================================================================================ SOUNDING # 1 IDN= 89664 DAY=2003210 TIME= 0 VALID LEVELS= 10 ------------------------------------------------------------------------------ Idn Id Station Name St Co Lat Lon Elev 89664 McMurdo AQ 77:51S 166:40E 34 ------------------------------------------------------------------------------ Level Pressure Temp Dew Point Dir Speed Height Theta Mix Type [MB] [C] [C] [deg] [KTS] [M ] [K] [g/kg] -------- ------ ----- ----- ----- ----- ------- ----- ------ SFC 981.0 -23.3 -33.3 0.0 0.0 34.0 251.2 0.236 MAND 925.0 -20.3 -38.3 240.0 2.9 466.9 258.6 0.152 MAND 850.0 -24.5 -39.5 175.0 23.9 1088.3 260.5 0.146 MAND 700.0 -32.7 -39.7 170.0 21.0 2479.7 266.3 0.174 MAND 500.0 -44.5 -52.5 200.0 8.9 4792.3 278.8 0.064 MAND 400.0 -53.1 -61.1 295.0 2.9 6259.2 286.0 0.032 MAND 300.0 -65.1 -81.1 250.0 7.0 8063.5 293.6 ----- MAND 250.0 -67.1 ----- 230.0 30.9 9169.7 306.3 ----- MAND 200.0 -70.7 ----- 245.0 36.9 10505.1 320.8 ----- MAND 150.0 -74.9 ----- 240.0 35.9 12194.0 341.1 ----- Parcel Definition for 100 mb Boundary Layer: 0000 UTC 29 Jul 2003210 ---------------------------------------------------------------------- Dewpoint Temperature (TD) = -37.1 C Potential Temperature (Th) = 256.8 K Equivalent Potential Temperature (ThE) = 257.2 K Mixing Ratio (MIX) = 0.2 g/kg Stability Indices and Levels: ----------------------------- Lifted Condensation Level (LCL) = 715 mb Temperature at LCL (TLCL) = -39.9 C Level of Free Convection (LFC) = ----- Equilibrium Level (EL) = ----- Convective Temperature (CVT) = ----- Forecast Maximum Temperature (FMAX) = -12.9 C K Index (KI) = -26.5 Lifted Index (LI) = 17.8 Severe WEAther Threat Index (SwI) = 56.8 Showalter Index (ShI) = 14.8 Total Totals Index (TTI) = 25.0 Precipitable Water (PW) = 0.7 mm Energy Analysis: ---------------- Helicity (HELI) = 23 m**2/s**2 Convective Available Potential Energy (CAPE) = ----- Convective Inhibition (CIN) = ----- Theta-E for Forecast Maximum Temperature = 262 K CAPE for Forecast Maximum Temperature = ----- Maximum Theta-E at or below 300 mb = 286 K Pressure Level of Maximum Theta-E = 400 mb CAPE for Maximum Theta-E = ----- ================================================================================ UALIST: Done