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

Summary Period: December 2010 - Search String
Generated 01-Feb-2011 21:54 GMT

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

44        12.09%  storm relative helicity
28         7.69%  spc mesoanalysis
25         6.87%  spc mesoscale analysis
16         4.40%  epvg
16         4.40%  http://www.spc.noaa.gov/exper/mesoanalysis/
8          2.20%  mesoscale analysis
6          1.65%  brn shear
6          1.65%  mucape
6          1.65%  normalized cape
5          1.37%  bulk shear
5          1.37%  http://w1.spc.woc.noaa.gov/exper/mesoanalysis/
4          1.10%  mesoscale analysis page
4          1.10%  spc hourly mesoscale analysis
4          1.10%  spc mesoscale
3          0.82%  700mb frontogenesis
3          0.82%  mesoanalysis
3          0.82%  spc meso
3          0.82%  spc meso new
3          0.82%  what does a storm relative helicity value of 250 mean
2          0.55%  800-750mb epvg
2          0.55%  bulk richardson shear
2          0.55%  cape of 0 lifted index of 1
2          0.55%  dcape
2          0.55%  define storm relative helicity value
2          0.55%  freezing level
2          0.55%  http://spc.noaa.gov/exper/mesoanalysis/help/help_srh.html
2          0.55%  indices for atmospheric frontogenesis
2          0.55%  lfc-lcl height (m)
2          0.55%  lifted index formula
2          0.55%  mcs maintenance
2          0.55%  mlcape
2          0.55%  noaa 850 mb temperature analysis
2          0.55%  nws 300 mb analysis
2          0.55%  significant hail parameter
2          0.55%  spc analysis
2          0.55%  spc analysiss page
2          0.55%  spc lake effect 2
2          0.55%  spc meso analysis new
2          0.55%  spc mesoscale analysis page
2          0.55%  spc w1
2          0.55%  srh - storm-relative helicity (0-3 km)
2          0.55%  what is storm relative helicity
1          0.27%  0-3 km cape
1          0.27%  1000 850 mb thickness
1          0.27%  1km shear
1          0.27%  300mb analysis
1          0.27%  500mb winds
1          0.27%  700-500 mb lapse rate values
1          0.27%  700-500mb lapse rates
1          0.27%  850 - 500 mb lapse rate
1          0.27%  850-500 mb lapse rate values
1          0.27%  850-700 epvg
1          0.27%  archive mesoanalysis data spc
1          0.27%  atmospheric soundings with surface parcel path
1          0.27%  boundary layer through 6 km
1          0.27%  brooks craven index
1          0.27%  brooks craven noaa explained
1          0.27%  bulk wind difference shear
1          0.27%  calculate cape
1          0.27%  calculating convective inhibition
1          0.27%  calculating most unstable cape
1          0.27%  calculation of brn shear
1          0.27%  cape and cin calculation
1          0.27%  cape cin helicity
1          0.27%  cape sounding
1          0.27%  cape tall skinny weather
1          0.27%  describe the role wind shear plays in the formation most supercell tornadic thunderstorms.
1          0.27%  effec-
1          0.27%  ehi - energy helicity index
1          0.27%  eplanation of sounding parameters
1          0.27%  esrh
1          0.27%  experimental hail parameter
1          0.27%  explaination of severe weather
1          0.27%  forecast 700-500 mb lapse rates
1          0.27%  fosberg index
1          0.27%  freezing leel
1          0.27%  graphic examples of lifted index
1          0.27%  helicity
1          0.27%  helicity is potential energy for storms
1          0.27%  horizontal velocity derivative
1          0.27%  hourly mesoscale analysis
1          0.27%  how to calculate lifted index
1          0.27%  http://spc.noaa.gov/exper/mesoanalysis/
1          0.27%  http://w1.spc.woc.noaa.gov/exper/mesoanalysis/new/
1          0.27%  http://www.spc.ncep.noaa.gov/exper/mesoanalysis/
1          0.27%  http://www.spc.noaa.gov/exper/mesoanalysis/help/begin.html
1          0.27%  inflow storm relative winds
1          0.27%  interpreting convective inhibition
1          0.27%  introduction page
1          0.27%  is a measure of the potential energy available in the atmosphere and generally can be used as measure of the potential strength
1          0.27%  keuranopathy
1          0.27%  lcl
1          0.27%  lcl lfc
1          0.27%  li index equation weather
1          0.27%  lifting index formula
1          0.27%  mean layer lifted index
1          0.27%  mescoscale analysis
1          0.27%  mesoanalysis archive spc
1          0.27%  mesoscale
1          0.27%  mesoscale analysis -climate -storm -forecasting
1          0.27%  mesosclae analysis
1          0.27%  mid level soundings for severe weather
1          0.27%  mid level storm
1          0.27%  mid level winds
1          0.27%  moisture convergence map meso scale analysis
1          0.27%  moisture convergence meso scale analysis
1          0.27%  national weather service mesoscale
1          0.27%  noaa freezing level
1          0.27%  noaa mesoscale
1          0.27%  noaa mesoscale freezing level
1          0.27%  noaa mosaic analysis
1          0.27%  normalized ca-
1          0.27%  nws winter weather mesoscale
1          0.27%  objective analysis in tornado forecasting
1          0.27%  potential placement
1          0.27%  precipitation estimation lifting index calculation
1          0.27%  precipitation probability estimation lifting index
1          0.27%  relative helicity
1          0.27%  relative helicity what is it
1          0.27%  sector 2
1          0.27%  severe weather parameters
1          0.27%  sfc mesoscale analysis
1          0.27%  significant severe parameter
1          0.27%  spc cin
1          0.27%  spc critical thickness
1          0.27%  spc lifting condensation level
1          0.27%  spc mesoanalysis archive
1          0.27%  spc mesoanalysis page
1          0.27%  spc mesoanalysis text
1          0.27%  spc mesoscal
1          0.27%  spc mesoscale an
1          0.27%  spc noaa mesoanalysis
1          0.27%  spc precipitable water
1          0.27%  spc winter analysis
1          0.27%  srh values
1          0.27%  storm helicity
1          0.27%  storm relativ heliciti
1          0.27%  storm relative
1          0.27%  storm relative helecity
1          0.27%  storm relative helicity at the surface
1          0.27%  storm relative helicity history
1          0.27%  storm relative helicity of 250
1          0.27%  storm relative helicity sounding
1          0.27%  storm relative helicity srh
1          0.27%  storm srh
1          0.27%  storm-relative helicity
1          0.27%  super-
1          0.27%  supercell
1          0.27%  supercell composite
1          0.27%  supercell composite index
1          0.27%  supercell ingredients
1          0.27%  surface based cape
1          0.27%  surface frontogenesis
1          0.27%  surface vorticity
1          0.27%  tensor magnitude
1          0.27%  theta e advection
1          0.27%  upper air soundings interpretation
1          0.27%  w1 spc
1          0.27%  w1 spc woc noaa gov
1          0.27%  what does a storms relative helicity value of 250 mean
1          0.27%  what dose 4000 j/kg k mean
1          0.27%  what is 4-6km sr wind
1          0.27%  what is an m-
1          0.27%  what is the difference between the lfc and lcl
1          0.27%  what values of normalized cape corresponds to tall skinny cape
1          0.27%  which weather parameters change the most
1          0.27%  wind sfc 850
1          0.27%  winter severity index temp wind snow


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