AMRC & AWS

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SOUNDING # 1     IDN= 89009    DAY=2001254    TIME=     0     VALID LEVELS=  4
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     Idn     Id    Station Name           St  Co   Lat     Lon      Elev
     89009  NZSP   Amundsen-Scott South       AQ   90:00S  000:00W  2830
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   Level    Pressure  Temp  Dew Point  Dir    Speed   Height   Theta   Mix
   Type       [MB]     [C]     [C]    [deg]   [KTS]    [M ]     [K]   [g/kg]
  --------   ------   -----   -----   -----   -----  -------   -----  ------
    SFC       682.0   -52.1   -58.1    25.0    15.9   2830.0   246.6   0.026
    MAND      500.0   -38.9   -43.3   255.0    29.9   4900.8   285.6   0.166
    MAND      400.0   -50.1   -56.1   250.0    31.9   6395.9   289.9   0.054
    MAND      300.0   -65.1   -71.1   260.0    24.9   8212.9   293.6   -----


Parcel Definition for 100 mb Boundary Layer:   0000 UTC 11 Sep 2001254
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    Dewpoint Temperature (TD)                    =    -54.0 C
    Potential Temperature (Th)                   =    257.3 K
    Equivalent Potential Temperature (ThE)       =    257.4 K
    Mixing Ratio (MIX)                           =      0.0 g/kg

Stability Indices and Levels:
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    Lifted Condensation Level (LCL)              =      557 mb
    Temperature at LCL (TLCL)                    =    -55.5 C
    Level of Free Convection (LFC)               =    -----
    Equilibrium Level (EL)                       =    -----
    Convective Temperature (CVT)                 =    -----
    Forecast Maximum Temperature (FMAX)          =    -31.1 C

    K Index (KI)                                 =    -----
    Lifted Index (LI)                            =     23.2
    Severe WEAther Threat Index (SwI)            =    -----
    Showalter Index (ShI)                        =    -----
    Total Totals Index (TTI)                     =    -----

    Precipitable Water (PW)                      =      0.2 mm

Energy Analysis:
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    Helicity (HELI)                              =       18 m**2/s**2
    Convective Available Potential Energy (CAPE) =    -----
    Convective Inhibition (CIN)                  =    -----

    Theta-E for Forecast Maximum Temperature     =      270 K
    CAPE for Forecast Maximum Temperature        =    -----

    Maximum Theta-E at or below 300 mb           =      290 K
    Pressure Level of Maximum Theta-E            =      400 mb
    CAPE for Maximum Theta-E                     =    -----

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UALIST:  Done