case study 1:
- Arctic

Arctic Radioisotopes
- Arctic
Spreading radioactive isotopes in the Arctic under different climate scenarios
Vision & Ambitions
To enable relevant stakeholders to understand climate change’s impact on radionuclide distribution for public and environmental safety, this Case Study i) analyses climate predictions generated by the Norwegian Earth System Model NorESM under predefined scenarios in the Arctic and ii) assesses the resulting changes in radionuclide distribution to determine the exposure of local population.
Description
Radionuclide distribution and environmental safety (Arctic)
The management of anticipated modifications to sea ice patterns and more frequent permafrost thawing due to intensified global warming in the Polar regions, and the need to deal with the potential elevation of radiological dose for Arctic residents and wildlife, particularly through increased Rn exhalation from permafrost melting, potentially resulting in a two- to threefold increase in the dose.
Climate predictions from NorESM are available in the Norwegian Research Data Archive (NIRD Archive) but are unlikely to be directly exploitable by environmental managers. At present, data from NorESM is “dumped” from the High-Performance Computing (HPC) to the NIRD archive with minimal metadata, which makes it difficult for non-expert users to understand and reuse the data for CCA. This challenge is further complicated by the large size of data sets and their preservation in a format unfamiliar to most users.
F2A Contribution
A Framework for FAIRifying climate models e.g. input and generated output data, as well as the model itself (model metadata), for assisting end-users in the definition of sustainable CCA scenarios.