REMO/UBA
High resolution regional model data with limited service by SGA
(Apart from distributing the data no further service is provided by SGA)
- On behalf of the Federal Environmental Agency (Umweltbundesamt, UBA) high resolution regional climate model runs have been performed by
Max Planck Institute for Meteorology (MPI-M), Hamburg. - These regional climate model runs provide climate simulations with the regional model REMO in 0.088° horizontal resolution.
- The model domain fully covers the region of Germany, Austria and Switzerland. Soon you can click here to see the model domain (jpg).
- For the model and experiment description please refer to the REMO homepage and to the REMO/UBA project page (german only).
- The model data of the REMO-UBA runs are available on a regular grid according to data stream 3 of the CLM runs.
- Here you can find a list of the model parameters and additional variables on the regular grid
. - Access to the data marked in yellow on the parameter list is only possible after sending an email to remo-daten(at)dkrz.de with a short explanation of the intended use. Please choose the subject 'DS3, blocked variables' for your email.
To get access to the MODEL DATA, please note the following:
First of all, please note that this is a request to get the BINARY DATA of model simulations.
Quicklooks, pictures and figures of any kind are not provided via this request.
If you are interested in using the binary model data, then:
- Please send your request for model data to remo-daten(at)dkrz.de using the subject 'REMO UBA Request'
- A special agreement on the use of these data has to be signed by every user.
Download the user agreement here (in german:
Nutzungsbedingungen REMO.1106 or in english:
Conditions of use REMO.1106). - Find here some information on the access procedure. ( procedure.jpg, german)
- Some general information on the use of REMO climate model data is given in this document. (
REMO-UBA-Hinweise.pdf)
Find here a link to view some quicklooks:
- quicklooks of some model parameters.
Find here a list of the available model simulations of the climate scenarios:
REMO UBA Experiment List
| NAME OF EXPERIMENT | OUTPUT INTERVAL | INTERVAL OF MEAN VALUES | PERIOD | DESCRIPTION |
STATUS |
|---|---|---|---|---|---|
| Data stream 2 on rotated grid: | |||||
| REMO CLIMATE OF THE 20th CENTURY RUN, UBA-PROJECT, 0.088 DEGREE RESOLUTION,RUN NO. 006210 |
1H | MM | 1950-2000 | Realisation of todays climate with anthropogenic forcing; data stream 2 (DS2) |
run completed; available in CERA |
| REMO A1B SCENARIO RUN, UBA-PROJECT, 0.088 DEGREE RESOLUTION, RUN NO. 006211 | 1H | MM | 2001-2100 | SRES Scenario: A1B data stream 2 (DS2) |
run completed; available in CERA |
| REMO A2 SCENARIO RUN, UBA-PROJECT, 0.088 DEGREE RESOLUTION, RUN NO. 006213 | 1H | MM | 2001-2100 | SRES Scenario: A2 data stream 2 (DS2) |
run completed; available in CERA |
| REMO B1 SCENARIO RUN, UBA-PROJECT, 0.088 DEGREE RESOLUTION, RUN NO. 006212 |
1H | MM | 2001-2100 | SRES Scenario: B1 data stream 2 (DS2) |
run completed; available in CERA |
| Data stream 3 interpolated on a regular grid: | |||||
| REMO CLIMATE OF THE 20th CENTURY RUN, UBA-PROJECT |
1H / 6H | DM,MM,YM | 1960-2000 | Realisation of todays climate with anthropogenic forcing; data stream 3 (DS3) |
run completed; available in CERA |
| REMO A1B SCENARIO RUN, UBA-PROJECT, 0.088 DEGREE RESOLUTION, RUN NO. 006211 | 1H / 6H | DM,MM,YM | 2001-2100 | SRES Scenario: A1B data stream 3 (DS3) |
run completed; available in CERA |
| REMO A2 SCENARIO RUN, UBA-PROJECT, 0.088 DEGREE RESOLUTION, RUN NO. 006213 | 1H / 6H | DM,MM,YM | 2001-2100 | SRES Scenario: A2 data stream 3 (DS3) |
run completed; available in CERA |
| REMO B1 SCENARIO RUN, UBA-PROJECT, 0.088 DEGREE RESOLUTION, RUN NO. 006212 |
1H / 6H | DM,MM,YM | 2001-2100 | SRES Scenario: B1 data stream 3 (DS3) |
run completed; available in CERA |
Some examples of download file sizes for different time slices and parameter intervals (like hourly, daily,monthly, yearly values) are listed in this document:
REMO download sizes GB
latest update: 2009-03-09 13:23

