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High-resolution regional hindcasting of ocean and sea ice plays an importantrole in the assessment of shipping and operational risks in the Arctic Ocean.The ice-ocean model NEMO-LIM3 was modified to improve its simulation qualityfor appropriate spatio-temporal resolutions. A multigrid model setup withconnected coarse- (14 km) and fine-resolution (5 km) model configurations wasdevised. These two configurations were implemented and run separately. Theresulting computational cost was lower when compared to that of the built-inAGRIF nesting system. Ice and tracer boundary-condition schemes were modifiedto achieve the correct interaction between coarse- and fine grids through along ice-covered open boundary. An ice-restoring scheme was implemented toreduce spin-up time. The NEMO-LIM3 configuration described in this articleprovides more flexible and customisable tools for high-resolution regionalArctic simulations.

Adaptation of NEMO-LIM3 model for multigrid high resolution Arctic simulation