Global - Land

	Download Data	Q10(-10 [C]) [1]	Q10(+10 [C]) [1]	Q10(+25 [C]) [1]		Distribution Score [1]	RMSE Score [1]	Overall Score [1]
Benchmark	[-]	3.89	1.83	1.04
101	[-]	2.17	1.67	1.38		0.672	0.856	0.795
105	[-]	2.16	1.65	1.34		0.648	0.830	0.769
111	[-]	2.28	1.73	1.41		0.748	0.904	0.852
112	[-]	2.32	1.70	1.35		0.745	0.905	0.852
113	[-]	2.40	1.73	1.35		0.763	0.913	0.863
114	[-]	2.43	1.68	1.28		0.747	0.911	0.856

Africa - Central Africa - Sahel Africa - South Asia - East Siberia Asia - Indonesia Asia - North Central Asia - South Central Asia and China Asia - Southeast Asia and India Asia - West Siberia Australia Europe Global - Land Middle East and Sahara North America - Alaska and Northern Canada North America - Central America North America - Eastern United States North America - Southern Canada North America - Western United States South America - Amazon South America - Southeast South America - Southwest Temporally integrated period mean Relationship with tas

  History:

Tue Mar 19 20:16:17 2019: ncrename -v soilc,cSoilAbove1m soilc_0.5x0.5.nc

  Approach:

I just read the data from the original data file and converted the latitude arrange from original 90N->90S to 90S->90N. The unit was convert from original 0.1 KgC/m2 to KgC/m2

  Temporal resolution:

yearly

  General information:

This product was derived from Northern Circumpolar Soil Carbon Database V2.2 (NCSCDv22) in top 1m.

  Spatial resolution:

0.5x0.5 degree

  Derived data code:

http://redwood.ess.uci.edu/mingquan/www/ILAMB/Download/CODES/CODES/subroutines/convert/convert-soilc-NCSCDv22.ncl