Probabilitly of precipation on July 9th from the HRRRe model at 15z 6th hour
Authors:  Andrew Goenner 

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Resource type:  Multidimensional (NetCDF) 
Storage:  The size of this resource is 76.9 MB 
Created:  Jun 13, 2018 at 1:44 p.m. 
Last updated:  Jun 13, 2018 at 2:05 p.m.

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Sharing Status:  Public 

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Abstract
HighResolution Rapid Refresh Ensemble Precipitation data that have been shrunk down for data limit and the probability of precipitation for the domain in the prob_(5,10,25,50,75,90,95).
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Resource Level Coverage
Spatial
Coordinate System/Geographic Projection:
WGS 84 EPSG:4326
Coordinate Units:
Decimal degrees
North Latitude
49.4612°
East Longitude
68.4018°
South Latitude
21.9276°
West Longitude
113.0361°
Temporal
Start Date:  

End Date: 
Content
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NOT stored in HydroShare, and we can't guarantee its availability, quality, or
security.
Resource Specific
Extent
North  49.4611707324 

East  68.401804594 
South  21.9275879253 
West  113.036067174 
Extent Unit  degree 
prob_25
Unit  in 

Type  Float 
Shape  time,y,x 
Long Name  The_amount_rainfall_at_5_percent 
CAPE_ens_mean_entireatmosphere
Unit  J/kg 

Type  Float 
Shape  time,y,x 
Long Name  Convective Available Potential Energy 
APCP_prob_GT_12D7_surface
Unit  1 

Type  Float 
Shape  time,y,x 
Long Name  Total Precipitation 
prob_50
Unit  in 

Type  Float 
Shape  time,y,x 
Long Name  The_amount_rainfall_at_5_percent 
APCP_prob_GT_50D8_surface
Unit  1 

Type  Float 
Shape  time,y,x 
Long Name  Total Precipitation 
APCP_ens_mean_process_EQ_193_surface
Unit  kg/m^2 

Type  Float 
Shape  time,y,x 
Long Name  Total Precipitation 
APCP_prob_GT_76D2_surface
Unit  1 

Type  Float 
Shape  time,y,x 
Long Name  Total Precipitation 
longitude
Unit  degrees_east 

Type  Double 
Shape  y,x 
Long Name  longitude 
var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere
Unit  unit 

Type  Float 
Shape  time,y,x 
Long Name  desc 
prob_10
Unit  in 

Type  Float 
Shape  time,y,x 
Long Name  The_amount_rainfall_at_5_percent 
latitude
Unit  degrees_north 

Type  Double 
Shape  y,x 
Long Name  latitude 
prob_75
Unit  in 

Type  Float 
Shape  time,y,x 
Long Name  The_amount_rainfall_at_5_percent 
APCP_wt_ens_mean_process_EQ_193_surface
Unit  kg/m^2 

Type  Float 
Shape  time,y,x 
Long Name  Total Precipitation 
prob_90
Unit  in 

Type  Float 
Shape  time,y,x 
Long Name  The_amount_rainfall_at_5_percent 
time
Unit  seconds since 19700101 00:00:00.0 0:00 

Type  Double 
Shape  time 
Long Name  verification time generated by wgrib2 function verftime() 
y
Unit  m 

Type  Double 
Shape  y 
Long Name  y coordinate of projection 
x
Unit  m 

Type  Double 
Shape  x 
Long Name  x coordinate of projection 
prob_5
Unit  in 

Type  Float 
Shape  time,y,x 
Long Name  The_amount_rainfall_at_5_percent 
APCP_prob_GT_25D4_surface
Unit  1 

Type  Float 
Shape  time,y,x 
Long Name  Total Precipitation 
prob_95
Unit  in 

Type  Float 
Shape  time,y,x 
Long Name  The_amount_rainfall_at_95_percent 
1719015000600.nc_header_info.txt
netcdf 1719015000600.nc { dimensions: y = 939 ; x = 1129 ; time = UNLIMITED ; // (1 currently) variables: double y(y) ; y:long_name = "y coordinate of projection" ; y:standard_name = "projection_y_coordinate" ; y:units = "m" ; y:grid_spacing = 3000. ; double x(x) ; x:long_name = "x coordinate of projection" ; x:standard_name = "projection_x_coordinate" ; x:units = "m" ; x:grid_spacing = 3000. ; double latitude(y, x) ; latitude:units = "degrees_north" ; latitude:long_name = "latitude" ; double longitude(y, x) ; longitude:units = "degrees_east" ; longitude:long_name = "longitude" ; double time(time) ; time:units = "seconds since 19700101 00:00:00.0 0:00" ; time:long_name = "verification time generated by wgrib2 function verftime()" ; time:reference_time = 1499612400. ; time:reference_time_type = 3 ; time:reference_date = "2017.07.09 15:00:00 UTC" ; time:reference_time_description = "forecast or accumulated, reference date is fixed" ; time:time_step_setting = "auto" ; time:time_step = 0. ; float APCP_ens_mean_process_EQ_193_surface(time, y, x) ; APCP_ens_mean_process_EQ_193_surface:_FillValue = 9.999e+20f ; APCP_ens_mean_process_EQ_193_surface:short_name = "APCP_ens_mean_process_EQ_193_surface" ; APCP_ens_mean_process_EQ_193_surface:long_name = "Total Precipitation" ; APCP_ens_mean_process_EQ_193_surface:level = "surface" ; APCP_ens_mean_process_EQ_193_surface:units = "kg/m^2" ; APCP_ens_mean_process_EQ_193_surface:coordinates = "longitude latitude" ; float APCP_wt_ens_mean_process_EQ_193_surface(time, y, x) ; APCP_wt_ens_mean_process_EQ_193_surface:_FillValue = 9.999e+20f ; APCP_wt_ens_mean_process_EQ_193_surface:short_name = "APCP_wt_ens_mean_process_EQ_193_surface" ; APCP_wt_ens_mean_process_EQ_193_surface:long_name = "Total Precipitation" ; APCP_wt_ens_mean_process_EQ_193_surface:level = "surface" ; APCP_wt_ens_mean_process_EQ_193_surface:units = "kg/m^2" ; APCP_wt_ens_mean_process_EQ_193_surface:coordinates = "longitude latitude" ; float CAPE_ens_mean_entireatmosphere(time, y, x) ; CAPE_ens_mean_entireatmosphere:_FillValue = 9.999e+20f ; CAPE_ens_mean_entireatmosphere:short_name = "CAPE_ens_mean_entireatmosphere" ; CAPE_ens_mean_entireatmosphere:long_name = "Convective Available Potential Energy" ; CAPE_ens_mean_entireatmosphere:level = "entire atmosphere" ; CAPE_ens_mean_entireatmosphere:units = "J/kg" ; CAPE_ens_mean_entireatmosphere:coordinates = "longitude latitude" ; float var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere(time, y, x) ; var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere:_FillValue = 9.999e+20f ; var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere:short_name = "var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere" ; var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere:long_name = "desc" ; var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere:level = "entire atmosphere" ; var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere:units = "unit" ; var0_16_196_wt_ens_mean_process_EQ_193_entireatmosphere:coordinates = "longitude latitude" ; float APCP_prob_GT_12D7_surface(time, y, x) ; APCP_prob_GT_12D7_surface:_FillValue = 9.999e+20f ; APCP_prob_GT_12D7_surface:short_name = "APCP_prob_GT_12D7_surface" ; APCP_prob_GT_12D7_surface:long_name = "Total Precipitation" ; APCP_prob_GT_12D7_surface:level = "surface" ; APCP_prob_GT_12D7_surface:units = "1" ; APCP_prob_GT_12D7_surface:coordinates = "longitude latitude" ; float APCP_prob_GT_25D4_surface(time, y, x) ; APCP_prob_GT_25D4_surface:_FillValue = 9.999e+20f ; APCP_prob_GT_25D4_surface:short_name = "APCP_prob_GT_25D4_surface" ; APCP_prob_GT_25D4_surface:long_name = "Total Precipitation" ; APCP_prob_GT_25D4_surface:level = "surface" ; APCP_prob_GT_25D4_surface:units = "1" ; APCP_prob_GT_25D4_surface:coordinates = "longitude latitude" ; float APCP_prob_GT_50D8_surface(time, y, x) ; APCP_prob_GT_50D8_surface:_FillValue = 9.999e+20f ; APCP_prob_GT_50D8_surface:short_name = "APCP_prob_GT_50D8_surface" ; APCP_prob_GT_50D8_surface:long_name = "Total Precipitation" ; APCP_prob_GT_50D8_surface:level = "surface" ; APCP_prob_GT_50D8_surface:units = "1" ; APCP_prob_GT_50D8_surface:coordinates = "longitude latitude" ; float APCP_prob_GT_76D2_surface(time, y, x) ; APCP_prob_GT_76D2_surface:_FillValue = 9.999e+20f ; APCP_prob_GT_76D2_surface:short_name = "APCP_prob_GT_76D2_surface" ; APCP_prob_GT_76D2_surface:long_name = "Total Precipitation" ; APCP_prob_GT_76D2_surface:level = "surface" ; APCP_prob_GT_76D2_surface:units = "1" ; APCP_prob_GT_76D2_surface:coordinates = "longitude latitude" ; float prob_5(time, y, x) ; prob_5:FillValue = 9.999e+20f ; prob_5:short_name = "prob_5" ; prob_5:long_name = "The_amount_rainfall_at_5_percent" ; prob_5:level = "surface" ; prob_5:units = "in" ; prob_5:coordinates = "longitude latitude" ; float prob_10(time, y, x) ; prob_10:FillValue = 9.999e+20f ; prob_10:short_name = "prob_10" ; prob_10:long_name = "The_amount_rainfall_at_5_percent" ; prob_10:level = "surface" ; prob_10:units = "in" ; prob_10:coordinates = "longitude latitude" ; float prob_25(time, y, x) ; prob_25:FillValue = 9.999e+20f ; prob_25:short_name = "prob_25" ; prob_25:long_name = "The_amount_rainfall_at_5_percent" ; prob_25:level = "surface" ; prob_25:units = "in" ; prob_25:coordinates = "longitude latitude" ; float prob_50(time, y, x) ; prob_50:FillValue = 9.999e+20f ; prob_50:short_name = "prob_50" ; prob_50:long_name = "The_amount_rainfall_at_5_percent" ; prob_50:level = "surface" ; prob_50:units = "in" ; prob_50:coordinates = "longitude latitude" ; float prob_75(time, y, x) ; prob_75:FillValue = 9.999e+20f ; prob_75:short_name = "prob_75" ; prob_75:long_name = "The_amount_rainfall_at_5_percent" ; prob_75:level = "surface" ; prob_75:units = "in" ; prob_75:coordinates = "longitude latitude" ; float prob_90(time, y, x) ; prob_90:FillValue = 9.999e+20f ; prob_90:short_name = "prob_90" ; prob_90:long_name = "The_amount_rainfall_at_5_percent" ; prob_90:level = "surface" ; prob_90:units = "in" ; prob_90:coordinates = "longitude latitude" ; float prob_95(time, y, x) ; prob_95:FillValue = 9.999e+20f ; prob_95:short_name = "prob_95" ; prob_95:long_name = "The_amount_rainfall_at_95_percent" ; prob_95:level = "surface" ; prob_95:units = "in" ; prob_95:coordinates = "longitude latitude" ; // global attributes: :Conventions = "CF1.0" ; :History = "created by wgrib2" ; :GRIB2_grid_template = 30 ; }
How to Cite
Goenner, A. (2018). Probabilitly of precipation on July 9th from the HRRRe model at 15z 6th hour, HydroShare, http://www.hydroshare.org/resource/b840b7ffc8f84b6886a220235d92f9a5
This resource is shared under the Creative Commons Attribution CC BY.
http://creativecommons.org/licenses/by/4.0/
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