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Field

FutureWeather precipitation
This field is very large and is stored as a set of files, I am working on getting features to work. Operations on this field will take a long time, more than one hour.

You will have to register to use this feauture of the Climate Explorer. Found ensemble members 0 to 5
EC-EARTH model output prepared for Future Weather A1B-RCP4.5 r1i1p1
X axis: regular grid with 56 0.22° steps, first point at 97.42° W, last point at 85.05° W
Y axis: regular grid with 16 -0.22° steps, first point at 30.92° N, last point at 27.55° N

1-daily data available from 01Jan1850 to 30Dec1869 ( 7319 times)
Variable pr (Precipitation) in mm/day
Full metadata. The associated land/sea mask is available for some operations

Get grid points, average area or generate subset

Mask:	no mask mask2.txt   add a mask to the list
Latitude:	°N - °N
Longitude:	°E - °E
Boundaries:	halfway grid points interpolated
Make:	average max min subset of the field
Considering:	everything land points sea points show/hide more only land points only sea points not land points not sea points

Create a field with lower time resolution

First fill missing data:	ignore, climatology, trend, persistence.
Then apply:	- running mean with direction backward centred forward
Then apply new time scale:	keep same time scale annual (Jul-Jun) annual (Jan-Dec) biannual seasonal monthly 10-daily 5-daily
New variable:	mean sd sum sum above sum below number min time of min max time of max first time last time of precipitation
Minimum:	% valid data
Threshold:	no cut less than greater than mm/day percentile normal 1971-2000

Create a field with lower spatial resolution

Average over blocks of longitude and latitude grid cells

ensemble member 0: download netcdf, analyse separately
ensemble member 0: download netcdf, analyse separately
ensemble member 0: download netcdf, analyse separately
ensemble member 0: download netcdf, analyse separately
ensemble member 1: download netcdf, analyse separately
ensemble member 1: download netcdf, analyse separately
ensemble member 1: download netcdf, analyse separately
ensemble member 1: download netcdf, analyse separately
ensemble member 2: download netcdf, analyse separately
ensemble member 2: download netcdf, analyse separately
ensemble member 2: download netcdf, analyse separately
ensemble member 2: download netcdf, analyse separately
ensemble member 3: download netcdf, analyse separately
ensemble member 3: download netcdf, analyse separately
ensemble member 3: download netcdf, analyse separately
ensemble member 3: download netcdf, analyse separately
ensemble member 4: download netcdf, analyse separately
ensemble member 4: download netcdf, analyse separately
ensemble member 4: download netcdf, analyse separately
ensemble member 4: download netcdf, analyse separately
ensemble member 5: download netcdf, analyse separately
ensemble member 5: download netcdf, analyse separately
ensemble member 5: download netcdf, analyse separately
ensemble member 5: download netcdf, analyse separately

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