Probabilitly of precipation on July 9th from the HRRRe model at 15z 6th hour
Authors:  ${ author.name  nameWithoutCommas } ${ author.organization }  

Owners: 


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.


Citation:  See how to cite this resource 
Sharing Status:  Public 

Views:  323 
Downloads:  19 
+1 Votes:  Be the first one to +1 this. (You need to be logged in to rate this.) 
Comments:  No comments (yet) 
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).
Subject Keywords
Duplicate. Keyword not added.
Error: ${ error }
Deleting all keywords will set the resource sharing status to private.
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
This resource contains links to external content. Linked content is
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/
Comments
There are currently no comments
New Comment