Usage Statistics for SPC Mesoscale Analysis at www.spc.noaa.gov

Summary Period: August 2011 - Search String
Generated 28-Aug-2011 12:03 GMT

         Hits      Search String
----------------  ----------------------

31         7.67%  noaa spc mesoanalysis
30         7.43%  mesoscale analysis
30         7.43%  storm relative helicity
25         6.19%  spc mesoanalysis
18         4.46%  derecho composite
16         3.96%  dcape
16         3.96%  spc mesoanalysis page
14         3.47%  mucape
12         2.97%  2km mega mosaic radar
11         2.72%  500mb analysis
11         2.72%  spc mesoscale analysis
9          2.23%  nws mesoanalysis
8          1.98%  spc hourly mesoscale analysis
6          1.49%  downdraft cape
6          1.49%  supercell composite
5          1.24%  spc meso analysis
5          1.24%  spc mesoscale
5          1.24%  surface vorticity
4          0.99%  mesoanalysis
4          0.99%  spc meso
3          0.74%  http://www.spc.noaa.gov/exper/mesoanalysis/
3          0.74%  mid level lapse rates
3          0.74%  non supercell tornado parameter
3          0.74%  supercell composite parameter
2          0.50%  -12 degrees c/km unstable
2          0.50%  -8 degrees/km unstable
2          0.50%  0-1 km shear
2          0.50%  3km ehi
2          0.50%  700-500mb
2          0.50%  brn shear
2          0.50%  cape down draft
2          0.50%  cape j/kg
2          0.50%  craven sigsvr 5
2          0.50%  d-cape
2          0.50%  dcape downdraft cape
2          0.50%  deformation dilatation axis
2          0.50%  derecho composite parameter
2          0.50%  derecho parameter
2          0.50%  downdraft cape fortran
2          0.50%  ehi energy helicity index
2          0.50%  energy helicity index
2          0.50%  epvg*
2          0.50%  freezing level
2          0.50%  gradient tensor
2          0.50%  horizontal tensor
2          0.50%  hpc mesoscale analysis
2          0.50%  j/kg most unstable cape
2          0.50%  lfc is the level at which a
2          0.50%  mesoanalysis page
2          0.50%  mesoanalysis techniques
2          0.50%  most unstable cape
2          0.50%  mu cape
2          0.50%  non-supercell-tornado-parameter
2          0.50%  pmsl pressure
2          0.50%  significant tornado parameter
2          0.50%  significant tornado parameter effective layer
2          0.50%  significant tornado parameter noaa
2          0.50%  sowndrapft cape
2          0.50%  spc mesoanalaysis
2          0.50%  spc mesoscale hourly analysis
2          0.50%  spc noaa 2km
2          0.50%  spc noaa government
2          0.50%  sr helicity effective
2          0.50%  sr winds on skew-t diagram
2          0.50%  storm prediction center download mesoscale analysis
2          0.50%  storm relative effective helicity
2          0.50%  storm relative helicity right
2          0.50%  storm-relative helicity
2          0.50%  supercell compsite
2          0.50%  values
2          0.50%  vgp vorticity generation
2          0.50%  vorticity generation parameter
2          0.50%  what is most unstable cape
2          0.50%  what is surface vorticity
2          0.50%  what is the cravens/brooks signifi
2          0.50%  www.spc.noaa/radar loop
1          0.25%  0-3km cape
1          0.25%  0-6km shear
1          0.25%  300mb analysis
1          0.25%  500 mb analysis
1          0.25%  700-400 differential vorticity advection
1          0.25%  850 mb analysis
1          0.25%  axis of dilatation
1          0.25%  cape more instable level mucape computations
1          0.25%  critical thickness
1          0.25%  helicity
1          0.25%  mescoscale anaylsis
1          0.25%  meso analysis
1          0.25%  mesoscale cin cape
1          0.25%  mid-level lapse rates
1          0.25%  noaa thermodynamic fields
1          0.25%  nws measo
1          0.25%  radar 2km
1          0.25%  spc m-
1          0.25%  spc meso archive
1          0.25%  spc mesoscale analysis page
1          0.25%  spc ruc mesoanalysis
1          0.25%  vgp3


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