RiftLink_CCLM4_0.0625deg_TECT

hdl:21.14106/36ccff59bb52941653f16d994913b421a5d84269

Prömmel, Kerstin; Sommerfeld, Anja

Dataset
Summary
project D1 of DFG-funded research group RiftLink;
regional climate model CCLM4 (cosmo4.8_clm11);
tectonic simulation with present-day greenhouse gas concentrations and smoothed rifts and shoulders over the East African Rift System (cih9);
driven by CCLM4 control simulation with 0.5 deg resolution (cit6, driven by ERA-Interim reanalysis);
no rotated pole;

YYYY_MM/out03/
1h: RAIN_CON (convective rainfall), SNOW_CON (convective snowfall), RAIN_GSP (large scale rainfall), SNOW_GSP (large scale snowfall), TOT_PREC (total precipitation amount)

YYYY_MM/out04/
3h: ALB_RAD (surface albedo), ALHFL_S (averaged surface latent heat flux), ALWD_S (downward lw radiation at the surface), ALWU_S (upward lw radiation at the surface), ASHFL_S (averaged surface sensible heat flux), ASOB_T (averaged TOA net downward shortwave radiation), ASOB_S (averaged surface net downward shortwave radiation), ASOD_T (averaged solar downward radiation at top), ASWDIFD_S (diffuse downward sw radiation at the surface), ASWDIFU_S (diffuse upwnward sw radiation at the surface), ASWDIR_S (direct downward sw radiation at the surface), ATHB_S (averaged surface net downward longwave radiation), ATHB_T (averaged TOA outgoing longwave radiation), CLCT (total cloud cover), DURSUN (duration of sunshine), PMSL (mean sea level pressure), PS (surface pressure), QV_2M (2m specific humidity), T_2M (2m temperature), U_10M (U-component of 10m wind), V_10M (V-component of 10m wind), RELHUM_2M (2m relative humidity)

YYYY_MM/out05/
6h: AEVAP_S (surface evaporation), AUMFL_S (averaged eastward stress), AVMFL_S (averaged northward stress), CLCH (high cloud cover), CLCL (low cloud cover), CLCM (medium cloud cover), H_SNOW (thickness of snow), HPBL (Height of boundary layer), RUNOFF_G (subsurface runoff), RUNOFF_S (surface runoff), SNOW_MELT (snow melt), T_S (soil surface temperature), TQC (vertical integrated cloud water), TQI (vertical integrated cloud ice), TQV (precipitable water), W_I (canopy water amount), W_SNOW (surface snow amount), W_SO (soil water content), W_SO_ICE (soil frozen water content)

YYYY_MM/out06/
6h: FI (geopotential), QV (specific humidity), T (temperature), U (U-component of wind), V (V-component of wind), RELHUM (relative humidity)

YYYY_MM/out07/
24h: TMAX_2M (2m maximum temperature), TMIN_2M (2m minimum temperature), VMAX_10M (maximum 10m wind speed)
Project
DKRZ_lta (Long-term Archiving of Climate Model Data at WDC Climate and DKRZ (DOKU))
Additional Information
report_377
Spatial Coverage
Longitude 22.25 to 41.56 Latitude -9.81 to 5.13 Altitude: 0 m to 200 hPa
Temporal Coverage
1989-01-01 to 2004-12-31 (calendrical)
Use constraints
For scientific use only
Data Catalog
DOKU at DKRZ
Access constraints
registered users
Format
NetCDF
Status
data inaccessible
Creation Date
Download Permission
No - Data is inaccessible.
Cite as
[ Derived from parent entry - See data hierarchy tab ]
Prömmel, Kerstin; Sommerfeld, Anja (2012). Regionale Klimaänderungen im äquatorialen Ostafrika während der letzten 10 Millionen Jahre. DOKU at DKRZ. https://hdl.handle.net/21.14106/697d932bfc2a7e563f2de937cb626a64079034ca

BibTeX RIS
Description
0.0625 deg
Description
40 atmospheric levels, 9 soil levels
Contact typePersonORCIDOrganization
Investigator
Kerstin Prömmel
-
Freie Universität Berlin
Metadata
Kerstin Prömmel
-
Freie Universität Berlin

Is documented by

[1] DOI Sommerfeld, Anja; Prömmel, Kerstin; Cubasch, Ulrich. (2014). The East African Rift System and the impact of orographic changes on regional climate and the resulting aridification. doi:10.1007/s00531-014-1102-x

Parent

Regionale Klimaänderungen im äquatorialen Ostafrika während der letzten 10 Millionen Jahre (bb0377)
Details

Parent project(s)

Long-term Archiving of Climate Model Data at WDC Climate and DKRZ (DOKU)

[Entry acronym: DKRZ_LTA_377_ds00006] [Entry id: 2433657]