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REMO A2 SCENARIO RUN, IPCC PROJECT, 0.44 DEGREE RESOLUTION, RUN NO. 001503, MONTHLY MEAN DATA
hdl:21.14106/a37655a265ad810a5b995896c1c9269c21126ad9
Jacob, Daniela
Experiment
General Information
Quality
Contacts
References
Data Hierarchy
climate simulation
regional modelling
REMO
Summary
Regional dynamical downscaling for EUROPE.
Related Experiments:
EH5-T63L31_OM-GR1.5L40_C20_1
EH5-T63L31_OM-GR1.5L40_A1B_1
EH5-T63L31_OM-GR1.5L40_B1_1
EH5-T63L31_OM-GR1.5L40_A2_1
The simulation was run on a NEC-SX6 (hurrikan).
Project
REMO_Konsortialrechnungen (UBA (Umweltbundesamt) and IPCC Konsortialrechnungen)
Location(s)
REMO-EUROPE_0.44deg
Spatial Coverage
Longitude -50.5 to 77.7 Latitude 19.8 to 77.3 Altitude: -5.7 m to 10 m
Temporal Coverage
2001-01-01 to 2100-12-31 (calendrical)
Use constraints
work group only
Data Catalog
World Data Center for Climate
Size
6.39 GiB (6857587200 Byte)
Format
IEG
Status
completely archived
Creation Date
2005-10-26
Find data
Export dataset acronyms
Cite as
Jacob, Daniela
(2005)
.
REMO A2 SCENARIO RUN, IPCC PROJECT, 0.44 DEGREE RESOLUTION, RUN NO. 001503, MONTHLY MEAN DATA
. World Data Center for Climate (WDCC) at DKRZ.
https://hdl.handle.net/21.14106/a37655a265ad810a5b995896c1c9269c21126ad9
BibTeX
RIS
Consistency report
as consistent as the model is (REMO version 5.7)
Description
as consistent as the model is (REMO version 5.7)
Horizontal accuracy report
exact
Description
exact
Contact type
Person
ORCID
Organization
Author
Prof. Dr. Daniela Jacob
-
Max-Planck-Institut fuer Meteorologie
Investigator
Prof. Dr. Daniela Jacob
-
Max-Planck-Institut fuer Meteorologie
Originator
Holger Goettel
-
Max-Planck-Institut fuer Meteorologie
Metadata Reviewer
Philip Lorenz
-
Max-Planck-Institut fuer Meteorologie
Cites
[1]
DOI
Jacob, D.; Podzun, R.
(1997)
.
Sensitivity studies with the regional climate model REMO.
doi:10.1007/BF01025368
[2]
DOI
Jacob, D.; Van den Hurk, B.J.J.M.; Andrae, U.; Elgered, G.; Fortelius, C.; Graham, P.L.; Jackson, S.D.; Karstens, U.; Koepken, C.; Lindau, R.; Podzun, R.; Rockel, B.; Rubel, F.; Sass, H.B.; Smith, R.N.D.; Yang, X.
(2001)
.
A comprehensive model inter-comparison study investigating the water budget during the BALTEX-PIDCAP period.
doi:10.1007/s007030170015
Attached Datasets ( 107 )
RE_IPCC044_A2_1_MM_ACLCOV: total cloud cover
RE_IPCC044_A2_1_MM_ACLCV: total cloud cover
RE_IPCC044_A2_1_MM_AHFICE: sea ice: conductive heat
RE_IPCC044_A2_1_MM_AHFL: surface latent heat flux
RE_IPCC044_A2_1_MM_AHFS: surface sensible heat flux
RE_IPCC044_A2_1_MM_ALB: surface background albedo
RE_IPCC044_A2_1_MM_ALBEDO: surface albedo
RE_IPCC044_A2_1_MM_ALSOI: surface albedo (ice)
RE_IPCC044_A2_1_MM_ALSOL: surface albedo (land)
RE_IPCC044_A2_1_MM_ALSOW: surface albedo (water)
RE_IPCC044_A2_1_MM_ALWCVI: vertically integrated liquid water content
RE_IPCC044_A2_1_MM_APRC: convective precipitation
RE_IPCC044_A2_1_MM_APRL: large scale precipitation (stratiform precipitation)
RE_IPCC044_A2_1_MM_APRS: snow fall
RE_IPCC044_A2_1_MM_APS: surface pressure
RE_IPCC044_A2_1_MM_AZ0: surface roughness length
RE_IPCC044_A2_1_MM_AZ0I: surface roughness length (ice)
RE_IPCC044_A2_1_MM_AZ0L: surface roughness length (land)
RE_IPCC044_A2_1_MM_AZ0W: surface roughness length (water)
RE_IPCC044_A2_1_MM_BFLHS: surface sensible heat flux
RE_IPCC044_A2_1_MM_BFLHSI: surface sensible heat flux (ice)
RE_IPCC044_A2_1_MM_BFLHSL: surface sensible heat flux (land)
RE_IPCC044_A2_1_MM_BFLHSW: surface sensible heat flux (water)
RE_IPCC044_A2_1_MM_BFLQDS: surface latent heat flux
RE_IPCC044_A2_1_MM_BFLQDSI: surface latent heat flux (ice)
RE_IPCC044_A2_1_MM_BFLQDSL: surface latent heat flux (land)
RE_IPCC044_A2_1_MM_BFLQDSW: surface latent heat flux (water)
RE_IPCC044_A2_1_MM_DEW2: near surface dew point temperature
RE_IPCC044_A2_1_MM_DLAMBDA: parameter for increasing the heat conductivity of the soil
RE_IPCC044_A2_1_MM_DRAIN: drainage (as part of runoff)
RE_IPCC044_A2_1_MM_DSNAC: snow depth change
RE_IPCC044_A2_1_MM_EKBOXS: horizontal transport of kinetic energy
RE_IPCC044_A2_1_MM_EVAP: surface evaporation
RE_IPCC044_A2_1_MM_EVAPI: surface evaporation (ice)
RE_IPCC044_A2_1_MM_EVAPL: surface evaporation (land)
RE_IPCC044_A2_1_MM_EVAPW: surface evaporation (water)
RE_IPCC044_A2_1_MM_FHBOXS: horizontal transport of sensible heat
RE_IPCC044_A2_1_MM_FIBOXS: horizontal transport of potential energy
RE_IPCC044_A2_1_MM_PORVOL: pore volume
RE_IPCC044_A2_1_MM_PSRED: mean sea level pressure
RE_IPCC044_A2_1_MM_QDB: specific humidity
RE_IPCC044_A2_1_MM_QDBI: specific humidity surface (ice)
RE_IPCC044_A2_1_MM_QDBL: specific humidity surface (land)
RE_IPCC044_A2_1_MM_QDBOXS: horizontal transport of water vapour
RE_IPCC044_A2_1_MM_QDBW: specific humidity surface (water)
RE_IPCC044_A2_1_MM_QRES: residual heat flux for melting sea ice
RE_IPCC044_A2_1_MM_QVI: vertically integrated specific humidity
RE_IPCC044_A2_1_MM_QWBOXS: horizontal transport of cloud water
RE_IPCC044_A2_1_MM_RUNOFF: surface runoff
RE_IPCC044_A2_1_MM_SEAICE: sea ice cover
RE_IPCC044_A2_1_MM_SICED: sea ice depth
RE_IPCC044_A2_1_MM_SN: snow depth
RE_IPCC044_A2_1_MM_SNMEL: snow melt
RE_IPCC044_A2_1_MM_SRAD0: net top solar radiation
RE_IPCC044_A2_1_MM_SRAD0U: top solar radiation upward
RE_IPCC044_A2_1_MM_SRADS: net surface solar radiation
RE_IPCC044_A2_1_MM_SRADSU: surface solar radiation upward
RE_IPCC044_A2_1_MM_T2MAX: near surface maximum air temperature
RE_IPCC044_A2_1_MM_T2MIN: near surface minimum air temperature
RE_IPCC044_A2_1_MM_TCLF0: top thermal cloud forcing
RE_IPCC044_A2_1_MM_TCLFS: surface thermal cloud forcing
RE_IPCC044_A2_1_MM_TD3: soil temperature
RE_IPCC044_A2_1_MM_TD4: soil temperature
RE_IPCC044_A2_1_MM_TD5: soil temperature
RE_IPCC044_A2_1_MM_TD: deep soil temperature
RE_IPCC044_A2_1_MM_TDCL: soil temperature
RE_IPCC044_A2_1_MM_TEFF: (effective) sea ice skin temperature
RE_IPCC044_A2_1_MM_TEMP2: near surface air temperature
RE_IPCC044_A2_1_MM_TLAMBDA: heat conductivity of dry soil
RE_IPCC044_A2_1_MM_TOPMAX: maximum height of convective cloud tops
RE_IPCC044_A2_1_MM_TRAD0: top thermal radiation (OLR)
RE_IPCC044_A2_1_MM_TRADS: net surface thermal radiation
RE_IPCC044_A2_1_MM_TRADSU: surface thermal radiation upward
RE_IPCC044_A2_1_MM_TRAF0: net top thermal radiation (clear sky)
RE_IPCC044_A2_1_MM_TRAFS: net surface thermal radiation (clear sky)
RE_IPCC044_A2_1_MM_TS: surface temperature
RE_IPCC044_A2_1_MM_TSI: surface temperature (ice)
RE_IPCC044_A2_1_MM_TSL: surface temperature (land)
RE_IPCC044_A2_1_MM_TSLIN: land: res. sfc. heat budget, sea-ice: cond. heat flux
RE_IPCC044_A2_1_MM_TSMAX: maximum surface temperature
RE_IPCC044_A2_1_MM_TSMIN: minimum surface temperature
RE_IPCC044_A2_1_MM_TSN: snow temperature
RE_IPCC044_A2_1_MM_TSURF: surface temperature
RE_IPCC044_A2_1_MM_TSW: surface temperature (water)
RE_IPCC044_A2_1_MM_U10M: near surface u-component of wind
RE_IPCC044_A2_1_MM_USTAR3: ustar**3
RE_IPCC044_A2_1_MM_USTR: surface u-stress
RE_IPCC044_A2_1_MM_USTRI: surface u-stress (ice)
RE_IPCC044_A2_1_MM_USTRL: surface u-stress (land)
RE_IPCC044_A2_1_MM_USTRW: surface u-stress (water)
RE_IPCC044_A2_1_MM_V10M: near surface v-component of wind
RE_IPCC044_A2_1_MM_VDIS: boundary layer dissipation
RE_IPCC044_A2_1_MM_VGRAT: vegetation ratio
RE_IPCC044_A2_1_MM_VLT: leaf area index
RE_IPCC044_A2_1_MM_VSTR: surface v-stress
RE_IPCC044_A2_1_MM_VSTRI: surface v-stress (ice)
RE_IPCC044_A2_1_MM_VSTRL: surface v-stress (land)
RE_IPCC044_A2_1_MM_VSTRW: surface v-stress (water)
RE_IPCC044_A2_1_MM_WI3: fraction of frozen soil
RE_IPCC044_A2_1_MM_WI4: fraction of frozen soil
RE_IPCC044_A2_1_MM_WI5: fraction of frozen soil
RE_IPCC044_A2_1_MM_WI: fraction of frozen soil
RE_IPCC044_A2_1_MM_WICL: fraction of frozen soil
RE_IPCC044_A2_1_MM_WIMAX: near surface maximum wind speed
RE_IPCC044_A2_1_MM_WIND10: near surface wind speed
RE_IPCC044_A2_1_MM_WL: skin reservoir content
RE_IPCC044_A2_1_MM_WS: soil wetness
Details for selected entry
Parent project(s)
UBA (Umweltbundesamt) and IPCC Konsortialrechnungen
[Entry acronym: REMO_IPCC044_A2_1_R001503_MM] [Entry id: 2067551]