Difference between revisions of "Documentation"
From UKCA
m (→Nudging: include link to nudging paper) |
|||
| Line 3: | Line 3: | ||
==UKCA Documentation== |
==UKCA Documentation== |
||
| + | * [[:Media:Umdp84_vn82.pdf|The UKCA documentation paper for vn8.2 of the MetUM]] |
||
* The main source of information about the Unified Model is provided by the NCAS Computational Modelling Services, University of Reading: [http://ncas-cms.nerc.ac.uk/ Unified Model Information Service] |
* The main source of information about the Unified Model is provided by the NCAS Computational Modelling Services, University of Reading: [http://ncas-cms.nerc.ac.uk/ Unified Model Information Service] |
||
** Note that most pages on this website require password access. Email : [mailto:um_support@met.rdg.ac.uk um_support@met.rdg.ac.uk] |
** Note that most pages on this website require password access. Email : [mailto:um_support@met.rdg.ac.uk um_support@met.rdg.ac.uk] |
||
Revision as of 12:09, 21 May 2012
Documentation
UKCA Documentation
- The UKCA documentation paper for vn8.2 of the MetUM
- The main source of information about the Unified Model is provided by the NCAS Computational Modelling Services, University of Reading: Unified Model Information Service
- Note that most pages on this website require password access. Email : um_support@met.rdg.ac.uk
- Some general information about the Unified Model is available at the UK Met. Office website: Unified Model description from the UK Met. Office.
UKCA component
The UKCA component to the Unified Model comprises chemistry and aerosol modules. A brief description is available.
- May 2006.
Report on progress 
in developing and evaluating UKCA (PDF) - Power-Point presentation from the RMS Conference in 2005.
- 2007. Report on progress for 2006/7 (PDF)
- You can view the STASHMaster_A file for UKCA Section 34.
Further details of the UKCA components with reference to the UM User Interface (UMUI) will be made available upon release of the model.
Nudging
The model can be run in nudged mode, where it is constrained using meteorological analyses, in order to reproduce the climatic conditions on a particular day (see Telford et al, 2008). A description of how to use the nudged model can be found here.
