Analysis for sounding 'c1'
Time: 26-jun-1995,18:12:49, Site: MOBILE, RAP
(analysis generated 26-Jun-1995,20:02:00)
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SURFACE-BASED ANALYSIS (using virtual temperature)
	 Surface potential temperature (50 mb average): 311.7 K
	 Surface virtual potential temperature (50 mb average): 312.7 K
	 Surface mixing ratio (50 mb average): 5.6 g/kg 
	 400 mb temperature: 248.5 K (potential temp.: 322.7 K)
	 400 mb virtual temperature: 248.5 K (virtual potential temp.: 322.8 K)
	 LCL pressure: 609.9 mb
	 Modified lifted index: -1.75
	 LFC pressure: 580.3 mb
	 Positive area below the LFC: 13 J/kg
	 Negative area below the LFC: -25 J/kg
	 CAPE: 296 J/kg
	 Negative area above the LFC: -1 J/kg
	 Shear over lowest 6km: 4.8 m/s
	 Bulk Richardson number: 25.4
	 MLVW between 900 mb and 700 mb: 6.0 m/s from 22 deg.

FORECAST (700 mb-BASED) ANALYSIS (using virtual temperature)
	 700 mb temperature: 282.0 K (potential temp.: 312.3 K)
	 700 mb virtual temperature: 282.5 K (virtual potential temp.: 312.7 K)
	 Surface mixing ratio (50 mb average): 5.6 g/kg 
	 400 mb temperature: 248.5 K (potential temp.: 322.7 K)
	 400 mb virtual temperature: 248.5 K (virtual potential temp.: 322.8 K)
	 LCL pressure: 609.9 mb
	 Modified lifted index: -1.78
	 LFC pressure: 581.1 mb
	 Positive area below the LFC: 0 J/kg
	 Negative area below the LFC: -23 J/kg
	 CAPE: 303 J/kg
	 Negative area above the LFC: -0 J/kg
	 Shear over lowest 6km: 4.8 m/s
	 Bulk Richardson number: 25.9
	 MLVW between 900 mb and 700 mb: 6.0 m/s from 22 deg.

USER-REQUESTED VARIABLES: 
	 The equivalent potential temperature is BAD at 950 mb
	 The equivalent potential temperature is BAD at 900 mb
	 The equivalent potential temperature is BAD at 850 mb
	 The equivalent potential temperature is 329.31 K at 800 mb
	 The equivalent potential temperature is 328.43 K at 750 mb
	 The equivalent potential temperature is 320.40 K at 700 mb