| Coordinated by BCPU team members |
| Project |
Period |
Main funding agency; total budget (MNOK); Leader |
Relevance to BCPU and team members involved |
| INES |
2018-2021 |
RCN; 70; NORCE |
NorESM is being further developed with the INES infrastructure project. NorCPM will be provided as part this modelling infrastructure. |
| Nansen Legacy |
2017-2023 |
RCN; 360; UiT |
We contribute to the prediction of climate and biogeochemistry in Barents Sea. Within the project we are developing higher resolution version of NorCPM and biogeochemistry predictions |
| SFE – Seasonal Forecasting Engine |
2017-2021 |
RCN; 16; NORCE |
NorCPM is contributing to the multi-model ensemble seasonal forecasts being used for the development of targeted climate services focusing on nine Norwegian stakeholder partners. |
| Pathway |
2017-2020 |
RCN; 7,7; UiB |
Investigates mechanisms connecting predictability in the North Atlantic, Nordic Seas, and Arctic |
| STERCP |
2015-2020 |
EU (ERC CoG); 20; UiB |
Development of the super-model approach to reduce systematic errors in climate model and thereby improve predictions and projections of climate |
| Blue-Action |
2016-2021 |
EU H2020; 75; DMI |
We contribute to the mechanisms and climate prediction activities for the Arctic-Atlantic focus of the project, including the development of advanced data assimilation approaches to initialize predictions |
| TRIATLAS |
2019-2023 |
EU H2020; 110; UiB |
We contribute to TRIATLAS key aim to develop climate-based ecosystem predictions for the tropical and south Atlantic |
| ARCPATH |
2016-2020 |
NordForsk NCoE; 28; NERSC |
We contribute to ARCPATH’s prediction activities for the Arcitc region, contributing improved methods to initialize sea ice. |
| InterDec |
2016-2020 |
JPI Climate-Belmont Forum; 23; MPI-M |
Our focus here is on improving understanding of low-high latitude teleconnections |
