A Remote Microphysical Study of Severe Wind-producing ...
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A Remote Microphysical Study of Severe Wind-producing Convective Storms Figures for Paper No. 245 KENNETH L. PRYOR NOAA/NESDIS/Center for Satellite Applications and Research, College Park, Maryland
Transcript of A Remote Microphysical Study of Severe Wind-producing ...
A Remote Microphysical Study of Severe Wind-producing
Convective Storms
Figures for Paper No. 245
KENNETH L. PRYOR
NOAA/NESDIS/Center for Satellite Applications and Research, College Park, Maryland
Melting level
Mixed layer
a)
Melting level
Elevated mixed layer
Marine layer
b)
a) b)
Dry-air notch
Lightning clusterThunderstormCloud top
a) b)
Dry-air notchesOvershooting Thunderstorm top
Lightning cluster
PE
Melting graupel/hail
a) b)
a) b)
PEBurst front
a) b)
a) b)
Melting level Hail shaft
a) b)
Melting level
Hail shaft
a) b)
Outflow
a) b)
Hail shaftMelting level
Outflow boundary passage
a) b)
b)a)
Lightning clusterThunderstormCloud top
b)a)
Dry-air notch
Lightning cluster
a) b)
PE Melting hail
a) b)
Burst front
a) b)
Melting level
a) b)
Melting level
Hail shaft
Burst flow
