WW2010
University of Illinois

WW2010
 
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Meteorology
 
introduction
 
air masses, fronts
 
clouds, precipitation
 
el nino
 
forces, winds
 
hurricanes
 
hydrologic cycle
 
light, optics
 
midlatitude cyclones
 
severe storms
 
weather forecasting

Severe Storms
 
introduction
 
dangers of t-storms
 
types of t-storms
 
tstorm components
 
tornadoes
 
modeling

Tstorm Components
 
introduction
 
updrafts/downdrafts
 
wind shear
 
outflow phenomena
 
wall clouds

Updrafts/Downdrafts
 
introduction
 
lemon techique (lt)
 
multicell lt-analysis
 
supercell lt-analysis
 
supercell matures

User Interface
 
graphics
text

.
Supercell Matures
further analysis

The storm continued to grow, and assumed an extremely impressive appearance. We are looking northeast from about 20 miles.

[Image: storm intensified (56K)]
Photograph by: NSSL

Was the storm really a supercell? Doppler Radar confirmed a mesocyclone. A storm chase team, looking northwest from about 10 miles, took this photograph. Note the circular banding wrapping around the low levels of the updraft.

[Image: circular banding at low levels (45K)]
Photograph by: NSSL

Again, this is visually suggestive of the rotation that Doppler Radar was indicating. The storm produced large hail and at least one tornado after this photograph was taken.



supercell lt-analysis
Terms for using data resources. CD-ROM available.
Credits and Acknowledgments for WW2010.
Department of Atmospheric Sciences (DAS) at
the University of Illinois at Urbana-Champaign.

Wind Shear