ATLAS of CPICTL

Available diagnostics for the Atmosphere

Mean

Global mean of various variables	ANN	DJF	MAM	JJA	SON

TimeSeries

Comparison with ERBE

Net shortwave flux at TOA	(RST)	ANN	DJF	MAM	JJA	SON
TOA outgoing longwave flux	(RLUT)	ANN	DJF	MAM	JJA	SON

Comparison with ISCCP

Cloud area fraction	(CLT)	ANN	DJF	MAM	JJA	SON

Comparison with NCP

Surface upward latent heat flux	(HFLS)	ANN	DJF	MAM	JJA	SON
Surface upward sensible heat flux	(HFSS)	ANN	DJF	MAM	JJA	SON

Other variables

Net radiative flux at TOA	(RTNA=RLUT+RST)	ANN	DJF	MAM	JJA	SON
Net heat flux at surface	(NHFSA = (NLFS+NSFS) - (HFLS+HFS) )	ANN	DJF	MAM	JJA	SON
Net radiative flux at surface	(RSNA=NLFS+NSFS)	ANN	DJF	MAM	JJA	SON
Net turbulent flux at surface	(TSNA=HFLS+HFSS)	ANN	DJF	MAM	JJA	SON
Incoming water flux at surface	(WDS)	ANN	DJF	MAM	JJA	SON

Map

Comparison with CRUTS2.1

Temperature 2m	(TAS)	ANN	DJF	MAM	JJA	SON

Comparison with Arkin

Precipitation	(PR)	ANN	DJF	MAM	JJA	SON

Comparison with CAYAN

Surface upward latent heat flux	(HFLS)	ANN	DJF	MAM	JJA	SON
Surface upward sensible heat flux	(HFSS)	ANN	DJF	MAM	JJA	SON

Comparison with ERBE

Net shortwave flux at TOA	(RST)	ANN	DJF	MAM	JJA	SON
TOA outgoing longwave flux	(RLUT)	ANN	DJF	MAM	JJA	SON
Net radiative flux at TOA	(RTNA)	ANN	DJF	MAM	JJA	SON

Comparison with ERS

Zonal wind stress	(TAUU)	ANN	DJF	MAM	JJA	SON
Meridional wind stress	(TAUV)	ANN	DJF	MAM	JJA	SON

Comparison with ERSST2

Surface temperature: Mean	(TS)	ANN	DJF	MAM	JJA	SON
Surface temperature: Variance	(TS)	ANN	DJF	MAM	JJA	SON

Comparison with ISCCP

Cloud area fraction	(CLT)	ANN	DJF	MAM	JJA	SON
Net radiative flux at surface	(RSNA)	ANN	DJF	MAM	JJA	SON

Comparison with NCP

Surface upward latent heat flux	(HFLS)	ANN	DJF	MAM	JJA	SON
Surface upward sensible heat flux	(HFSS)	ANN	DJF	MAM	JJA	SON
Sea surface pressure	(PSL)	ANN	DJF	MAM	JJA	SON
Sea surface pressure: Variance	(PSL)	ANN	DJF	MAM	JJA	SON
Streamfunction at 200 mb	(STF200)	ANN	DJF	MAM	JJA	SON
Streamfunction at 850 mb	(STF850)	ANN	DJF	MAM	JJA	SON
Wind divergence at 200 mb	(VP200)	ANN	DJF	MAM	JJA	SON
Wind divergence at 850 mb	(VP850)	ANN	DJF	MAM	JJA	SON
Temperature at 850 mb	(TA850)	ANN	DJF	MAM	JJA	SON
Zonal wind at 200 mb	(UA200)	ANN	DJF	MAM	JJA	SON
Zonal wind at 850 mb	(UA850)	ANN	DJF	MAM	JJA	SON
Meridional wind at 200 mb	(VA200)	ANN	DJF	MAM	JJA	SON
Meridional wind at 850 mb	(VA850)	ANN	DJF	MAM	JJA	SON
Geopotential height at 200 mb	(ZG200)	ANN	DJF	MAM	JJA	SON
Geopotential height at 500 mb	(ZG500)	ANN	DJF	MAM	JJA	SON
Geopotential height at 500 mb: Variance	(ZG500)	ANN	DJF	MAM	JJA	SON

Mean climatology

Incoming water flux at surface	(WDS)	ANN	DJF	MAM	JJA	SON
Net heat flux at surface	(NHFSA = (NLFS+NSFS) - (HFLS+HFS) )	ANN	DJF	MAM	JJA	SON

Slice YZ

Comparison with NCP

Specific humidity	(HUS)	ANN	DJF	MAM	JJA	SON
Temperature	(TA)	ANN	DJF	MAM	JJA	SON
Zonal wind	(UA)	ANN	DJF	MAM	JJA	SON
Meridional wind	(VA)	ANN	DJF	MAM	JJA	SON
Geopotential height	(ZG)	ANN	DJF	MAM	JJA	SON

EOF

Comparison with Arkin

Precipitation: EOF1	(PR)	DJF	JJA
Precipitation: EOF2	(PR)	DJF	JJA
Precipitation: EOF3	(PR)	DJF	JJA

Comparison with ERSST2

Surface temperature: EOF1	(TS)	DJF	JJA
Surface temperature: EOF2	(TS)	DJF	JJA
Surface temperature: EOF3	(TS)	DJF	JJA

Comparison with NCP

Sea surface pressure over the North Pacific: EOF1	(PSL)	DJF	JJA
Sea surface pressure over the North Pacific: EOF2	(PSL)	DJF	JJA
Sea surface pressure over the North Pacific: EOF3	(PSL)	DJF	JJA

Sea surface pressure over the North Atlantic: EOF1	(PSL)	DJF	JJA
Sea surface pressure over the North Atlantic: EOF2	(PSL)	DJF	JJA
Sea surface pressure over the North Atlantic: EOF3	(PSL)	DJF	JJA

Geopotential height at 500 mb over the North Pacific: EOF1	(ZG500)	DJF	JJA
Geopotential height at 500 mb over the North Pacific: EOF2	(ZG500)	DJF	JJA
Geopotential height at 500 mb over the North Pacific: EOF3	(ZG500)	DJF	JJA

Geopotential height at 500 mb over the North Atlantic: EOF1	(ZG500)	DJF	JJA
Geopotential height at 500 mb over the North Atlantic: EOF2	(ZG500)	DJF	JJA
Geopotential height at 500 mb over the North Atlantic: EOF3	(ZG500)	DJF	JJA

Regression

Comparison with ERSST2

Regression of surface temperature onto the SLP EOF1 over the North Pacific	(PSL)	DJF	JJA
Regression of surface temperature onto the SLP EOF2 over the North Pacific	(PSL)	DJF	JJA
Regression of surface temperature onto the SLP EOF3 over the North Pacific	(PSL)	DJF	JJA

Regression of surface temperature onto the SLP EOF1 over the North Atlantic	(PSL)	DJF	JJA
Regression of surface temperature onto the SLP EOF2 over the North Atlantic	(PSL)	DJF	JJA
Regression of surface temperature onto the SLP EOF3 over the North Atlantic	(PSL)	DJF	JJA

Regression of surface temperature onto the TS EOF1 over the North Pacific	(TS)	DJF	JJA
Regression of surface temperature onto the TS EOF2 over the North Pacific	(TS)	DJF	JJA
Regression of surface temperature onto the TS EOF3 over the North Pacific	(TS)	DJF	JJA

Regression of surface temperature onto the Z500 EOF1 over the North Pacific	(ZG500)	DJF	JJA
Regression of surface temperature onto the Z500 EOF2 over the North Pacific	(ZG500)	DJF	JJA
Regression of surface temperature onto the Z500 EOF3 over the North Pacific	(ZG500)	DJF	JJA

Regression of surface temperature onto the Z500 EOF1 over the North Atlantic	(ZG500)	DJF	JJA
Regression of surface temperature onto the Z500 EOF2 over the North Atlantic	(ZG500)	DJF	JJA
Regression of surface temperature onto the Z500 EOF3 over the North Atlantic	(ZG500)	DJF	JJA

Comparison with NCP

Regression of sea level pressure onto the TS EOF1 over the Tropical Pacific	(PSL)	DJF	JJA
Regression of sea level pressure onto the TS EOF2 over the Tropical Pacific	(PSL)	DJF	JJA
Regression of sea level pressure onto the TS EOF3 over the Tropical Pacific	(PSL)	DJF	JJA

Regression

Regression of geopotential height at 500 mb onto the TS EOF1 over the Tropical Pacific	(ZG500)	DJF	JJA
Regression of geopotential height at 500 mb onto the TS EOF2 over the Tropical Pacific	(ZG500)	DJF	JJA
Regression of geopotential height at 500 mb onto the TS EOF3 over the Tropical Pacific	(ZG500)	DJF	JJA

vsNCP_mapclim_vp850_SON	vsNCP_mapclim_vp850_SON
vsERSST2_eof_ts_JJA_domain_130_-60_10_80_EOF3	vsERSST2_eof_ts_JJA_domain_130_-60_10_80_EOF3
vsERSST2_eof_ts_JJA_domain_130_-60_10_80_EOF2	vsERSST2_eof_ts_JJA_domain_130_-60_10_80_EOF2
vsERSST2_eof_ts_JJA_domain_130_-60_10_80_EOF1	vsERSST2_eof_ts_JJA_domain_130_-60_10_80_EOF1
vsERSST2_eof_ts_DJF_domain_130_-60_10_80_EOF3	vsERSST2_eof_ts_DJF_domain_130_-60_10_80_EOF3
vsERSST2_eof_ts_DJF_domain_130_-60_10_80_EOF2	vsERSST2_eof_ts_DJF_domain_130_-60_10_80_EOF2
vsERSST2_eof_ts_DJF_domain_130_-60_10_80_EOF1	vsERSST2_eof_ts_DJF_domain_130_-60_10_80_EOF1