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IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface options Help Expert Mode
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...RESEARCHATMOSPHEREGLOBALECHAM5amvSSTamvSST_hist_goga.DDailySurface

IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface

IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface.

Documents

outlinean outline showing all sub-datasets and variables contained in this dataset

Datasets and variables

albedo IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface alb[ X Y | M T]
cloud cover IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface cld[ X Y | M T]
laten heat flux IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface lh[ X Y | M T]
net longwave at ground IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface nlwg[ X Y | M T]
net shortwave at ground IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface nswg[ X Y | M T]
outgoing longwave radation IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface olr[ X Y | M T]
total precipitation IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface prec[ X Y | M T]
surface runoff IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface runoff[ X Y | M T]
snow depth IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface sd[ X Y | M T]
sea ice depth IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface seaiced[ X Y | M T]
sea ice fraction IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface seaicef[ X Y | M T]
snowfall IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface sfall[ X Y | M T]
sensible heat flux IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface sh[ X Y | M T]
mean sea level pressure IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface slp[ X Y | M T]
surface temperature IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface st[ X Y | M T]
land surface temperature IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface stl[ X Y | M T]
soil wetness IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface sw[ X Y | M T]
2 meter temperature IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface t2m[ X Y | M T]
2 meter dew point temperature IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface t2md[ X Y | M T]
two meter maximum temperature IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface t2mmax[ X Y | M T]
two meter minimum temperature IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface t2mmin[ X Y | M T]
10 meter u wind IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface u10m[ X Y | M T]
10 meter v wind IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM5 amvSST amvSST_hist_goga.D Daily Surface v10m[ X Y | M T]

Independent Variables (Grids)

Ensemble member grid: /M (unitless) ordered (1.0) to (16.0) by 1.0 N= 16 pts :grid
Time grid: /T (days since 1949-01-01) ordered (1 Jan 1929) to (31 Dec 2013) by 1.0 N= 31046 pts :grid
Longitude grid: /X (degree_east) periodic (0) to (2.8125W) by 2.8125 N= 128 pts :grid
Latitude grid: /Y (degree_north) ordered [ (87.86N) (85.1N) (82.31N) (79.53N) (76.74N) (73.95N) (71.16N) (68.37N) (65.58N) (62.79N) (60N) (57.21N) (54.42N) (51.63N) (48.84N) (46.04N) (43.25N) (40.46N) (37.67N) (34.88N) (32.09N) (29.3N) (26.51N) (23.72N) (20.93N) (18.14N) (15.35N) (12.56N) (9.77N) (6.98N) (4.19N) (1.4N) (1.4S) (4.19S) (6.98S) (9.77S) (12.56S) (15.35S) (18.14S) (20.93S) (23.72S) (26.51S) (29.3S) (32.09S) (34.88S) (37.67S) (40.46S) (43.25S) (46.04S) (48.84S) (51.63S) (54.42S) (57.21S) (60S) (62.79S) (65.58S) (68.37S) (71.16S) (73.95S) (76.74S) (79.53S) (82.31S) (85.1S) (87.86S)] :grid

References

Roeckner, E., R. Brokopf, M. Esch, M. Giorgetta, S. Hagemann, L. Kornblueh, E. Manzini, U. Schlese, and U. Schulzweida, 2006: Sensitivity of simulated climate to horizontal and vertical resolution in the ECHAM5 Atmosphere Model. J. Climate, 19, 3771-3791.

Last updated: Mon, 08 Aug 2016 14:03:14 GMT