Global - Land High Latitudes

	Download Data	Period Mean (original grids) [Watt m-2]		Bias [Watt m-2]	RMSE [Watt m-2]	Phase Shift [months]		Bias Score [1]	RMSE Score [1]	Seasonal Cycle Score [1]	Overall Score [1]
Benchmark	[-]	119.
bcc-csm1-1	[-]	136.		12.9	51.6	0.339		0.232	0.0486	0.978	0.327
BCC-CSM2-MR	[-]	139.		19.4	56.2	0.339		0.345	0.0211	0.978	0.341
CanESM2	[-]	140.		26.1	51.6	0.408		0.225	0.0369	0.973	0.318
CanESM5	[-]	140.		18.5	44.7	0.610		0.426	0.107	0.960	0.400
CESM1-BGC	[-]	143.		25.0	50.4	0.339		0.191	0.0761	0.978	0.330
CESM2	[-]	140.		23.0	55.4	0.203		0.205	0.0907	0.987	0.343
GFDL-ESM2G	[-]	136.		13.4	55.8	0.204		0.418	0.0487	0.986	0.375
GFDL-ESM4	[-]	130.		9.30	48.6	0.474		0.586	0.0521	0.969	0.415
IPSL-CM5A-LR	[-]	148.		22.8	57.3	0.747		0.0955	0.0961	0.943	0.308
IPSL-CM6A-LR	[-]	141.		22.5	48.3	0.611		0.236	0.0673	0.959	0.333
MeanCMIP5	[-]	141.		22.5	48.0	0.407		0.276	0.191	0.973	0.408
MeanCMIP6	[-]	139.		20.8	47.2	0.407		0.306	0.195	0.973	0.417
MIROC-ESM	[-]	147.		28.0	54.5	0.611		0.135	0.0375	0.952	0.290
MIROC-ESM2L	[-]	144.		23.9	59.3	0.408		0.342	0.0545	0.973	0.356
MPI-ESM-LR	[-]	136.		19.5	50.5	0.203		0.315	0.0598	0.987	0.355
MPI-ESM1.2-HR	[-]	140.		23.9	51.4	0.203		0.292	0.101	0.987	0.370
NorESM1-ME	[-]	139.		18.9	48.5	0.611		0.312	0.0822	0.959	0.359
NorESM2-LM	[-]	140.		23.1	49.2	0.407		0.144	0.0879	0.973	0.323
UK-HadGEM2-ES	[-]	149.		29.8	52.8	0.407		0.101	0.0374	0.973	0.287
UKESM1-0-LL	[-]	138.		18.0	47.7	0.610		0.327	0.0896	0.960	0.367

	Download Data	Period Mean (original grids) [Watt m-2]		Bias [Watt m-2]	RMSE [Watt m-2]	Phase Shift [months]		Bias Score [1]	RMSE Score [1]	Seasonal Cycle Score [1]	Overall Score [1]
Benchmark	[-]	62.0
bcc-csm1-1	[-]	78.4		-2.71	32.9	1.02		0.455	0.00	0.893	0.337
BCC-CSM2-MR	[-]	76.2		-8.41	26.9	1.02		0.160	0.0724	0.893	0.299
CanESM2	[-]	86.6		7.53	40.6	1.36		0.318	0.119	0.809	0.341
CanESM5	[-]	81.6		-2.85	29.2	1.36		0.329	0.00	0.870	0.300
CESM1-BGC	[-]	89.5		3.03	27.1	1.02		0.314	0.182	0.893	0.392
CESM2	[-]	81.7		-6.47	23.4	1.36		0.134	0.146	0.870	0.324
GFDL-ESM2G	[-]	82.4		-7.27	31.8	1.02		0.536	0.00883	0.893	0.361
GFDL-ESM4	[-]	80.1		-0.798	34.4	1.02		0.767	0.0119	0.893	0.421
IPSL-CM5A-LR	[-]	91.8		8.23	39.5	1.36		0.588	0.291	0.870	0.510
IPSL-CM6A-LR	[-]	86.8		5.56	26.1	1.02		0.548	0.279	0.893	0.499
MeanCMIP5	[-]	86.2		2.20	29.5	1.02		0.294	0.118	0.893	0.356
MeanCMIP6	[-]	81.6		-0.421	28.3	1.02		0.507	0.0570	0.893	0.378
MIROC-ESM	[-]	84.7		6.44	41.6	1.36		0.186	0.139	0.870	0.334
MIROC-ESM2L	[-]	93.4		12.9	47.7	0.683		0.333	0.00	0.915	0.312
MPI-ESM-LR	[-]	75.0		-12.3	22.6	1.02		0.242	0.256	0.932	0.421
MPI-ESM1.2-HR	[-]	80.3		-9.26	18.7	1.02		0.495	0.0852	0.893	0.390
NorESM1-ME	[-]	82.4		-4.09	31.1	1.36		0.235	0.0350	0.870	0.294
NorESM2-LM	[-]	78.9		-8.48	25.5	1.02		0.358	0.128	0.893	0.377
UK-HadGEM2-ES	[-]	95.5		11.7	45.3	1.02		0.0281	0.00	0.893	0.230
UKESM1-0-LL	[-]	79.9		-3.76	32.1	1.02		0.476	0.0558	0.932	0.380

Equatorial Africa Equatorial Asia Global - Land High Latitudes South America - Amazon Temporally integrated period mean Temporally integrated period mean bias Temporally integrated period mean bias score Temporally integrated period mean max month Temporally integrated mean phase shift Temporally integrated mean phase shift score Temporally integrated period mean rmse Temporally integrated period mean rmse score Spatially integrated regional mean cycle Spatially integrated regional mean detrended cycle Spatially integrated regional mean

  Title:

derived WRMC BSRN

  Source_file:

This product is generated from monthly WRMC.BSRN observations

  Conventions:

Please contact Prof. James Randerson (Email: jranders@uci.edu) or Dr. Mingquan Mu (mmu@uci.edu) for any question

  Altitude:

BSRN

  Site_name:

ASP,BAR,BER,BIL,BON,BOS,BOU,BRB,CAB,CAM,CAR,CLH,CNR,COC,DAA,DAR,DOM,DRA,DWN,E13,EUR,FLO,FPE,FUA,GCR,GVN,ILO,ISH,IZA,KWA,LAU,LER,LIN,MAN,MNM,NAU,NYA,PAL,PAY,PSU,PTR,REG,RLM,SAP,SBO,SMS,SOV,SPO,SXF,SYO,TAM,TAT,TIK,TOR,XIA

  Creation_date:

Mon Jun 23 15:56:09 PDT 2014

  Approach:

First I used BSRN Toolbox to extract swdn (surface downward shortwave radiation) and swup (surface upward shortwave radiation) from raw data files, and saved the data in ascii format, then I calculated surface net shortwave radation using swdn and swup, and organized all site data together for each month and year and saved them in netcdf files.

  Temporal resolution:

monthly

  General information:

This product was derived from WRMC-BSRN radiation dataset.

  Spatial resolution:

site observations

  Derived data code:

http://redwood.ess.uci.edu/mingquan/www/ILAMB/Download/CODES/CODES/subroutines/convert/convert-WRMC.BSRN.ncl