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

Summary Period: December 2009 - Search String
Generated 02-Jan-2010 13:01 GMT

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

94        11.96%  spc meso
57         7.25%  spc mesoanalysis
52         6.62%  storm relative helicity
46         5.85%  spc mesoscale
43         5.47%  mesoscale analysis
31         3.94%  freezing level
17         2.16%  mlcape
15         1.91%  bulk shear
14         1.78%  mesoanalysis
14         1.78%  nws mesoanalysis
14         1.78%  significant tornado parameter
14         1.78%  supercell composite parameter
13         1.65%  spc mesocale
12         1.53%  epvg
11         1.40%  critical thickness values
10         1.27%  spc mesoanalysis archive
8          1.02%  critical thickness snow
7          0.89%  brn shear
7          0.89%  mucape
6          0.76%  critical thickness for snow
6          0.76%  spc mesoanyalysis
5          0.64%  spc base surface storm prediction center
4          0.51%  meso analysis
4          0.51%  mesoanalysis loop spc
4          0.51%  mlcapes
4          0.51%  ncape
4          0.51%  significant hail parameter
4          0.51%  spc ruc model
4          0.51%  storm helicity
4          0.51%  storm-relative helicity
4          0.51%  weather prediction center
3          0.38%  0-3 km cape
3          0.38%  1000-850 mb critical thickness
3          0.38%  1000-850mb critical thickness
3          0.38%  effective bulk shear
3          0.38%  instantaneous contraction rate
3          0.38%  lcl height
3          0.38%  mesoscale
3          0.38%  mesoscale analysis noaa
3          0.38%  noaa mesoscale analysis
3          0.38%  sbcape
3          0.38%  spc mesoanaylsis pages
3          0.38%  spc noaa mesoanalysis
3          0.38%  storm relative helicitgy
3          0.38%  supercell composite
3          0.38%  what is freezing level
2          0.25%  1000 mb to 850 mb critical thickness
2          0.25%  5 techniques in mesoscale surface analysis
2          0.25%  850-700 critical thickness
2          0.25%  850-700mb critical thickness for snow
2          0.25%  axis of dilatation
2          0.25%  calculate cape meteorology
2          0.25%  cape level in a storm
2          0.25%  critical snow thickness model
2          0.25%  critical thickness for snow/ rain
2          0.25%  critical thickness values 850
2          0.25%  dcape
2          0.25%  derecho parameter
2          0.25%  derecho_parameter
2          0.25%  description of spc mesoanalysis
2          0.25%  downdraft cape
2          0.25%  ehi energy helicity index
2          0.25%  energy helicity index
2          0.25%  hail parameters
2          0.25%  hail parameters forecasting
2          0.25%  helicity
2          0.25%  lcl
2          0.25%  mesoscale analysis nws
2          0.25%  mesoscale modeling - meaning
2          0.25%  mixed layer cape
2          0.25%  mixed layer convective inhibition
2          0.25%  national storm prediction center
2          0.25%  noaa hourly chart
2          0.25%  noaa spc activity chart loop
2          0.25%  normalized cape
2          0.25%  nws buffalo
2          0.25%  nws meso
2          0.25%  nws mesoscale anaylsis
2          0.25%  nws spc
2          0.25%  nws spc fax charts
2          0.25%  predict mesoscale
2          0.25%  severe weather cape
2          0.25%  severe weather center
2          0.25%  shearing vector
2          0.25%  smow critical thickness
2          0.25%  spc analysis page
2          0.25%  spc critical thickness
2          0.25%  spc hourly mesoscale analysis
2          0.25%  spc indices page
2          0.25%  spc meso page
2          0.25%  spc mesoanalysis site
2          0.25%  spc mesoscale analysis
2          0.25%  spc mesoscale ananlysis
2          0.25%  spc.noaa.gov weather
2          0.25%  storm relative halicity
2          0.25%  storm relative helicity values
2          0.25%  supercell composite index
2          0.25%  tall skinny cape
2          0.25%  wbuf.noaa.gov
2          0.25%  what is 850-700mb frontogenesis
2          0.25%  what is mesoscale analysis
2          0.25%  wind messo-map
1          0.13%  0-1 km storm relative helicity
1          0.13%  0-6km shear
1          0.13%  1000-700 mb thickness
1          0.13%  1000-850 critical thicknesses
1          0.13%  500 mb vorticity analysis
1          0.13%  700mb analysis
1          0.13%  850 mb critical thickness
1          0.13%  850 mb critical thickness for snow
1          0.13%  850-500 lapse
1          0.13%  850-700 frontogenesis loop
1          0.13%  a storm relative helicity value
1          0.13%  airstream boundaries frontogenesis
1          0.13%  archive spc mesoanalysis
1          0.13%  archived mesoanalysis
1          0.13%  axis of deformation
1          0.13%  bl-6 km shear
1          0.13%  calculate sb cape
1          0.13%  calculating storm-relative wind speeds
1          0.13%  cape lcl and el
1          0.13%  cape normalized cape
1          0.13%  contraction rate
1          0.13%  convective temperature mesoanalysis
1          0.13%  critical thickness 1000 850 mb
1          0.13%  critical thickness and p type
1          0.13%  critical thickness for snow 1000-850 mb
1          0.13%  critical thickness forecasting
1          0.13%  critical thickness levels snow
1          0.13%  critical thickness snow ncsu
1          0.13%  critical thickness values snow
1          0.13%  dcp noaa parameters
1          0.13%  derecho composite parameter
1          0.13%  dilatation axis
1          0.13%  dilatation deformation
1          0.13%  dilation long deformation
1          0.13%  effective bulk
1          0.13%  effective bulk shear definition
1          0.13%  explain spc mesoanalysis
1          0.13%  fluid trapping
1          0.13%  forecasting considered best guess
1          0.13%  forecasting indices spc
1          0.13%  freezing level\
1          0.13%  freezing lvel
1          0.13%  helicity storm
1          0.13%  hourly surface analysis
1          0.13%  how to calculate storm relative helicity
1          0.13%  hpc mesoanalysis
1          0.13%  isotachs at 500mb
1          0.13%  lapse rates
1          0.13%  lifted index calculation
1          0.13%  mesoanalysis help page
1          0.13%  mesoanalysis\
1          0.13%  mesoscale analysis charts
1          0.13%  mesoscale radar
1          0.13%  mesoscale surface analysis tools
1          0.13%  mesoscale weather chart
1          0.13%  most unstable parcel
1          0.13%  mu cape
1          0.13%  noaa freezing levels
1          0.13%  noaa spc mesoanalysis
1          0.13%  noaa storm prediction center
1          0.13%  normalized cape haby
1          0.13%  parcel temp calculation lifted index
1          0.13%  precipitation potential
1          0.13%  relative helicity value
1          0.13%  ruc weather
1          0.13%  severe weather analysist
1          0.13%  shear bulk
1          0.13%  shear vector
1          0.13%  significant tornado parameters
1          0.13%  spc activity chart
1          0.13%  spc chart
1          0.13%  spc forecast tools
1          0.13%  spc frame
1          0.13%  spc meso discussions
1          0.13%  spc mesoanaylsis page
1          0.13%  srh values helicity
1          0.13%  storm cape index
1          0.13%  storm prediction center
1          0.13%  storm prediction center base
1          0.13%  storm prediction center mesoanalysis
1          0.13%  storm relative
1          0.13%  storm relative helicity threshold for tornadoes
1          0.13%  storm relative helicity]
1          0.13%  storm-relative helocity
1          0.13%  supercell composite index number
1          0.13%  surface based cape
1          0.13%  surface mesoscale analysis
1          0.13%  today's freezing level
1          0.13%  tornado param
1          0.13%  tornado parameters
1          0.13%  velocity tensor magnitude
1          0.13%  what does the word cape mean in relation to severe storms
1          0.13%  what is 100 mb cin convective inhibition
1          0.13%  what is bulk shear
1          0.13%  what is storm relative helicity values
1          0.13%  when clouds don't form above lifting condensation level on a skew t
1          0.13%  why freezing level


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