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ECHAM5-T213L31 A1B TIME SLICE 3, 6h and monthly mean values (1959-1990)
hdl:21.14106/1dd6a5675049c18ce8b5c8dbf3baad2ce13982cf
Bengtsson, Lennart; Latif, Mojib; Roeckner, Erich
Experiment
General Information
Quality
Contacts
Data Hierarchy
climate simulation
ECHAM5
present day climate
Summary
in order to replace ECHAM5-T213L31_A1B_TS_1 data
Project
CMS_MPI (Climate Model Simulations at MPI)
Location(s)
World
Spatial Coverage
Longitude 0 to 360 Latitude -90 to 90 Altitude: -6.98 m to 10 hPa
Temporal Coverage
1959-01-01 to 1990-12-31 (calendrical)
Use constraints
For scientific use only
Data Catalog
World Data Center for Climate
Size
44.69 GiB (47982028800 Byte)
Format
GRIB
Status
completely archived
Creation Date
2009-01-09
Find data
Export dataset acronyms
Cite as
Bengtsson, Lennart; Latif, Mojib; Roeckner, Erich
(2009)
.
ECHAM5-T213L31 A1B TIME SLICE 3
. World Data Center for Climate (WDCC) at DKRZ.
https://hdl.handle.net/21.14106/1dd6a5675049c18ce8b5c8dbf3baad2ce13982cf
BibTeX
RIS
Consistency report
as consistent as the model is(ECHAM5.3.02)...
Description
as consistent as the model is(ECHAM5.3.02)
ECHAM5 description, publications, handling, input-files and development see:
http://www.mpimet.mpg.de/en/wissenschaft/modelle/echam/echam5.html
http://www.mpimet.mpg.de/en/wissenschaft/modelle/echam/echam5-input-files.html
Contact type
Person
ORCID
Organization
Author
Prof. Lennart Bengtsson
-
Max-Planck-Institut fuer Meteorologie
Author
Prof. Mojib Latif
-
Max-Planck-Institut fuer Meteorologie
Author
Dr. Erich Roeckner
-
Max-Planck-Institut fuer Meteorologie
Investigator
Prof. Lennart Bengtsson
-
Max-Planck-Institut fuer Meteorologie
Investigator
Prof. Mojib Latif
-
Max-Planck-Institut fuer Meteorologie
Investigator
Dr. Erich Roeckner
-
Max-Planck-Institut fuer Meteorologie
Originator
Dr. N. Keenlyside
-
European Centre for Medium-Range Weather Forecasts
Originator
Dr. Luis Kornblueh
-
Max-Planck-Institut fuer Meteorologie
Attached Datasets ( 300 )
EH5_T213_A1B_3_MM_ACLCOV: total cloud cover
EH5_T213_A1B_3_MM_AHFCON: conductive heat flux through ice
EH5_T213_A1B_3_MM_AHFL: latent heat flux
EH5_T213_A1B_3_MM_AHFLIAC: latent heat flux over ice
EH5_T213_A1B_3_MM_AHFLLAC: latent heat flux over land
EH5_T213_A1B_3_MM_AHFLWAC: latent heat flux over water
EH5_T213_A1B_3_MM_AHFRES: melting of ice
EH5_T213_A1B_3_MM_AHFS: sensible heat flux
EH5_T213_A1B_3_MM_AHFSIAC: sensible heat flux over ice
EH5_T213_A1B_3_MM_AHFSLAC: sensible heat flux over land
EH5_T213_A1B_3_MM_AHFSWAC: sensible heat flux over water
EH5_T213_A1B_3_MM_ALBEDO: surface albedo
EH5_T213_A1B_3_MM_ALSOI: albedo of ice
EH5_T213_A1B_3_MM_ALSOL: albedo of land
EH5_T213_A1B_3_MM_ALSOW: albedo of water
EH5_T213_A1B_3_MM_APMEGL: P-E over land ice
EH5_T213_A1B_3_MM_APRC: convective precipitation
EH5_T213_A1B_3_MM_APRL: large scale precipitation (stratiform precipitation)
EH5_T213_A1B_3_MM_APRS: snow fall
EH5_T213_A1B_3_MM_APS: surface pressure
EH5_T213_A1B_3_MM_AZ0I: roughness length over ice
EH5_T213_A1B_3_MM_AZ0W: roughness length over water
EH5_T213_A1B_3_MM_DEW2: near surface dew point temperature
EH5_T213_A1B_3_MM_DRAIN: drainage
EH5_T213_A1B_3_MM_EVAP: evaporation
EH5_T213_A1B_3_MM_EVAPIAC: evaporation over ice
EH5_T213_A1B_3_MM_EVAPLAC: evaporation over land
EH5_T213_A1B_3_MM_EVAPWAC: evaporation over water
EH5_T213_A1B_3_MM_FRIAC: ice cover (fraction of grid box)
EH5_T213_A1B_3_MM_GLD: glacier depth
EH5_T213_A1B_3_MM_GPH1000: geopotential height
EH5_T213_A1B_3_MM_GPH100: geopotential height
EH5_T213_A1B_3_MM_GPH10: geopotential height
EH5_T213_A1B_3_MM_GPH150: geopotential height
EH5_T213_A1B_3_MM_GPH200: geopotential height
EH5_T213_A1B_3_MM_GPH250: geopotential height
EH5_T213_A1B_3_MM_GPH300: geopotential height
EH5_T213_A1B_3_MM_GPH30: geopotential height
EH5_T213_A1B_3_MM_GPH400: geopotential height
EH5_T213_A1B_3_MM_GPH500: geopotential height
EH5_T213_A1B_3_MM_GPH50: geopotential height
EH5_T213_A1B_3_MM_GPH600: geopotential height
EH5_T213_A1B_3_MM_GPH700: geopotential height
EH5_T213_A1B_3_MM_GPH70: geopotential height
EH5_T213_A1B_3_MM_GPH775: geopotential height
EH5_T213_A1B_3_MM_GPH850: geopotential height
EH5_T213_A1B_3_MM_GPH925: geopotential height
EH5_T213_A1B_3_MM_GRNDFLUX: surface ground heat flux
EH5_T213_A1B_3_MM_MSLP: mean sea level pressure
EH5_T213_A1B_3_MM_OCU: ocean eastw. velocity
EH5_T213_A1B_3_MM_OCV: ocean northw. velocity
EH5_T213_A1B_3_MM_Q1000: specific humidity
EH5_T213_A1B_3_MM_Q100: specific humidity
EH5_T213_A1B_3_MM_Q10: specific humidity
EH5_T213_A1B_3_MM_Q150: specific humidity
EH5_T213_A1B_3_MM_Q200: specific humidity
EH5_T213_A1B_3_MM_Q250: specific humidity
EH5_T213_A1B_3_MM_Q300: specific humidity
EH5_T213_A1B_3_MM_Q30: specific humidity
EH5_T213_A1B_3_MM_Q400: specific humidity
EH5_T213_A1B_3_MM_Q500: specific humidity
EH5_T213_A1B_3_MM_Q50: specific humidity
EH5_T213_A1B_3_MM_Q600: specific humidity
EH5_T213_A1B_3_MM_Q700: specific humidity
EH5_T213_A1B_3_MM_Q70: specific humidity
EH5_T213_A1B_3_MM_Q775: specific humidity
EH5_T213_A1B_3_MM_Q850: specific humidity
EH5_T213_A1B_3_MM_Q925: specific humidity
EH5_T213_A1B_3_MM_QVI: vertically integrated water vapor
EH5_T213_A1B_3_MM_RELHUM1000: relative humidity
EH5_T213_A1B_3_MM_RELHUM100: relative humidity
EH5_T213_A1B_3_MM_RELHUM10: relative humidity
EH5_T213_A1B_3_MM_RELHUM150: relative humidity
EH5_T213_A1B_3_MM_RELHUM200: relative humidity
EH5_T213_A1B_3_MM_RELHUM250: relative humidity
EH5_T213_A1B_3_MM_RELHUM300: relative humidity
EH5_T213_A1B_3_MM_RELHUM30: relative humidity
EH5_T213_A1B_3_MM_RELHUM400: relative humidity
EH5_T213_A1B_3_MM_RELHUM500: relative humidity
EH5_T213_A1B_3_MM_RELHUM50: relative humidity
EH5_T213_A1B_3_MM_RELHUM600: relative humidity
EH5_T213_A1B_3_MM_RELHUM700: relative humidity
EH5_T213_A1B_3_MM_RELHUM70: relative humidity
EH5_T213_A1B_3_MM_RELHUM775: relative humidity
EH5_T213_A1B_3_MM_RELHUM850: relative humidity
EH5_T213_A1B_3_MM_RELHUM925: relative humidity
EH5_T213_A1B_3_MM_RUNOFF: surface runoff and drainage
EH5_T213_A1B_3_MM_SD1000: divergence
EH5_T213_A1B_3_MM_SD100: divergence
EH5_T213_A1B_3_MM_SD10: divergence
EH5_T213_A1B_3_MM_SD150: divergence
EH5_T213_A1B_3_MM_SD200: divergence
EH5_T213_A1B_3_MM_SD250: divergence
EH5_T213_A1B_3_MM_SD300: divergence
EH5_T213_A1B_3_MM_SD30: divergence
EH5_T213_A1B_3_MM_SD400: divergence
EH5_T213_A1B_3_MM_SD500: divergence
EH5_T213_A1B_3_MM_SD50: divergence
EH5_T213_A1B_3_MM_SD600: divergence
EH5_T213_A1B_3_MM_SD700: divergence
EH5_T213_A1B_3_MM_SD70: divergence
EH5_T213_A1B_3_MM_SD775: divergence
EH5_T213_A1B_3_MM_SD850: divergence
EH5_T213_A1B_3_MM_SD925: divergence
EH5_T213_A1B_3_MM_SEAICE: ice cover (fraction of 1-SLM)
EH5_T213_A1B_3_MM_SICED: ice depth
EH5_T213_A1B_3_MM_SN: snow depth
EH5_T213_A1B_3_MM_SNACL: snow accumulation over land
EH5_T213_A1B_3_MM_SNC: snow depth at the canopy
EH5_T213_A1B_3_MM_SNI: water equivalent of snow on ice
EH5_T213_A1B_3_MM_SNMEL: snow melt
EH5_T213_A1B_3_MM_SOFLIAC: SW flux over ice
EH5_T213_A1B_3_MM_SOFLLAC: SW flux over land
EH5_T213_A1B_3_MM_SOFLWAC: SW flux over water
EH5_T213_A1B_3_MM_SPEED1000: wind speed
EH5_T213_A1B_3_MM_SPEED100: wind speed
EH5_T213_A1B_3_MM_SPEED10: wind speed
EH5_T213_A1B_3_MM_SPEED150: wind speed
EH5_T213_A1B_3_MM_SPEED200: wind speed
EH5_T213_A1B_3_MM_SPEED250: wind speed
EH5_T213_A1B_3_MM_SPEED300: wind speed
EH5_T213_A1B_3_MM_SPEED30: wind speed
EH5_T213_A1B_3_MM_SPEED400: wind speed
EH5_T213_A1B_3_MM_SPEED500: wind speed
EH5_T213_A1B_3_MM_SPEED50: wind speed
EH5_T213_A1B_3_MM_SPEED600: wind speed
EH5_T213_A1B_3_MM_SPEED700: wind speed
EH5_T213_A1B_3_MM_SPEED70: wind speed
EH5_T213_A1B_3_MM_SPEED775: wind speed
EH5_T213_A1B_3_MM_SPEED850: wind speed
EH5_T213_A1B_3_MM_SPEED925: wind speed
EH5_T213_A1B_3_MM_SRAD0: net top solar radiation
EH5_T213_A1B_3_MM_SRAD0D: top incoming solar radiation
EH5_T213_A1B_3_MM_SRAD0U: top solar radiation upward
EH5_T213_A1B_3_MM_SRADL: solar radiation 200mb
EH5_T213_A1B_3_MM_SRADS: net surface solar radiation
EH5_T213_A1B_3_MM_SRADSU: surface solar radiation upward
EH5_T213_A1B_3_MM_SRAF0: net top solar radiation (clear sky)
EH5_T213_A1B_3_MM_SRAFL: solar radiation 200mb (clear sky)
EH5_T213_A1B_3_MM_SRAFS: net surface solar radiation (clear sky)
EH5_T213_A1B_3_MM_STP1000: temperature
EH5_T213_A1B_3_MM_STP100: temperature
EH5_T213_A1B_3_MM_STP10: temperature
EH5_T213_A1B_3_MM_STP150: temperature
EH5_T213_A1B_3_MM_STP200: temperature
EH5_T213_A1B_3_MM_STP250: temperature
EH5_T213_A1B_3_MM_STP300: temperature
EH5_T213_A1B_3_MM_STP30: temperature
EH5_T213_A1B_3_MM_STP400: temperature
EH5_T213_A1B_3_MM_STP500: temperature
EH5_T213_A1B_3_MM_STP50: temperature
EH5_T213_A1B_3_MM_STP600: temperature
EH5_T213_A1B_3_MM_STP700: temperature
EH5_T213_A1B_3_MM_STP70: temperature
EH5_T213_A1B_3_MM_STP775: temperature
EH5_T213_A1B_3_MM_STP850: temperature
EH5_T213_A1B_3_MM_STP925: temperature
EH5_T213_A1B_3_MM_STREAM1000: streamfunction
EH5_T213_A1B_3_MM_STREAM100: streamfunction
EH5_T213_A1B_3_MM_STREAM10: streamfunction
EH5_T213_A1B_3_MM_STREAM150: streamfunction
EH5_T213_A1B_3_MM_STREAM200: streamfunction
EH5_T213_A1B_3_MM_STREAM250: streamfunction
EH5_T213_A1B_3_MM_STREAM300: streamfunction
EH5_T213_A1B_3_MM_STREAM30: streamfunction
EH5_T213_A1B_3_MM_STREAM400: streamfunction
EH5_T213_A1B_3_MM_STREAM500: streamfunction
EH5_T213_A1B_3_MM_STREAM50: streamfunction
EH5_T213_A1B_3_MM_STREAM600: streamfunction
EH5_T213_A1B_3_MM_STREAM700: streamfunction
EH5_T213_A1B_3_MM_STREAM70: streamfunction
EH5_T213_A1B_3_MM_STREAM775: streamfunction
EH5_T213_A1B_3_MM_STREAM850: streamfunction
EH5_T213_A1B_3_MM_STREAM925: streamfunction
EH5_T213_A1B_3_MM_SVO1000: vorticity
EH5_T213_A1B_3_MM_SVO100: vorticity
EH5_T213_A1B_3_MM_SVO10: vorticity
EH5_T213_A1B_3_MM_SVO150: vorticity
EH5_T213_A1B_3_MM_SVO200: vorticity
EH5_T213_A1B_3_MM_SVO250: vorticity
EH5_T213_A1B_3_MM_SVO300: vorticity
EH5_T213_A1B_3_MM_SVO30: vorticity
EH5_T213_A1B_3_MM_SVO400: vorticity
EH5_T213_A1B_3_MM_SVO500: vorticity
EH5_T213_A1B_3_MM_SVO50: vorticity
EH5_T213_A1B_3_MM_SVO600: vorticity
EH5_T213_A1B_3_MM_SVO700: vorticity
EH5_T213_A1B_3_MM_SVO70: vorticity
EH5_T213_A1B_3_MM_SVO775: vorticity
EH5_T213_A1B_3_MM_SVO850: vorticity
EH5_T213_A1B_3_MM_SVO925: vorticity
EH5_T213_A1B_3_MM_T2MAX: near surface maximum air temperature
EH5_T213_A1B_3_MM_T2MIN: near surface minimum air temperature
EH5_T213_A1B_3_MM_TEMP2: near surface air temperature
EH5_T213_A1B_3_MM_TPREC: total precipitation
EH5_T213_A1B_3_MM_TRAD0: top thermal radiation (OLR)
EH5_T213_A1B_3_MM_TRADL: thermal radiation 200mb
EH5_T213_A1B_3_MM_TRADS: net surface thermal radiation
EH5_T213_A1B_3_MM_TRADSU: surface thermal radiation upward
EH5_T213_A1B_3_MM_TRAF0: net top thermal radiation (clear sky)
EH5_T213_A1B_3_MM_TRAFL: thermal radiation 200mb (clear sky)
EH5_T213_A1B_3_MM_TRAFS: net surface thermal radiation (clear sky)
EH5_T213_A1B_3_MM_TRFLIAC: LW flux over ice
EH5_T213_A1B_3_MM_TRFLLAC: LW flux over land
EH5_T213_A1B_3_MM_TRFLWAC: LW flux over water
EH5_T213_A1B_3_MM_TSI: surface temperature of ice
EH5_T213_A1B_3_MM_TSLM1: surface temperature of land
EH5_T213_A1B_3_MM_TSOIL_1: deep soil temperatures (5 layers)
EH5_T213_A1B_3_MM_TSOIL_2: deep soil temperatures (5 layers)
EH5_T213_A1B_3_MM_TSOIL_3: deep soil temperatures (5 layers)
EH5_T213_A1B_3_MM_TSOIL_4: deep soil temperatures (5 layers)
EH5_T213_A1B_3_MM_TSOIL_5: deep soil temperatures (5 layers)
EH5_T213_A1B_3_MM_TSURF: surface temperature
EH5_T213_A1B_3_MM_TSW: surface temperature of water
EH5_T213_A1B_3_MM_U1000: u-velocity (zonal)
EH5_T213_A1B_3_MM_U100: u-velocity (zonal)
EH5_T213_A1B_3_MM_U10: u-velocity (zonal)
EH5_T213_A1B_3_MM_U10M: near surface u-component of wind
EH5_T213_A1B_3_MM_U150: u-velocity (zonal)
EH5_T213_A1B_3_MM_U200: u-velocity (zonal)
EH5_T213_A1B_3_MM_U250: u-velocity (zonal)
EH5_T213_A1B_3_MM_U300: u-velocity (zonal)
EH5_T213_A1B_3_MM_U30: u-velocity (zonal)
EH5_T213_A1B_3_MM_U400: u-velocity (zonal)
EH5_T213_A1B_3_MM_U500: u-velocity (zonal)
EH5_T213_A1B_3_MM_U50: u-velocity (zonal)
EH5_T213_A1B_3_MM_U600: u-velocity (zonal)
EH5_T213_A1B_3_MM_U700: u-velocity (zonal)
EH5_T213_A1B_3_MM_U70: u-velocity (zonal)
EH5_T213_A1B_3_MM_U775: u-velocity (zonal)
EH5_T213_A1B_3_MM_U850: u-velocity (zonal)
EH5_T213_A1B_3_MM_U925: u-velocity (zonal)
EH5_T213_A1B_3_MM_USTR: u-stress
EH5_T213_A1B_3_MM_USTRI: zonal wind stress over ice
EH5_T213_A1B_3_MM_USTRL: zonal wind stress over land
EH5_T213_A1B_3_MM_USTRW: zonal wind stress over water
EH5_T213_A1B_3_MM_V1000: v-velocity (meridional)
EH5_T213_A1B_3_MM_V100: v-velocity (meridional)
EH5_T213_A1B_3_MM_V10: v-velocity (meridional)
EH5_T213_A1B_3_MM_V10M: near surface v-component of wind
EH5_T213_A1B_3_MM_V150: v-velocity (meridional)
EH5_T213_A1B_3_MM_V200: v-velocity (meridional)
EH5_T213_A1B_3_MM_V250: v-velocity (meridional)
EH5_T213_A1B_3_MM_V300: v-velocity (meridional)
EH5_T213_A1B_3_MM_V30: v-velocity (meridional)
EH5_T213_A1B_3_MM_V400: v-velocity (meridional)
EH5_T213_A1B_3_MM_V500: v-velocity (meridional)
EH5_T213_A1B_3_MM_V50: v-velocity (meridional)
EH5_T213_A1B_3_MM_V600: v-velocity (meridional)
EH5_T213_A1B_3_MM_V700: v-velocity (meridional)
EH5_T213_A1B_3_MM_V70: v-velocity (meridional)
EH5_T213_A1B_3_MM_V775: v-velocity (meridional)
EH5_T213_A1B_3_MM_V850: v-velocity (meridional)
EH5_T213_A1B_3_MM_V925: v-velocity (meridional)
EH5_T213_A1B_3_MM_VDIS: boundary layer dissipation
EH5_T213_A1B_3_MM_VDISGW: gravity wave dissipation
EH5_T213_A1B_3_MM_VELPOT1000: velocity potential
EH5_T213_A1B_3_MM_VELPOT100: velocity potential
EH5_T213_A1B_3_MM_VELPOT10: velocity potential
EH5_T213_A1B_3_MM_VELPOT150: velocity potential
EH5_T213_A1B_3_MM_VELPOT200: velocity potential
EH5_T213_A1B_3_MM_VELPOT250: velocity potential
EH5_T213_A1B_3_MM_VELPOT300: velocity potential
EH5_T213_A1B_3_MM_VELPOT30: velocity potential
EH5_T213_A1B_3_MM_VELPOT400: velocity potential
EH5_T213_A1B_3_MM_VELPOT500: velocity potential
EH5_T213_A1B_3_MM_VELPOT50: velocity potential
EH5_T213_A1B_3_MM_VELPOT600: velocity potential
EH5_T213_A1B_3_MM_VELPOT700: velocity potential
EH5_T213_A1B_3_MM_VELPOT70: velocity potential
EH5_T213_A1B_3_MM_VELPOT775: velocity potential
EH5_T213_A1B_3_MM_VELPOT850: velocity potential
EH5_T213_A1B_3_MM_VELPOT925: velocity potential
EH5_T213_A1B_3_MM_VSTR: v-stress
EH5_T213_A1B_3_MM_VSTRI: meridional wind stress over ice
EH5_T213_A1B_3_MM_VSTRL: meridional wind stress over land
EH5_T213_A1B_3_MM_VSTRW: meridional wind stress over water
EH5_T213_A1B_3_MM_W1000: vertical velocity
EH5_T213_A1B_3_MM_W100: vertical velocity
EH5_T213_A1B_3_MM_W10: vertical velocity
EH5_T213_A1B_3_MM_W150: vertical velocity
EH5_T213_A1B_3_MM_W200: vertical velocity
EH5_T213_A1B_3_MM_W250: vertical velocity
EH5_T213_A1B_3_MM_W300: vertical velocity
EH5_T213_A1B_3_MM_W30: vertical velocity
EH5_T213_A1B_3_MM_W400: vertical velocity
EH5_T213_A1B_3_MM_W500: vertical velocity
EH5_T213_A1B_3_MM_W50: vertical velocity
EH5_T213_A1B_3_MM_W600: vertical velocity
EH5_T213_A1B_3_MM_W700: vertical velocity
EH5_T213_A1B_3_MM_W70: vertical velocity
EH5_T213_A1B_3_MM_W775: vertical velocity
EH5_T213_A1B_3_MM_W850: vertical velocity
EH5_T213_A1B_3_MM_W925: vertical velocity
EH5_T213_A1B_3_MM_WIMAX: near surface maximum wind speed
EH5_T213_A1B_3_MM_WIND10M: near surface wind speed
EH5_T213_A1B_3_MM_WL: skin reservoir content
EH5_T213_A1B_3_MM_WS: soil wetness
EH5_T213_A1B_3_MM_XIVI: vertically integrated cloud ice
EH5_T213_A1B_3_MM_XLVI: vertically integrated cloud water
Details for selected entry
Parent project(s)
Climate Model Simulations at MPI
[Entry acronym: ECHAM5-T213L31_A1B_TS_3] [Entry id: 2191563]