e-obs_rr_ens_spread_0.1deg_bav_yearmon: E-OBS gridded precipitation amount ensemble spread data for...
In RS-eco/bdc: Bavarian Data Cube
e-obs_rr_ens_spread_0.1deg_bav_yearmon R Documentation
E-OBS gridded precipitation amount ensemble spread data for Bavaria at 0.1 degree resolution
Description
E-OBS gridded precipitation amount ensemble spread data for Bavaria at 0.1 degree resolution
Usage
data(`e-obs_rr_ens_spread_0.1deg_bav_yearmon`)
Format
A data.frame with 870 observations and 854 variables.
Details
E-OBS gridded precipitation amount ensemble spread of observations
for Bavaria from 1950 to present at 0.1 degree resolution.
Total daily amount of rain, snow and hail measured as the height of the equivalent liquid water
in a square meter The data sources for the precipitation are rain gauge data which
do not have a uniform way of defining the 24-hour period over which precipitation
measurements are made. Therefore, there is no uniform time period
(for instance, 06 UTC previous day to 06 UTC today) which could be attached
to the daily precipitation.
Source
This data has been obtained from:
RS-eco/bdc documentation built on Aug. 12, 2022, 11:56 a.m.
R Package Documentation
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| e-obs_rr_ens_spread_0.1deg_bav_yearmon | R Documentation |
E-OBS gridded precipitation amount ensemble spread data for Bavaria at 0.1 degree resolution
Description
E-OBS gridded precipitation amount ensemble spread data for Bavaria at 0.1 degree resolution
Usage
data(`e-obs_rr_ens_spread_0.1deg_bav_yearmon`)
Format
A data.frame with 870 observations and 854 variables.
Details
E-OBS gridded precipitation amount ensemble spread of observations for Bavaria from 1950 to present at 0.1 degree resolution. Total daily amount of rain, snow and hail measured as the height of the equivalent liquid water in a square meter The data sources for the precipitation are rain gauge data which do not have a uniform way of defining the 24-hour period over which precipitation measurements are made. Therefore, there is no uniform time period (for instance, 06 UTC previous day to 06 UTC today) which could be attached to the daily precipitation.
Source
This data has been obtained from:
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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