CLISAP_MPI-ESM-XR_t255l95_jsbach: jsbach stream variables

Schubert-Frisius, Martina; Feser, Frauke

Dataset
Summary
[ Derived from parent entry - See data hierarchy tab ]

Hindcast simulation has been performed for reconstruction of meso-scale weather systems, especially of intense storms by using the global atmospheric model ECHAM6 in its version 6.1.00 (CMIP5), the spectral nudging technique and NCEP reanalysis as forcing data. Horizonatal resolution: (768x384) gridpoints (T255L95), vertical resolution: 95 levels. Time period: 1948 - 2015 april.
The output from the model run: /work/gg0301/g260070/ECHAM6/echam-6.1.00/experiments/echam6_t255l95_sn_ncep1/scripts
on the HLRE-2 Blizzard
and the Original-Outputs of the 8 ECHAM6-streams were named and differed by their suffixes:
echam6_t255l95_sn_ncep1_199212.01_co2
echam6_t255l95_sn_ncep1_199212.01_echam
echam6_t255l95_sn_ncep1_199212.01_jsbach
echam6_t255l95_sn_ncep1_199212.01_land
echam6_t255l95_sn_ncep1_199212.01_nudg
echam6_t255l95_sn_ncep1_199212.01_surf
echam6_t255l95_sn_ncep1_199212.01_veg
echam6_t255l95_sn_ncep1_199212.01_vphysc
Project
CliSAP (Integrated Climate System Analysis and Prediction)
Location(s)
World
Spatial Coverage
Longitude 0 to 360 Latitude -90 to 90
Temporal Coverage
1948-01-01 to 2015-04-30 (calendrical)
Use constraints
For scientific use only
Data Catalog
World Data Center for Climate
Access constraints
registered users
Size
8.50 TiB (9341830664488 Byte)
Format
grib_sz
Status
completely archived
Creation Date
Download Permission
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Cite as
[ Derived from parent entry - See data hierarchy tab ]
Schubert-Frisius, Martina; Feser, Frauke (2015). Global High Resolution Climate Reconstruction with ECHAM6 using the spectral nudging technique, run by Helmholtz-Zentrum Geesthacht. World Data Center for Climate (WDCC) at DKRZ. https://doi.org/10.1594/WDCC/CLISAP_MPI-ESM-XR_t255l95

BibTeX RIS
VariableCodeAggregationUnit
age_of_snow (non-dimensional)
snow_age (CLISAP_t255l95_JSBACH: 77)
1hr1
area_fraction (correction factor 1-exp(-LAI_max/2))
CF
veg_fract_correction (CLISAP_t255l95_JSBACH: 116)
1hr1
area_fraction-where land (potential natural)
CF
cover_fract_pot (CLISAP_t255l95_JSBACH: 10)
1hr1
Canopy Conductance
canopy_conductance (CLISAP_t255l95_JSBACH: 120)
1hrm/s
canopy_snow_area_fraction
snow_fract_canopy (CLISAP_t255l95_JSBACH: 110)
1hr1
Gross Assimilation (avg.)
gross_assimilation_acc (CLISAP_t255l95_JSBACH: 126)
1hrmol(CO2) m-2(canopy) s-1
land_area_fraction
CF
cover_fract (CLISAP_t255l95_JSBACH: 12)
1hr1
leaf_area_index
CF
lai (CLISAP_t255l95_JSBACH: 107)
1hr1
Maximum Vegetation Fraction
veg_ratio_max (CLISAP_t255l95_JSBACH: 20)
1hr1
net_primary_productivity_of_carbon
CF
net_assimilation_acc (CLISAP_t255l95_JSBACH: 124)
1hrmol(CO2) m-2(canopy) s-1
PAR Absorbed by Canopy (avg)
apar_acc (CLISAP_t255l95_JSBACH: 148)
1hrmol(PHOTONS) m-2(canopy) s-1
relative_humidity
CF
relative_humidity_air_inst (CLISAP_t255l95_JSBACH: 56)
1hr1
skin_reservoir_water_content
skin_reservoir (CLISAP_t255l95_JSBACH: 55)
1hrm
surface_albedo (NIR)
CF
albedo_nir (CLISAP_t255l95_JSBACH: 15)
1hr1
surface_albedo (visible_range)
CF
albedo_vis (CLISAP_t255l95_JSBACH: 14)
1hr1
surface_downwelling_shortwave_flux_in_air
CF
swdown_acc (CLISAP_t255l95_JSBACH: 21)
1hrW m-2
surface_upwelling_shortwave_flux_in_air
CF
swdown_reflect_acc (CLISAP_t255l95_JSBACH: 22)
1hrW m-2
thickness_of_canopy_snow
snow_depth_canopy (CLISAP_t255l95_JSBACH: 109)
1hrm
vegetation_area_fraction
CF
box_veg_ratio (CLISAP_t255l95_JSBACH: 24)
1hr1
Contact typePersonORCIDOrganization
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Parent

Global High Resolution Climate Reconstruction
Details
[Entry acronym: CLI_MPI-ESM-XR_t255l95_jsbach] [Entry id: 3491611]