Field

HadCRUT5.0 SST/T2m anom
HadCRUT.5.0.1.0 blended land air temperature and sea-surface temperature anomaly data set
X axis: whole world in 72 5.00° steps, first point at 177.50° W, last point at 177.50° E
Y axis: regular grid with 36 5.00° steps, first point at 87.50° S, last point at 87.50° N

Monthly data available from Jan1850 to Sep2023 (2085 months)
Variable tas_mean (blended air_temperature_anomaly over land with sea_water_temperature_anomaly) in K
Full metadata. The associated land/sea mask is available for some operations

Get grid points, average area or generate subset

Mask:	no mask   add a mask to the list
Latitude:	°N - °N
Longitude:	°E - °E
Year range:	-
Boundaries:	halfway grid points interpolated
Make:	average max min set of grid points subset of the field
Demand at least:	% valid points in this region
Considering:	everything land points sea points show/hide more only land points only sea points not land points not sea points
Units:	convert to Celsius leave in K

Create a field with lower time resolution

First fill missing data:	ignore, climatology, trend, persistence.
Then apply:	-month running mean with direction backward centred forward
Then apply new time scale:	keep same time scale annual (Jul-Jun) annual (Jan-Dec) biannual seasonal
New variable:	mean sd sum sum above sum below number min time of min max time of max first time last time of SST/T2m anom
Minimum:	% valid data
Threshold:	no cut less than greater than K percentile normal 1971-2000

Create a field with lower spatial resolution

Average over blocks of longitude and latitude grid cells

getfieldtype: please ask the administrator to add "tas_mean" to the lists in getfieldtype

Construct a statistical forecast model from this field

Contains public sector information licensed under the Open Government Licence v3.0. Please consult their website for further information. Please consider downloading this field from the authoritative site.
If you really want to get it here, HadCRUT5.0 SST/T2m anom is available as a netcdf file (size 30.7124 MB).

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