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

Summary Period: March 2007 - Search String
Generated 10-Jul-2008 21:34 GMT

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

43         8.78%  spc mesoanalysis
28         5.71%  mesoscale analysis
21         4.29%  spc mesoscale
19         3.88%  mlcape
18         3.67%  mesoanalysis
17         3.47%  storm relative helicity
13         2.65%  spc meso
11         2.24%  brn shear
10         2.04%  850-250 mb diff divergence
10         2.04%  spc hourly
9          1.84%  downdraft cape
9          1.84%  mesoscale
8          1.63%  significant tornado parameter
7          1.43%  mucape
7          1.43%  spc mesoscale analysis
6          1.22%  bulk shear
6          1.22%  level of free convection
6          1.22%  snow storm on the beach
5          1.02%  dcape
5          1.02%  supercell composite parameter
4          0.82%  effective bulk shear
4          0.82%  severe weather parameters
4          0.82%  spc doppler radar
4          0.82%  spc noaa mesoanalysis
3          0.61%  100 mb mlcape
3          0.61%  lfc convection
3          0.61%  mesoanalysis pages
3          0.61%  mesoanalysis spc
3          0.61%  sbcape
3          0.61%  spc mesoanalysis page
3          0.61%  supercell composite
2          0.41%  bulk richardson number
2          0.41%  craven brooks
2          0.41%  effective helicity
2          0.41%  ehi energy helicity index
2          0.41%  epvg
2          0.41%  hail forecasting
2          0.41%  hourly lifted index
2          0.41%  hourly mesoscale analysis
2          0.41%  lapse rate
2          0.41%  lcl lfc
2          0.41%  lifting condensation level
2          0.41%  meso
2          0.41%  meso hail
2          0.41%  meso norman
2          0.41%  meso weather
2          0.41%  normalized cape
2          0.41%  pchg
2          0.41%  shear vector
2          0.41%  significant hail parameter
2          0.41%  significant tornadoes
2          0.41%  spc lcl
2          0.41%  spc mesoanalysis archive
2          0.41%  spc mesoscale anaysis pages
2          0.41%  storm relative winds supercell type
2          0.41%  tornado description
2          0.41%  weather meso
2          0.41%  what is diff. vorticity advection
1          0.20%  . vorticity parameters for severe weather
1          0.20%  0-1km ehi
1          0.20%  0-1km shear vector
1          0.20%  1000-700 mb thickness
1          0.20%  2-sector model
1          0.20%  500 mb analysis explanation
1          0.20%  700mb
1          0.20%  750 mb analysis
1          0.20%  850-250 mb divergence
1          0.20%  adiabatic lapse rate upward animation
1          0.20%  analyze weather prediction
1          0.20%  analyzing equivalent potential temperature
1          0.20%  archive mesoanalysis
1          0.20%  brn richardson number
1          0.20%  brn shear 50
1          0.20%  brn shear supercell 50
1          0.20%  brns
1          0.20%  bulk richardson number spc
1          0.20%  buoyancy calculations parcel cin
1          0.20%  calculate dcape
1          0.20%  calculate mucape
1          0.20%  calculate potential temperature
1          0.20%  calculating cape example
1          0.20%  calculating density weighted mean wind
1          0.20%  calculating storm relative helicity
1          0.20%  calculating surface based li
1          0.20%  cape 100 j/kg and li
1          0.20%  cape 100 j/kg li 1
1          0.20%  cape of 100 j/kg and li 1
1          0.20%  cape value nws
1          0.20%  cape values
1          0.20%  center for the analysis and prediction of storm
1          0.20%  condensation level and lcl
1          0.20%  condensation lifting
1          0.20%  conditionally unstable lapse rates
1          0.20%  convective available potential energy explanation
1          0.20%  convective cloud base height diagram
1          0.20%  craven index severe
1          0.20%  craven significant severe
1          0.20%  craven significant severe parameter
1          0.20%  dcape calculation
1          0.20%  dcape downdraft
1          0.20%  deep layer moisture convergence
1          0.20%  derecho composite
1          0.20%  derecho composite parameter
1          0.20%  derecho parameter
1          0.20%  description of hail
1          0.20%  difference lfc el
1          0.20%  effective layers tornado parameter
1          0.20%  ehi1
1          0.20%  fat skinny cape instability
1          0.20%  forecasting parameters
1          0.20%  fosberg index
1          0.20%  freezing level
1          0.20%  frontogenesis
1          0.20%  hail forecasting parameters
1          0.20%  height cumulus cloud base change from day to day
1          0.20%  helicity index
1          0.20%  hourly weather prediction
1          0.20%  how to calculate instability index
1          0.20%  how to calculate level of free convection
1          0.20%  how to calculate lifting condensation level using a skew t
1          0.20%  how to calculate the cape
1          0.20%  how to calculate the lifted index
1          0.20%  instability and updraft strength
1          0.20%  instability cape
1          0.20%  instability parameters
1          0.20%  isotachs at 300mb
1          0.20%  jkg m/s
1          0.20%  john hart of the nws storm prediction center.
1          0.20%  john hart storm prediction center
1          0.20%  lake effect snow
1          0.20%  lapse rate value
1          0.20%  lapse rates
1          0.20%  lcl rh
1          0.20%  lfc convection spc
1          0.20%  lifted index
1          0.20%  lifted index calculate
1          0.20%  lifted parcel level
1          0.20%  lifting condensation level height
1          0.20%  low level lapse rates
1          0.20%  meso analysis
1          0.20%  meso discussions
1          0.20%  meso radar
1          0.20%  meso spc
1          0.20%  meso weather chart
1          0.20%  mesoanalysis page
1          0.20%  mesoscale analysis noaa
1          0.20%  mesoscale radars
1          0.20%  mesoscale wind analysis
1          0.20%  mixed layer convective available potential energy
1          0.20%  mosaic radar
1          0.20%  msl pressure
1          0.20%  n-cape
1          0.20%  noaa spc mesoanalysis
1          0.20%  origine of convective available potential energy
1          0.20%  radar loops
1          0.20%  radar maps
1          0.20%  relative storm helicity
1          0.20%  sfir frame
1          0.20%  shear lapse
1          0.20%  sig tornado parameter
1          0.20%  significant tornado parameter stp
1          0.20%  skew-t diagram vgp
1          0.20%  spc
1          0.20%  spc 6
1          0.20%  spc chart
1          0.20%  spc hail
1          0.20%  spc hourly mesoanalysis page
1          0.20%  spc meso analysis
1          0.20%  spc mesocale analysis page
1          0.20%  spc mesoscale analysis page
1          0.20%  spc mesoscale analysis pages
1          0.20%  spc-6
1          0.20%  sr anvil level winds spc
1          0.20%  storm chaser
1          0.20%  storm prediction center mesoanalysis page
1          0.20%  storm-relative helicity
1          0.20%  supercell
1          0.20%  supercell composite index
1          0.20%  supercell composite parameter left
1          0.20%  surface analysis archive
1          0.20%  surface analysis chart
1          0.20%  surface analysis global weather
1          0.20%  surface analysis maps archive noaa
1          0.20%  surface based cape
1          0.20%  surface based lifted indices
1          0.20%  surface observations
1          0.20%  thck
1          0.20%  tornado parameter
1          0.20%  u.s. surface analyses chart
1          0.20%  weather city zip code hourly graph
1          0.20%  weather map interpretation activity
1          0.20%  what are severe weather outlook chart
1          0.20%  what is 850-250 mb pot. vorticity mean
1          0.20%  what is brn shear
1          0.20%  what is meso policy analysis
1          0.20%  what is shear vector
1          0.20%  what is significant tornado
1          0.20%  xover
1          0.20%  •_brn shear


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