Reference:Reference-012824: Difference between revisions
From CSDMS
m Text replacement - "|MS_PublicationClusterID=3101788021" to "|MS_PublicationClusterID=3101788021 |Semantic_ID=8bbaed25674f46278c247c11ec1875ed5daa10d4
" |
m Text replacement - " |Semantic_ID" to " |Semantic_ID" |
||
| Line 15: | Line 15: | ||
|FeatureRef=No | |FeatureRef=No | ||
|PublicationClusterID=0 | |PublicationClusterID=0 | ||
|MS_PublicationClusterID=3101788021 |Semantic_ID=8bbaed25674f46278c247c11ec1875ed5daa10d4 | |MS_PublicationClusterID=3101788021 | ||
|Semantic_ID=8bbaed25674f46278c247c11ec1875ed5daa10d4 | |||
|PublicationWhatKindOf=a module application description | |PublicationWhatKindOf=a module application description | ||
|PublicationNrofModels=a single module | |PublicationNrofModels=a single module | ||
Revision as of 19:16, 9 January 2022
| Author(s) | Brunetti, Maura; Vérard, Christian; |
| BibType | journalArticle |
| Title | How to reduce long-term drift in present-day and deep-time simulations? |
| Editors | |
| Year | 2018-06-01 |
| Journal | Climate Dynamics |
| Booktitle | |
| Volume | 50 |
| Pages | 4425–4436 |
| URL | http://link.springer.com/10.1007/s00382-017-3883-7 |
| DOI | 10.1007/s00382-017-3883-7 |
| ISBN | |
| Note | Auto downloaded ref at: 2021-01-11
|
| |
|
| Feature reference | No |
| PublicationClusterID | 0 |
| MS_PublicationClusterID | 3101788021 |
| Semantic_ID | 8bbaed25674f46278c247c11ec1875ed5daa10d4 |
| Nr of citations | 10 |
| Sort of publication | a module application description |
| Sort of model publication | a single module |
| Is the CSDMS HPC used | No |
| If HPC is used, for what project was it?: | |
| Associated simulation movie if any: |
|
| Model(s) discussed: | MITgcm |
