates.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>041</grib1Id>
      <fnmocId>abs_vort</fnmocId>
      <name>abs_vort</name>
      <nameFull/>
      <description>The rotation, usually around the vertical axis, of a fluid particle determined with respect to an
        absolute coordinate system.
      </description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>042</grib1Id>
      <fnmocId>div</fnmocId>
      <name>div</name>
      <nameFull/>
      <description>The estimated rate of horizontal expansion of the vector wind components, about an absolute refence
        system.
      </description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>043</grib1Id>
      <fnmocId>rltv_vort</fnmocId>
      <name>rltv_vort</name>
      <nameFull/>
      <description>The estimated rate of horizontal expansion of the vector wind components, measured in a system
        relative to the earth's surface.
      </description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>044</grib1Id>
      <fnmocId>rel_div</fnmocId>
      <name>rel_div</name>
      <nameFull/>
      <description>The stream function of the geostrophic wind on an isentropic surface.</description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>045</grib1Id>
      <fnmocId>vert_ucmp_shr</fnmocId>
      <name>vert_ucmp_shr</name>
      <nameFull/>
      <description>no defintion available.</description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>046</grib1Id>
      <fnmocId>vert_vcmp_shr</fnmocId>
      <name>vert_vcmp_shr</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>047</grib1Id>
      <fnmocId>curr_dir</fnmocId>
      <name>curr_dir</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>degTrue</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>048</grib1Id>
      <fnmocId>curr_spd</fnmocId>
      <name>curr_spd</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>049</grib1Id>
      <fnmocId>curr_ucmp</fnmocId>
      <name>curr_ucmp</name>
      <nameFull/>
      <description>The west-east (u) motion of an ocean current.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>050</grib1Id>
      <fnmocId>curr_vcmp</fnmocId>
      <name>curr_vcmp</name>
      <nameFull/>
      <description>The south-north (v) motion of an ocean current.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>051</grib1Id>
      <fnmocId>spec_hum</fnmocId>
      <name>spec_hum</name>
      <nameFull/>
      <description>In a system of moist air, the (dimensionless) ratio of the mass of water vapor to the total mass of
        the system (AMS).
      </description>
      <unitsFNMOC>kg/kg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>052</grib1Id>
      <fnmocId>rltv_hum</fnmocId>
      <name>rltv_hum</name>
      <nameFull/>
      <description>The ratio of the vapor pressure to the staturation vapor pressure with respect to water (AMS).
      </description>
      <unitsFNMOC>%</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>053</grib1Id>
      <fnmocId>mix_ratio</fnmocId>
      <name>mix_ratio</name>
      <nameFull/>
      <description>The ratio of the mass of water vapor to the mass of dry air.</description>
      <unitsFNMOC>kg/kg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>054</grib1Id>
      <fnmocId>prcp_h2o</fnmocId>
      <name>prcp_h2o</name>
      <nameFull/>
      <description>Total atmospheric water vapor in a vertical column unit cross-sectional area between two levels.
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>055</grib1Id>
      <fnmocId>vpr_pres</fnmocId>
      <name>vpr_pres</name>
      <nameFull/>
      <description>The partial pressure of water vapor in the atmosphere.</description>
      <unitsFNMOC>pa</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>056</grib1Id>
      <fnmocId>sat_def</fnmocId>
      <name>sat_def</name>
      <nameFull/>
      <description>The measure between the layer of saturation thickness and the actual thickness of a layer.
      </description>
      <unitsFNMOC>Pa</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>057</grib1Id>
      <fnmocId>evap</fnmocId>
      <name>evap</name>
      <nameFull/>
      <description>The rate of change from liquid water to the gaseous state over a time period.</description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>058</grib1Id>
      <fnmocId>cld_ice</fnmocId>
      <name>cld_ice</name>
      <nameFull/>
      <description>Column total of condensed frozen cloud water.</description>
      <unitsFNMOC>mg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>059</grib1Id>
      <fnmocId>rain_rate</fnmocId>
      <name>rain_rate</name>
      <nameFull/>
      <description>The measure of the averate rate of rain occurring at a location.</description>
      <unitsFNMOC>kg/m2/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>060</grib1Id>
      <fnmocId>tstm_prob</fnmocId>
      <name>tstm_prob</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>%</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>061</grib1Id>
      <fnmocId>ttl_prcp</fnmocId>
      <name>ttl_prcp</name>
      <nameFull/>
      <description>The estimated depth of the precipitation (water equivalent) that is forecast to accumulate in a
        specified period of time (accumulation period), for all precipitation types and both convective and
        non-convective. The accumulation period varies over the forecast period (taus). For NOGAPS: the accumulation
        starts at the base time and every 12 hours the 'bucket' is emptied (a bucket tip) and the accumulation starts
        again (12, 24, 36, ...). A grid is created at each bucket tip and at three hour intervals between them. The four
        grids created over one bucket tip period have accumulation periods of 3, 6, 9 and 12 hours. To determine the
        possible taus for a given accumulation period use taus = A + (n-1)B; where A is the accumulation period, B is
        the bucket tip, and n is the number grids desired. For COAMPS: the accumulation starts at the base time and is
        never emptied (infinite bucket tip). Grids are made at one hour intervals with the accumulation period equal to
        the forecast period (tau).
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>062</grib1Id>
      <fnmocId>stab_prcp</fnmocId>
      <name>stab_prcp</name>
      <nameFull/>
      <description>The estimated depth of the precipitation (water equivalent) that accumulated in twelve hours from a
        non-convective or stable precipitation source. Here the accumulation starts at the base time and every 12 hours
        the 'bucket' is emptied and the accumulation starts again (0, 12, 24, 36, ...). A grid is created at each bucket
        tip and at three hour intervals between them. (NOGAPS)
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>063</grib1Id>
      <fnmocId>conv_prcp</fnmocId>
      <name>conv_prcp</name>
      <nameFull/>
      <description>The estimated depth of the precipitation (water equivalent) that accumulated in twelve hours from a
        convective precipitation source. Here the accumulation starts at the base time and every 12 hours the 'bucket'
        is emptied and the accumulation starts again (0, 12, 24, 36, ...). A grid is created at each bucket tip and at
        three hour intervals between them. (NOGAPS)
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>064</grib1Id>
      <fnmocId>snwfl_rt_wtr_eq</fnmocId>
      <name>snwfl_rt_wtr_eq</name>
      <nameFull/>
      <description>The estimated snowfall rate in water equivalency.</description>
      <unitsFNMOC>kg/m2/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>065</grib1Id>
      <fnmocId>ttl_snow</fnmocId>
      <name>ttl_snow</name>
      <nameFull/>
      <description>The estimated depth of the snow (water equivalent) that accumulated over a fixed period of time
        (accumulation period). The accumulation period is the same
        regardless of the forecast period. (When the accumulation period ends, a snap-shot is taken (grid made), and
        then the accumulation is set to zero (the bucket tip). The accumulation
        begins again for the next accumulation period.) The accumulation period and the bucket tip are exactly the same
        for each grid. Grids are available at forecast hours that are multiples
        of the accumulation period. One or more accumulation periods should be specified in the request. If no period
        attribute is specified, the response will contain all grids for each
        accumulation period for that forecast hour. If period attribute is specified, the response will contain data
        only if the specified period matches one of the accumulation periods
        for that forecast hour. For COAMPS, the accumulation period is every 3 hours. For NOGAPS/Ensemble, the
        accumulation period is every 6 hours.
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>066</grib1Id>
      <fnmocId>snw_dpth</fnmocId>
      <name>snw_dpth</name>
      <nameFull/>
      <description>The estimated depth of snow on the ground.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>067</grib1Id>
      <fnmocId>pbl_depth</fnmocId>
      <name>pbl_depth</name>
      <nameFull/>
      <description>1. (atmosphere) The height of the top of the lowest layer of the troposphere in contact with the
        earth's surface (often capped by a temperature inversion). 2. (ocean) The mixed layer depth in the ocean.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>068</grib1Id>
      <fnmocId>trans_thcln_dpth</fnmocId>
      <name>trans_thcln_dpth</name>
      <nameFull/>
      <description>The depth of the layer of water that varies between the warmer surface zone and the colder deep zone
        of a thermally stratified body of water. In the thermocline, temperature decreases rapidly with depth.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>069</grib1Id>
      <fnmocId>main_thcln_dpth</fnmocId>
      <name>main_thcln_dpth</name>
      <nameFull/>
      <description>The depth of the layer of water between the warmer surface zone and the colder deep zone of a
        thermally stratified body of water. In the thermocline, temperature decreases rapidly with depth.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>070</grib1Id>
      <fnmocId>main_thcln_anom</fnmocId>
      <name>main_thcln_anom</name>
      <nameFull/>
      <description>The depth of changes in the layer of water between the warmer surface zone and the colder deep zone
        of a thermally stratified body of water. In the thermocline, temperature decreases rapidly with depth.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>071</grib1Id>
      <fnmocId>ttl_cld_cvr</fnmocId>
      <name>ttl_cld_cvr</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>072</grib1Id>
      <fnmocId>conv_cld</fnmocId>
      <name>conv_cld</name>
      <nameFull/>
      <description>The estimated rate of the sky dome that is covered by convective clouds.</description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>073</grib1Id>
      <fnmocId>low_cld_cvr</fnmocId>
      <name>low_cld_cvr</name>
      <nameFull/>
      <description>The estimated percentage of the sky dome that is covered by all low level clouds.</description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>074</grib1Id>
      <fnmocId>mid_cld_cvr</fnmocId>
      <name>mid_cld_cvr</name>
      <nameFull/>
      <description>The estimated percentage of the sky dome that is covered by all middle level clouds.</description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>075</grib1Id>
      <fnmocId>hi_cld_cvr</fnmocId>
      <name>hi_cld_cvr</name>
      <nameFull/>
      <description>The estimated percentage of the sky dome that is covered by all high level clouds.</description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>076</grib1Id>
      <fnmocId>cld_wtr</fnmocId>
      <name>cld_wtr</name>
      <nameFull/>
      <description>Column total of condensed liquid cloud water.</description>
      <unitsFNMOC>mg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>077</grib1Id>
      <fnmocId>bst_lift_indx</fnmocId>
      <name>bst_lift_indx</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>degK</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>078</grib1Id>
      <fnmocId>snw_conv</fnmocId>
      <name>snw_conv</name>
      <nameFull/>
      <description>The quantity of snow precipitation that is estimated to occur over a period of time due to a
        convective precipitation source.
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>079</grib1Id>
      <fnmocId>snw_lge_scl</fnmocId>
      <name>snw_lge_scl</name>
      <nameFull/>
      <description>The total measure of snow expected from a large scale precipitation source.</description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>080</grib1Id>
      <fnmocId>sea_temp</fnmocId>
      <name>sea_temp</name>
      <nameFull/>
      <description>The temperature of the water at the ocean surface.</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>081</grib1Id>
      <fnmocId>land_sea</fnmocId>
      <name>land_sea</name>
      <nameFull/>
      <description>A representation of the earth's surface denoting if a point is land (1) or water (0).</description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>082</grib1Id>
      <fnmocId>dev_sea_lvl_mn</fnmocId>
      <name>dev_sea_lvl_mn</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>083</grib1Id>
      <fnmocId>roughness_len</fnmocId>
      <name>roughness_len</name>
      <nameFull/>
      <description>The height above the displacement plane at which the mean wind becomes zero when extrapolating the
        logarithmic wind-speed profile downward through the surface layer. (AMS Glossary)
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>084</grib1Id>
      <fnmocId>albedo</fnmocId>
      <name>albedo</name>
      <nameFull/>
      <description>The ratio of reflected over incoming flux density.</description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>085</grib1Id>
      <fnmocId>soil_temp</fnmocId>
      <name>soil_temp</name>
      <nameFull/>
      <description>The temperature of the soil at a specific depth.</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>087</grib1Id>
      <fnmocId>veg_covr</fnmocId>
      <name>veg_covr</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>%</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>088</grib1Id>
      <fnmocId>sal</fnmocId>
      <name>sal</name>
      <nameFull/>
      <description>A measure of the quantity of dissolved salts in seawater. (AMS GLOSSARY)</description>
      <unitsFNMOC>kg/kg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>089</grib1Id>
      <fnmocId>dens</fnmocId>
      <name>dens</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>kg/m3</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>090</grib1Id>
      <fnmocId>wtr_roff</fnmocId>
      <name>wtr_roff</name>
      <nameFull/>
      <description>The quantity of water derived from precipitation that ultimately reaches stream channels.
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>091</grib1Id>
      <fnmocId>ice_cvrg</fnmocId>
      <name>ice_cvrg</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>092</grib1Id>
      <fnmocId>ice_thkn</fnmocId>
      <name>ice_thkn</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>093</grib1Id>
      <fnmocId>dir_ice_drft</fnmocId>
      <name>dir_ice_drft</name>
      <nameFull/>
      <description>The angle, measured in a clockwise direction, between true north and the direction in which ice has
        drifted on the water's surface during the previous 12 hours.
      </description>
      <unitsFNMOC>degTrue</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>094</grib1Id>
      <fnmocId>spd_ice_drft</fnmocId>
      <name>spd_ice_drft</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>095</grib1Id>
      <fnmocId>ice_drft_ucmp</fnmocId>
      <name>ice_drft_ucmp</name>
      <nameFull/>
      <description>The estimated rate of movement of the ice in the west-east direction.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>096</grib1Id>
      <fnmocId>ice_drft_vcmp</fnmocId>
      <name>ice_drft_vcmp</name>
      <nameFull/>
      <description>The estimated rate of movement of the ice in the south-north direction.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>097</grib1Id>
      <fnmocId>ice_grth</fnmocId>
      <name>ice_grth</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>098</grib1Id>
      <fnmocId>ice_div</fnmocId>
      <name>ice_div</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>099</grib1Id>
      <fnmocId>snw_melt</fnmocId>
      <name>snw_melt</name>
      <nameFull/>
      <description>The estimated melting rate of snow on the ground.</description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>100</grib1Id>
      <fnmocId>sig_wav_ht</fnmocId>
      <name>sig_wav_ht</name>
      <nameFull/>
      <description>(ocean wave forecasting) A fictitious wave with a height and period equal to the average height of
        the highest third of the actual waves that pass a fixed point.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>101</grib1Id>
      <fnmocId>wnd_wav_dir</fnmocId>
      <name>wnd_wav_dir</name>
      <nameFull/>
      <description>The direction of wave spectra which is under the influence of the local wind.</description>
      <unitsFNMOC>deg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>102</grib1Id>
      <fnmocId>wnd_wav_ht</fnmocId>
      <name>wnd_wav_ht</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>103</grib1Id>
      <fnmocId>wnd_wav_per</fnmocId>
      <name>wnd_wav_per</name>
      <nameFull/>
      <description>The mean direction of the frequency wave spectra which is under the influence of the local wind, then
        take the inverse.
      </description>
      <unitsFNMOC>s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>104</grib1Id>
      <fnmocId>swl_wav_dir</fnmocId>
      <name>swl_wav_dir</name>
      <nameFull/>
      <description>The direction of waves that are not under the influence of the local wind (swell waves).
      </description>
      <unitsFNMOC>deg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>105</grib1Id>
      <fnmocId>swl_wav_ht</fnmocId>
      <name>swl_wav_ht</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>106</grib1Id>
      <fnmocId>swl_wav_per</fnmocId>
      <name>swl_wav_per</name>
      <nameFull/>
      <description>An averate time interval between successive crests of those waves that are not under the influence of
        local wind (swell waves).
      </description>
      <unitsFNMOC>s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>107</grib1Id>
      <fnmocId>pr_wav_dir</fnmocId>
      <name>pr_wav_dir</name>
      <nameFull/>
      <description>The angle measured clockwise from true north to the direction from which the primary waves are
        coming.
      </description>
      <unitsFNMOC>deg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>108</grib1Id>
      <fnmocId>pr_wav_per</fnmocId>
      <name>pr_wav_per</name>
      <nameFull/>
      <description>The quantity of time required for two successive primary wave crests to pass a fixed point.
      </description>
      <unitsFNMOC>s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>109</grib1Id>
      <fnmocId>scdy_wav_dir</fnmocId>
      <name>scdy_wav_dir</name>
      <nameFull/>
      <description>The angle measured clockwise from true north to the direction from which secondary waves are coming.
      </description>
      <unitsFNMOC>deg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>110</grib1Id>
      <fnmocId>scdy_wav_per</fnmocId>
      <name>scdy_wav_per</name>
      <nameFull/>
      <description>The quantity of time required for two successive secondary wave crests to pass a fixed point.
      </description>
      <unitsFNMOC>s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>111</grib1Id>
      <fnmocId>sol_rad</fnmocId>
      <name>sol_rad</name>
      <nameFull/>
      <description>The incoming instantaneous shortwave radiation from the sun.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>112</grib1Id>
      <fnmocId>ir_flux</fnmocId>
      <name>ir_flux</name>
      <nameFull/>
      <description>Net infrared heat flux</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>113</grib1Id>
      <fnmocId>net_shtwav_rad_flux_toa</fnmocId>
      <name>net_shtwav_rad_flux_toa</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>114</grib1Id>
      <fnmocId>net_lngwav_rad_flux_toa</fnmocId>
      <name>net_lngwav_rad_flux_toa</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>115</grib1Id>
      <fnmocId>lngwav_rad_flux</fnmocId>
      <name>lngwav_rad_flux</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>116</grib1Id>
      <fnmocId>shtwav_rad_flux</fnmocId>
      <name>shtwav_rad_flux</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>117</grib1Id>
      <fnmocId>global_rad_flux</fnmocId>
      <name>global_rad_flux</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>118</grib1Id>
      <fnmocId>bri_temp</fnmocId>
      <name>bri_temp</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>K</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>121</grib1Id>
      <fnmocId>ltnt_heat_flux</fnmocId>
      <name>ltnt_heat_flux</name>
      <nameFull/>
      <description>The estimated rate of heat flow per unit mass for a system in a reversible, isobaric-isotheric change
        of phase.
      </description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>122</grib1Id>
      <fnmocId>snsb_heat_flux</fnmocId>
      <name>snsb_heat_flux</name>
      <nameFull/>
      <description>The estimated rate of the flow of heat between two bodies.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>123</grib1Id>
      <fnmocId>bdy_layer_diss</fnmocId>
      <name>bdy_layer_diss</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>124</grib1Id>
      <fnmocId>wnd_strs_ucmp</fnmocId>
      <name>wnd_strs_ucmp</name>
      <nameFull/>
      <description>The drag force per unit area caused by the wind shear in the u component.</description>
      <unitsFNMOC>Nt/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>125</grib1Id>
      <fnmocId>wnd_strs_vcmp</fnmocId>
      <name>wnd_strs_vcmp</name>
      <nameFull/>
      <description>The drag force per unit area caused by the wind shear in the v component.</description>
      <unitsFNMOC>Nt/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>126</grib1Id>
      <fnmocId>wnd_mix_energy</fnmocId>
      <name>wnd_mix_energy</name>
      <nameFull/>
      <description>no definition available.</description>
      <unitsFNMOC>J</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>128</grib1Id>
      <fnmocId>duct_base_ht</fnmocId>
      <name>duct_base_ht</name>
      <nameFull/>
      <description>The electromagnetic duct base (or lower) height.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>129</grib1Id>
      <fnmocId>duct_strength</fnmocId>
      <name>duct_strength</name>
      <nameFull/>
      <description>The difference between the modified refractivity (M units) at the top of a duct and the trapping
        layer base height (M max).
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>130</grib1Id>
      <fnmocId>qstar</fnmocId>
      <name>qstar</name>
      <nameFull/>
      <description>Represents a potential, positive if surface has more moisture than air layer, negative if air layer
        has more moisture than surface.
      </description>
      <unitsFNMOC>kg/kg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>131</grib1Id>
      <fnmocId>tstar</fnmocId>
      <name>tstar</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>132</grib1Id>
      <fnmocId>grad_mod_refr</fnmocId>
      <name>grad_mod_refr</name>
      <nameFull/>
      <description>The gradient of modified refractivity (dm/dz).</description>
      <unitsFNMOC>1/ft</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>133</grib1Id>
      <fnmocId>grnd_sea_temp</fnmocId>
      <name>grnd_sea_temp</name>
      <nameFull/>
      <description>The temperature of the earth's skin, consisting of the ocean surface and land surface at the bottom
        of the atmosphere.
      </description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>134</grib1Id>
      <fnmocId>geop_ht_mn</fnmocId>
      <name>geop_ht_mn</name>
      <nameFull/>
      <description>The mean height of points in the atmsophere expressed in units proportional to the geopotential of
        those heights.
      </description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>135</grib1Id>
      <fnmocId>cld_base</fnmocId>
      <name>cld_base</name>
      <nameFull/>
      <description>The estimated height, relative to mean sea level, of the lower surface of a cloud layer.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>136</grib1Id>
      <fnmocId>cld_top_temp</fnmocId>
      <name>cld_top_temp</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>137</grib1Id>
      <fnmocId>aero_vis_rng</fnmocId>
      <name>aero_vis_rng</name>
      <nameFull/>
      <description>The greatest distance in a given direction at which it is just possible to see an object with the
        unaided eye in platform and target layers.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>138</grib1Id>
      <fnmocId>clr_air_turb</fnmocId>
      <name>clr_air_turb</name>
      <nameFull/>
      <description>Scaled Elrod clear air turbulence index.</description>
      <unitsFNMOC>1/s2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>139</grib1Id>
      <fnmocId>contrail_prbl</fnmocId>
      <name>contrail_prbl</name>
      <nameFull/>
      <description>The contrail formation probability using critical temperature.</description>
      <unitsFNMOC>%</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>144</grib1Id>
      <fnmocId>geop_ht_24hr_dif</fnmocId>
      <name>geop_ht_24hr_dif</name>
      <nameFull/>
      <description>The change in geopotential height over 24 hours at a given location.</description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>145</grib1Id>
      <fnmocId>dynm_ht</fnmocId>
      <name>dynm_ht</name>
      <nameFull/>
      <description>The height of a point in the atmosphere expressed in a unit proporation to the geopotential at that
        point.
      </description>
      <unitsFNMOC>m2/s2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>147</grib1Id>
      <fnmocId>duct_mexcess</fnmocId>
      <name>duct_mexcess</name>
      <nameFull/>
      <description>The difference between the duct strength (modified refractivity or M units) and the magnitude
        (M-units) of the layer whose value is obtained from the differenced of the modified refractivity from the
        trapping layer base height and the value at the duct base height (or the surface in the case of surface-based
        ducts).
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>148</grib1Id>
      <fnmocId>duct_thickness</fnmocId>
      <name>duct_thickness</name>
      <nameFull/>
      <description>The thickness of the electromagnetic duct from the base, which may be at the surface, to the top of
        the layer.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>149</grib1Id>
      <fnmocId>duct_top</fnmocId>
      <name>duct_top</name>
      <nameFull/>
      <description>The height of the top of an electromagnetic duct.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>150</grib1Id>
      <fnmocId>gale_wnd_prob</fnmocId>
      <name>gale_wnd_prob</name>
      <nameFull/>
      <description>The probability of the near surface wind speed being equal to or greater than 34 knots (gale force
        winds lower boundary).
      </description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>152</grib1Id>
      <fnmocId>abs_vort_ens_stdev</fnmocId>
      <name>abs_vort_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the absolute vorticity of the ensemble members for a point in time.
      </description>
      <unitsFNMOC>1/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>153</grib1Id>
      <fnmocId>air_temp_ens_stdev</fnmocId>
      <name>air_temp_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the air temperature of the ensemble members for a point in time.
      </description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>154</grib1Id>
      <fnmocId>rltv_hum_ens_stdev</fnmocId>
      <name>rltv_hum_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the relative humidity of the ensemble members for a point in time.
      </description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>155</grib1Id>
      <fnmocId>wcap_prbl</fnmocId>
      <name>wcap_prbl</name>
      <nameFull/>
      <description>The percent of occurrence of white caps forming on the crest of waves due to wind.</description>
      <unitsFNMOC>%</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>156</grib1Id>
      <fnmocId>vrtx_wav</fnmocId>
      <name>vrtx_wav</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>157</grib1Id>
      <fnmocId>wnd_vect_dif_mgtd</fnmocId>
      <name>wnd_vect_dif_mgtd</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>158</grib1Id>
      <fnmocId>turb_ke</fnmocId>
      <name>turb_ke</name>
      <nameFull/>
      <description>The mean kinetic energy per unit mass associated with eddies in turbulent flow.</description>
      <unitsFNMOC>m2/s2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>159</grib1Id>
      <fnmocId>dust_sfc_concen</fnmocId>
      <name>dust_sfc_concen</name>
      <nameFull/>
      <description>The mass of dust particles in a cubic meter of air.</description>
      <unitsFNMOC>mg/m3</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>160</grib1Id>
      <fnmocId>tot_dust_optdep</fnmocId>
      <name>tot_dust_optdep</name>
      <nameFull/>
      <description>The optical thickness measured vertically above some given altitude due to the extinction and
        scattering by dust particles (integrated).
      </description>
      <unitsFNMOC>m/m</unitsFNMOC>
      <productionStatus>deprecated</productionStatus>
    </entry>
    <entry>
      <grib1Id>162</grib1Id>
      <fnmocId>tot_dust_concen</fnmocId>
      <name>tot_dust_concen</name>
      <nameFull/>
      <description>The estimated total density of particulate matter of dust.</description>
      <unitsFNMOC>mg/m3</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>163</grib1Id>
      <fnmocId>cape</fnmocId>
      <name>cape</name>
      <nameFull/>
      <description>Maximum buoyant energy that an unstable air parcel can aquire.</description>
      <unitsFNMOC>J/Kg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>164</grib1Id>
      <fnmocId>cin</fnmocId>
      <name>cin</name>
      <nameFull/>
      <description>Energy needed to overcome atmospheric stability for continued spontaneous convection.</description>
      <unitsFNMOC>J/Kg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>165</grib1Id>
      <fnmocId>frozen_rain</fnmocId>
      <name>frozen_rain</name>
      <nameFull/>
      <description>An accumulation of rain that freezes before reaching the ground or transparent or translucent pellets
        of ice less than or equal to 5mm in diameter.
        Ice pellets usually bounce when hitting hard ground and make a sound upon impact.
        These ice pellets can be 1) sleet or grains of ice, generally transparent, globular, solid grains of ice that
        have formed from the freezing of raindrops or
        the refreezing of largely melted snowflakes when falling though a below-freezing layer of air near the earth's
        surface;
        2) small hail, generally translucent particles, consisting of snow pellets
        (white, opaque, approximately round ice particles having a snowlike structure, and about 2 - 5 mm in diameter)
        encased in a thin layer of ice.
        The ice layer may form either by the accretion of droplets upon the snow pellet or by the melting and refreezing
        of the surface of the snow pellet (AMS).
        The estimated depth of frozen rain or ice pellets (water equivalent) that accumulated over a fixed period of
        time (accumulation period).
        The accumulation period is the same regardless of the forecast period.
        (When the accumulation period ends, a snap-shot is taken (grid made), and then the accumulation is set to zero
        (the bucket tip). The accumulation begins again for the next accumulation period.)
        The accumulation period and the bucket tip are exactly the same for each grid. Grids are available at forecast
        hours that are multiples of the accumulation period.
        FOR COAMPS the accumulation is over six hours.
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>167</grib1Id>
      <fnmocId>ocn_heat_cntnt</fnmocId>
      <name>ocn_heat_cntnt</name>
      <nameFull/>
      <description>The vertically integrated heat content of the ocean above the reference isotherm (26 deg C).
      </description>
      <unitsFNMOC>kJ/cm2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>171</grib1Id>
      <fnmocId>geop_ht_ens_stdev</fnmocId>
      <name>geop_ht_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the geopotential height of the ensemble members for a point in time.
      </description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>172</grib1Id>
      <fnmocId>prob_sig_wav_ht_gt12ft</fnmocId>
      <name>prob_sig_wav_ht_gt12ft</name>
      <nameFull/>
      <description>The probability that the significant wave height of ocean waves will be greater than 12 ft.
      </description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>173</grib1Id>
      <fnmocId>prob_sig_wav_ht_gt18ft</fnmocId>
      <name>prob_sig_wav_ht_gt18ft</name>
      <nameFull/>
      <description>The probability that the significant wave height of ocean waves will be greater than 18 ft.
      </description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>175</grib1Id>
      <fnmocId>evap_duct_ht</fnmocId>
      <name>evap_duct_ht</name>
      <nameFull/>
      <description>The estimated height of a duct formed from evaporation of seawater which begins at sea level and
        rises to an elevation (duct height) corresponding to a change in the slope in the index of refraction.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>176</grib1Id>
      <fnmocId>peak_wav_per_ens_stdev</fnmocId>
      <name>peak_wav_per_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the peak wave period of the ensemble members for a point in time.
      </description>
      <unitsFNMOC>s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>177</grib1Id>
      <fnmocId>pres_ens_stdev</fnmocId>
      <name>pres_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the pressure of the ensemble members for a point in time.</description>
      <unitsFNMOC>Pa</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>178</grib1Id>
      <fnmocId>sig_wav_ht_ens_stdev</fnmocId>
      <name>sig_wav_ht_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the significant wave height of the ensemble members for a point in time.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>179</grib1Id>
      <fnmocId>swl_wav_ht_ens_stdev</fnmocId>
      <name>swl_wav_ht_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the swell wave height of the ensemble members for a point in time.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>180</grib1Id>
      <fnmocId>aero_optdep</fnmocId>
      <name>aero_optdep</name>
      <nameFull/>
      <description>The optical thickness measured vertically above some given altitude due to the extinction by aerosol
        particles.
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>181</grib1Id>
      <fnmocId>aero_extinct_part</fnmocId>
      <name>aero_extinct_part</name>
      <nameFull/>
      <description>A coded long integer representing the proportions of sulfate and dust and smoke extinction in the
        layer.
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>182</grib1Id>
      <fnmocId>ozone_mix_ratio</fnmocId>
      <name>ozone_mix_ratio</name>
      <nameFull/>
      <description>The ratio of the mass of a variable atmospheric constituent (here ozone) to the mass of dry air.
      </description>
      <unitsFNMOC>kg/kg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>183</grib1Id>
      <fnmocId>aero_extinct_uv</fnmocId>
      <name>aero_extinct_uv</name>
      <nameFull/>
      <description>The removal by aerosol particles of long infrared radiant energy from an incident beam by the process
        of absorption and scattering.
      </description>
      <unitsFNMOC>1/km</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>184</grib1Id>
      <fnmocId>aero_extinct_vis</fnmocId>
      <name>aero_extinct_vis</name>
      <nameFull/>
      <description>The removal by aerosol particles of long infrared radiant energy from an incident beam by the process
        of absorption and scattering.
      </description>
      <unitsFNMOC>1/km</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>185</grib1Id>
      <fnmocId>aero_extinct_nir</fnmocId>
      <name>aero_extinct_nir</name>
      <nameFull/>
      <description>The removal by aerosol particles of long infrared radiant energy from an incident beam by the process
        of absorption and scattering.
      </description>
      <unitsFNMOC>1/km</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>186</grib1Id>
      <fnmocId>ttl_prcp_ens_stdev</fnmocId>
      <name>ttl_prcp_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the total precipitation of the ensemble members for a point in time.
      </description>
      <unitsFNMOC>kg/m**2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>187</grib1Id>
      <fnmocId>aero_extinct_mw</fnmocId>
      <name>aero_extinct_mw</name>
      <nameFull/>
      <description>The removal by aerosol particles of long infrared radiant energy from an incident beam by the process
        of absorption and scattering.
      </description>
      <unitsFNMOC>1/km</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>188</grib1Id>
      <fnmocId>aero_extinct_lw</fnmocId>
      <name>aero_extinct_lw</name>
      <nameFull/>
      <description>The removal by aerosol particles of long infrared radiant energy from an incident beam by the process
        of absorption and scattering.
      </description>
      <unitsFNMOC>1/km</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>189</grib1Id>
      <fnmocId>aero_asym_uv</fnmocId>
      <name>aero_asym_uv</name>
      <nameFull/>
      <description>Asymmetry parameter (or asymmetry factor) in each layer at ultraviolet wavelengths. (Asymmetry factor
        is a fundamental property of a scattering medium that affects the transfer of radiant energy)
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>190</grib1Id>
      <fnmocId>aero_asym_vis</fnmocId>
      <name>aero_asym_vis</name>
      <nameFull/>
      <description>Asymmetry parameter (or asymmetry factor) in each layer at visible wavelengths. (Asymmetry factor is
        a fundamental property of a scattering medium that affects the transfer of radiant energy)
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>191</grib1Id>
      <fnmocId>aero_asym_nir</fnmocId>
      <name>aero_asym_nir</name>
      <nameFull/>
      <description>Asymmetry parameter (or asymmetry factor) in each layer at near infrared wavelengths. (Asymmetry
        factor is a fundamental property of a scattering medium that affects the transfer of radiant energy)
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>192</grib1Id>
      <fnmocId>aero_asym_mw</fnmocId>
      <name>aero_asym_mw</name>
      <nameFull/>
      <description>Asymmetry parameter (or asymmetry factor) in each layer at mid infrared wavelengths. (Asymmetry
        factor is a fundamental property of a scattering medium that affects the transfer of radiant energy)
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>193</grib1Id>
      <fnmocId>aero_asym_lw</fnmocId>
      <name>aero_asym_lw</name>
      <nameFull/>
      <description>Asymmetry parameter (or asymmetry factor) in each layer at long infrared wavelengths. (Asymmetry
        factor is a fundamental property of a scattering medium that affects the transfer of radiant energy)
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>194</grib1Id>
      <fnmocId>aero_scatter_uv</fnmocId>
      <name>aero_scatter_uv</name>
      <nameFull/>
      <description>A measure of the extinction due to scattering of ultraviolet radiation as it traverses a medium
        containing scattering particles (scattering coefficient).
      </description>
      <unitsFNMOC>1/km</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>195</grib1Id>
      <fnmocId>aero_scatter_vis</fnmocId>
      <name>aero_scatter_vis</name>
      <nameFull/>
      <description>A measure of the extinction due to scattering of visible radiation as it traverses a medium
        containing scattering particles (scattering coefficient).
      </description>
      <unitsFNMOC>1/km</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>196</grib1Id>
      <fnmocId>aero_scatter_nir</fnmocId>
      <name>aero_scatter_nir</name>
      <nameFull/>
      <description>A measure of the extinction due to scattering of near infrared radiation as it traverses a medium
        containing scattering particles (scattering coefficient).
      </description>
      <unitsFNMOC>1/km</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>198</grib1Id>
      <fnmocId>aero_optdep_sm</fnmocId>
      <name>aero_optdep_sm</name>
      <nameFull/>
      <description>The optical thickness measured vertically above some given altitude due to the extinction and
        scattering by smoke particles (integrated).
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>199</grib1Id>
      <fnmocId>aero_optdep_su</fnmocId>
      <name>aero_optdep_su</name>
      <nameFull/>
      <description>The optical thickness measured vertically above some given altitude due to the extinction and
        scattering by sulfate aerosols (integrated).
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>200</grib1Id>
      <fnmocId>aero_optdep_sa</fnmocId>
      <name>aero_optdep_sa</name>
      <nameFull/>
      <description>The optical thickness measured vertically above some given altitude due to the extinction and
        scattering by salt particles (integrated).
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>201</grib1Id>
      <fnmocId>aero_optdep_du</fnmocId>
      <name>aero_optdep_du</name>
      <nameFull/>
      <description>The optical thickness measured vertically above some given altitude due to the extinction and
        scattering by dust particles (integrated).
      </description>
      <unitsFNMOC>numeric</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>202</grib1Id>
      <fnmocId>temp_grad</fnmocId>
      <name>temp_grad</name>
      <nameFull/>
      <description>The rate of variation in temperature in a medium (salt water) over a specified distance (ocean
        surface to bottom).
      </description>
      <unitsFNMOC>deg_K/m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>206</grib1Id>
      <fnmocId>freezing_rain</fnmocId>
      <name>freezing_rain</name>
      <nameFull/>
      <description>The estimated depth of mixed sleet (rain and snow) or rain (falls in liquid form) that freezes upon
        impact to form a coating of glaze upon the ground and on exposed objects
        (AMS Glossary, water equivalent) that accumulated over a fixed period of time (accumulation period).
        The accumulation period is the same regardless of the forecast period. (When the accumulation period ends, a
        snap-shot is taken (grid made),
        and then the accumulation is set to zero (the bucket tip).
        The accumulation begins again for the next accumulation period.)
        The accumulation period and the bucket tip are exactly the same for each grid. Grids are available at forecast
        hours that are multiples of the accumulation period.
      </description>
      <unitsFNMOC>kg/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>207</grib1Id>
      <fnmocId>peak_wav_dir</fnmocId>
      <name>peak_wav_dir</name>
      <nameFull/>
      <description>The angle measured clockwise from true north to the direction from which the peak waves are coming.
      </description>
      <unitsFNMOC>deg</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>208</grib1Id>
      <fnmocId>peak_wav_per</fnmocId>
      <name>peak_wav_per</name>
      <nameFull/>
      <description>The quantity of time required for two successive peak wave crests to pass a fixed point.
      </description>
      <unitsFNMOC>s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>210</grib1Id>
      <fnmocId>shrt_wav</fnmocId>
      <name>shrt_wav</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>211</grib1Id>
      <fnmocId>rsdl_wav</fnmocId>
      <name>rsdl_wav</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>212</grib1Id>
      <fnmocId>lng_wav</fnmocId>
      <name>lng_wav</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>213</grib1Id>
      <fnmocId>mag_ditch_hdg</fnmocId>
      <name>mag_ditch_hdg</name>
      <nameFull/>
      <description>The estimated angle, in a clockwise direction, between true north and the recommended direction of
        ditching an aircraft in a body of water.
      </description>
      <unitsFNMOC>deg_+N</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>214</grib1Id>
      <fnmocId>wnd_ucmp_mn</fnmocId>
      <name>wnd_ucmp_mn</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>215</grib1Id>
      <fnmocId>wnd_vcmp_mn</fnmocId>
      <name>wnd_vcmp_mn</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>216</grib1Id>
      <fnmocId>wnd_dif_ucmp_mn</fnmocId>
      <name>wnd_dif_ucmp_mn</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>217</grib1Id>
      <fnmocId>wnd_dif_vcmp_mn</fnmocId>
      <name>wnd_dif_vcmp_mn</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>218</grib1Id>
      <fnmocId>grnd_wet</fnmocId>
      <name>grnd_wet</name>
      <nameFull/>
      <description>The estimated rate of ground coverage that is determined to be wet as compared to the entire surface.
      </description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>219</grib1Id>
      <fnmocId>pres_err</fnmocId>
      <name>pres_err</name>
      <nameFull/>
      <description>The quantity of error in the estimated air pressure.</description>
      <unitsFNMOC>pa</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>220</grib1Id>
      <fnmocId>max_wav_ht</fnmocId>
      <name>max_wav_ht</name>
      <nameFull/>
      <description>The mean height of the highest one tenth of the waves measured from trough to crest.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>221</grib1Id>
      <fnmocId>snsb_ltnt_heat_flux</fnmocId>
      <name>snsb_ltnt_heat_flux</name>
      <nameFull/>
      <description>The rate of transfer of sensible heat (enthalphy) plus latent heat from one region to another.
      </description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>222</grib1Id>
      <fnmocId>ttl_heat_flux</fnmocId>
      <name>ttl_heat_flux</name>
      <nameFull/>
      <description>The estimated total rate of flow of heat in the atmosphere.</description>
      <unitsFNMOC>W/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>223</grib1Id>
      <fnmocId>geop_ht_err</fnmocId>
      <name>geop_ht_err</name>
      <nameFull/>
      <description>The geopotential height of level or surface error estimate.</description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>224</grib1Id>
      <fnmocId>frnt_anal</fnmocId>
      <name>frnt_anal</name>
      <nameFull/>
      <description>The estimated rate of the psychometric parameters indicating the presence of a frontal boundary.
      </description>
      <unitsFNMOC>deg K/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>225</grib1Id>
      <fnmocId>fog</fnmocId>
      <name>fog</name>
      <nameFull/>
      <description>The rate of probability of the occurrence of fog.</description>
      <unitsFNMOC>%</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>226</grib1Id>
      <fnmocId>rltv_hum_err</fnmocId>
      <name>rltv_hum_err</name>
      <nameFull/>
      <description>The quantity of error in the estimated ratio of measured vapor pressure to the computed saturation
        vapor pressure at the temperature of the measurement.
      </description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>227</grib1Id>
      <fnmocId>wnd_ucmp_err</fnmocId>
      <name>wnd_ucmp_err</name>
      <nameFull/>
      <description>Wind u component (east-west) error estimate.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>228</grib1Id>
      <fnmocId>wnd_vcmp_err</fnmocId>
      <name>wnd_vcmp_err</name>
      <nameFull/>
      <description>Wind v component (north-south) error estimate.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>229</grib1Id>
      <fnmocId>wnd_spd_ens_stdev</fnmocId>
      <name>wnd_spd_ens_stdev</name>
      <nameFull/>
      <description>The standard deviation of the wind speed of the ensemble members for a point in time.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>230</grib1Id>
      <fnmocId>frz_ht</fnmocId>
      <name>frz_ht</name>
      <nameFull/>
      <description>The vertical dimension above a vertical reference data where the air temperature is 0 degrees
        Celsius.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>231</grib1Id>
      <fnmocId>air_temp_err</fnmocId>
      <name>air_temp_err</name>
      <nameFull/>
      <description>Analysis air temperature error from truth (observations).</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>232</grib1Id>
      <fnmocId>sea_sfc_ht_corr</fnmocId>
      <name>sea_sfc_ht_corr</name>
      <nameFull/>
      <description>The sea height anomaly about a long term sea height mean.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>234</grib1Id>
      <fnmocId>ceil_ht</fnmocId>
      <name>ceil_ht</name>
      <nameFull/>
      <description>The height above ground level (AGL) of the lowest cloud or obscuring phenomena layer aloft with 5/8
        or more summation total sky cover, which may be predominantly opaque, or the visibility into a surfaced-based
        obscuration.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>235</grib1Id>
      <fnmocId>wnd_strs</fnmocId>
      <name>wnd_strs</name>
      <nameFull/>
      <description>The drag force per unit area caused by the wind shear.</description>
      <unitsFNMOC>Nt/m2</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>236</grib1Id>
      <fnmocId>snw_age</fnmocId>
      <name>snw_age</name>
      <nameFull/>
      <description>The time difference between the data analysis and the date of the last measurable snow fall.
      </description>
      <unitsFNMOC>day</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>238</grib1Id>
      <fnmocId>terr_ht</fnmocId>
      <name>terr_ht</name>
      <nameFull/>
      <description>no definition available</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>239</grib1Id>
      <fnmocId>latitude</fnmocId>
      <name>latitude</name>
      <nameFull/>
      <description>Angular distance north or south from the earth's equator measure through 90 degrees. (Webster 1983)
      </description>
      <unitsFNMOC>deg_+N</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>240</grib1Id>
      <fnmocId>longitude</fnmocId>
      <name>longitude</name>
      <nameFull/>
      <description>The arc or portion of the earth's equator intersected between the meridian of a given place and the
        prime meridian (as from Greenwich, England) and expressed either in degrees or time. (Webster 1983)
      </description>
      <unitsFNMOC>deg_+E</unitsFNMOC>
      <productionStatus>listed</productionStatus>
    </entry>
    <entry>
      <grib1Id>241</grib1Id>
      <fnmocId>cld_top</fnmocId>
      <name>cld_top</name>
      <nameFull/>
      <description>The estimated height of the upper surface of a cloud layer, ice or liquid.</description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>243</grib1Id>
      <fnmocId>sea_temp_anom</fnmocId>
      <name>sea_temp_anom</name>
      <nameFull/>
      <description>The difference between sea temperature analysis values and climatology.</description>
      <unitsFNMOC>deg_K</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>245</grib1Id>
      <fnmocId>stab_cld</fnmocId>
      <name>stab_cld</name>
      <nameFull/>
      <description>The estimated rate of the sky dome that is covered by non-convective or stable clouds.</description>
      <unitsFNMOC>fraction</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>246</grib1Id>
      <fnmocId>lift_cdns_lvl</fnmocId>
      <name>lift_cdns_lvl</name>
      <nameFull/>
      <description>The level at which a parcel of moist air lifted dry-adiabatically would become saturated.
      </description>
      <unitsFNMOC>m</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>247</grib1Id>
      <fnmocId>thkn</fnmocId>
      <name>thkn</name>
      <nameFull/>
      <description>The geometric thickness of layer.</description>
      <unitsFNMOC>gpm</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>248</grib1Id>
      <fnmocId>peak_wnd_spd</fnmocId>
      <name>peak_wnd_spd</name>
      <nameFull/>
      <description>The highest instantaneous wind speed during a specified time period.</description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>249</grib1Id>
      <fnmocId>cld_wtr_dnst</fnmocId>
      <name>cld_wtr_dnst</name>
      <nameFull/>
      <description>The density of condensed liquid cloud water at a given level.</description>
      <unitsFNMOC>g/m3</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>250</grib1Id>
      <fnmocId>cld_ice_dnst</fnmocId>
      <name>cld_ice_dnst</name>
      <nameFull/>
      <description>The density of condensed frozen cloud water.</description>
      <unitsFNMOC>g/m3</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>251</grib1Id>
      <fnmocId>wnd_utru</fnmocId>
      <name>wnd_utru</name>
      <nameFull/>
      <description>The east-west wind component based on true east. (correct for lambert conformal projection)
      </description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>252</grib1Id>
      <fnmocId>wnd_vtru</fnmocId>
      <name>wnd_vtru</name>
      <nameFull/>
      <description>The north-south wind component based on true north (correction for lambert conformal projection).
      </description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
    <entry>
      <grib1Id>253</grib1Id>
      <fnmocId>ustar</fnmocId>
      <name>ustar</name>
      <nameFull/>
      <description>Motion near the surface where the shearing stress is often assumed to be independent of height and
        approximately proportional to the square of the mean velocity. The friction velocity is, therefore, exactly the
        velocity for which this square law would be valid.
      </description>
      <unitsFNMOC>m/s</unitsFNMOC>
      <productionStatus>current</productionStatus>
    </entry>
  </fnmocTable>
</pnTable>