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Results

9 results found for "*:*"
of 1
ICON-NWP simulations of the mid-Holocene West African Monsoon using parameterized and explicit convection and mid-Holocene land surface
DOIExperiment 
Identifier
doi:10.26050/WDCC/ICON-NWP_mH_pd
Summary
The experiment aims to investigate how the representation of convection influences the West African Monsoon during the mid-Holocene.
Atmospheric and SST input data originate from the MPI-ESM Holocene
Project
Conv_mH_WAM (Simulations of land-atmosphere feedback during the mid-Holocene West African Monsoon with resolved deep convection)
Authors
Jungandreas, Leonore; Hohenegger, Cathy; Claussen, Martin
Keywords
  • ICON
  • Precipitation
  • West Africa
  • convection-permitting
  • explicitly resolved convection
Creation Date
2022-12-15T14:30:34Z
Temporal Coverage
-7024-05 TO -7024-10
Spatial Coverage
Longitude: -71.00, 100.00 Latitude: -49.00, 59.00
Status
completely archived
[Entry acronym: ICON-NWP_mH_pd] [Entry id: 3965486] [ Score: 21.424652]
Conv_mH_WAM
(Project)
ICON-NWP_mH_pd
(Experiment)
Upper Atmosphere ICON model Time Slice experiment under 1985 repeated 30 years R2B4 resolution control run
DOIExperiment 
Identifier
doi:10.26050/WDCC/UAICON_timesl_ctrl
Summary
We utilize the ICON version 2.6.3 with upper-atmosphere extension as distributed by the German weather service (DWD). The ICON model is a collaborative project of DWD and the Max Planck Institute for Meteorology,
Project
MATELO-FILE (Middle atmosphere localized gravity wave forcing: Formation, impact and long-term evolution)
Authors
Karami, Khalil; Jacobi, Christoph
Keywords
  • ICON
  • atmosphere
  • atmospheric model
  • gravity waves
Creation Date
2022-09-29T12:57:04Z
Temporal Coverage
1985-01 TO 1985-12
Spatial Coverage
Longitude: -180.00, 180.00 Latitude: -90.00, 90.00
Additional Info
UAICON_timesl_addinfo
Status
completely archived
[Entry acronym: UAICON_timesl_ctrl] [Entry id: 3953008] [ Score: 21.31438]
MATELO-FILE
(Project)
UAICON_timesl_ctrl
(Experiment)
Upper Atmosphere ICON model Time Slice experiment under 1985 repeated 30 years R2B4 resolution no nonorographic scale orographic gravity waves run
DOIExperiment 
Identifier
doi:10.26050/WDCC/UAICON_timesl_nonon
Summary
We utilize the ICON version 2.6.3 with upper-atmosphere extension as distributed by the German weather service (DWD). The ICON model is a collaborative project of DWD and the Max Planck Institute for Meteorology,
Project
MATELO-FILE (Middle atmosphere localized gravity wave forcing: Formation, impact and long-term evolution)
Authors
Karami, Khalil; Jacobi, Christoph
Keywords
  • ICON
  • atmosphere
  • atmospheric model
  • gravity waves
Creation Date
2022-09-29T12:57:04Z
Temporal Coverage
1985-01 TO 1985-12
Spatial Coverage
Longitude: -180.00, 180.00 Latitude: -90.00, 90.00
Additional Info
UAICON_timesl_addinfo
Status
completely archived
[Entry acronym: UAICON_timesl_nonon] [Entry id: 3953010] [ Score: 21.31438]
MATELO-FILE
(Project)
UAICON_timesl_nonon
(Experiment)
Upper Atmosphere ICON model Time Slice experiment under 1985 repeated 30 years R2B4 resolution no subgrid scale orographic gravity waves run
DOIExperiment 
Identifier
doi:10.26050/WDCC/UAICON_timesl_nosso
Summary
We utilize the ICON version 2.6.3 with upper-atmosphere extension as distributed by the German weather service (DWD). The ICON model is a collaborative project of DWD and the Max Planck Institute for Meteorology,
Project
MATELO-FILE (Middle atmosphere localized gravity wave forcing: Formation, impact and long-term evolution)
Authors
Karami, Khalil; Jacobi, Christoph
Keywords
  • ICON
  • atmosphere
  • atmospheric model
  • gravity waves
Creation Date
2022-09-29T12:57:04Z
Temporal Coverage
1985-01 TO 1985-12
Spatial Coverage
Longitude: -180.00, 180.00 Latitude: -90.00, 90.00
Additional Info
UAICON_timesl_addinfo
Status
completely archived
[Entry acronym: UAICON_timesl_nosso] [Entry id: 3953009] [ Score: 21.31438]
MATELO-FILE
(Project)
UAICON_timesl_nosso
(Experiment)
Tides simulated by the global ocean model ICON-O in various set-ups
DOIExperiment 
Identifier
doi:10.26050/WDCC/Tides_ICON-O
Summary
For the development of the earth-system model ICON, carried out at the Max-Planck Institute for Meteorology in cooperation with the German meteorological service (DWD), the ocean compartment plays a major
Project
SMT-Wave (Interaction between submesoscale eddies and internal waves)
Authors
Hertwig, Eileen; von Storch, Jin-Song; Haak, Helmuth; Lüschow, Veit
Keywords
  • ICON
  • harmonic analysis
  • ocean simulation
  • ocean tides
Creation Date
2022-09-13T13:10:57Z
Spatial Coverage
Longitude: -180.00, 180.00 Latitude: -90.00, 90.00
Status
completely archived
[Entry acronym: Tides_ICON-O] [Entry id: 3952976] [ Score: 21.29529]
SMT-Wave
(Project)
Tides_ICON-O
(Experiment)
ICON-NWP simulations of the mid-Holocene West African Monsoon using parameterized an explicit convection and present-day land surface
DOIExperiment 
Identifier
doi:10.26050/WDCC/ICON-NWP_mH_convection
Summary
The experiment aims to investigate how the representation of convection influences the West African Monsoon during the mid-Holocene.
Atmospheric and SST input data originate from the MPI-ESM Holocene
Project
Conv_mH_WAM (Simulations of land-atmosphere feedback during the mid-Holocene West African Monsoon with resolved deep convection)
Authors
Jungandreas, Leonore; Hohenegger, Cathy; Claussen, Martin
Keywords
  • ICON
  • West Africa
  • convection-permitting
  • explicitly resolved convection
  • midHolocene
Creation Date
2021-06-29T15:02:59Z
Temporal Coverage
-7023-05 TO -7023-12
Spatial Coverage
Longitude: -71.00, 100.00 Latitude: -49.00, 59.00
Status
completely archived
[Entry acronym: ICON-NWP_mH_convection] [Entry id: 3889522] [ Score: 21.00871]
Conv_mH_WAM
(Project)
ICON-NWP_mH_convection
(Experiment)
MPI-ESM2 (mh0287)
Experiment 
Summary
The ICON dynamical core is a new development initiated by the Max Planck Institute for Meteorology (MPI-M) and the Deutscher Wetterdienst (DWD). This dynamical core will combine several properties, which
Project
DKRZ_lta (Long-term Archiving of Climate Model Data at WDC Climate and DKRZ (DOKU))
Keywords
ICON
Creation Date
2018-06-15T14:58:03Z
Temporal Coverage
1979-01 TO 1988-12
Spatial Coverage
Longitude: -180.00, 180.00 Latitude: -90.00, 90.00
Status
will be continued
[Entry acronym: DKRZ_lta_287] [Entry id: 3607584] [ Score: 15.816835]
DKRZ_lta
(Project)
DKRZ_lta_287
(Experiment)
HD(CP)² Module M (Modelling) (bm0834)
Experiment 
Identifier
hdl:21.14106/6410595804037a8a194a12d01c589cbbefb1a660
Summary
HD(CP)² – High definition clouds and precipitation for advancing climate prediction ‐ is a framework project funded by BMBF, it focuses on the question as to whether very high resolution models, integrated
Project
DKRZ_lta (Long-term Archiving of Climate Model Data at WDC Climate and DKRZ (DOKU))
Authors
Fieg, Kerstin
Keywords
  • ICON
  • model data
Creation Date
2018-04-05T09:55:34Z
Spatial Coverage
Longitude: 6.00, 15.00 Latitude: 47.00, 55.00
Additional Info
Status
will be continued
[Entry acronym: DKRZ_lta_834] [Entry id: 3590240] [ Score: 15.811184]
DKRZ_lta
(Project)
DKRZ_lta_834
(Experiment)
HD(CP)2-II S5 (Cloud and Convective Organization) (bm0974)
Experiment 
Identifier
hdl:21.14106/a345b7ba3956860cdd990e0d14088d229765d10e
Summary
High definition clouds and precipitation for advancing climate
prediction (HD(CP)2) is a framework project funded by BMBF. The general
target of the project is to advance the understanding of cloud formation
Project
DKRZ_lta (Long-term Archiving of Climate Model Data at WDC Climate and DKRZ (DOKU))
Authors
Heinze, Rieke
Keywords
ICON
Creation Date
2017-06-06T10:12:08Z
Temporal Coverage
2013-04 TO 2013-05
Status
will be continued
[Entry acronym: DKRZ_lta_974] [Entry id: 3525081] [ Score: 15.790753]
DKRZ_lta
(Project)
DKRZ_lta_974
(Experiment)
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