| 28 | | The development has been done by added the dissolved Fe tracer in each dependent routines of LIM3, without using a generic tracer passway. Two options are possible for this development: |
| 29 | | 1. Integrate the development as it is in CICE. |
| 30 | | 2. Develop a sea ice tracer module to have the possibility to extend the development done for Fe to other biogeochemical tracers in the sea ice model. |
| | 28 | The first version of the development has been done by adding a dissolved iron tracer in each relevant routine of LIM3, without using a generic passive tracer framework. Two options are now possible: |
| | 29 | 1. Reimplement a similar development in SI3 |
| | 30 | 2. Develop in SI3 a passive tracer module in order to offer the capability for future passive tracer implementations in sea ice. |
| | 31 | Option 2 is prefered because of its better sustainability and it offers a more generic capability to add tracers in sea ice. |
| | 32 | |
aumont
