Changes between Version 1 and Version 2 of 2020WP/SI3-04_lagrangian_drifters
- Timestamp:
- 2020-01-22T08:27:29+01:00 (4 years ago)
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2020WP/SI3-04_lagrangian_drifters
v1 v2 11 11 == Summary 12 12 13 ||=Action || Name and subject of the action||14 ||=PI(S) || Names||15 ||=Digest || Brief description with motivations and main tasks||13 ||=Action || Introduce Lagrangian drifters in the code || 14 ||=PI(S) || M. Vancoppenolle, with guidance from G. Madec and P. Rampal || 15 ||=Digest || Lagrangian drifters are useful diagnostics to help comparison with ice-thethered buoy data || 16 16 ||=Dependencies || If any || 17 17 ||=Branch || source:/NEMO/branches/{YEAR}/dev_r{REV}_{ACTION_NAME} || 18 ||=Previewer(s) || Names||19 ||=Reviewer(s) || Names||18 ||=Previewer(s) || Ed Blockley || 19 ||=Reviewer(s) || SIWG || 20 20 ||=Ticket || #XXXX || 21 21 … … 23 23 24 24 {{{#!box width=25em help 25 Describe the goal of development and the methodology, \\ 26 add reference documents or publications if relevant. 25 Virtual lagrangian drifters follow the position of a point within sea ice. \\ 26 They are useful for comparison with drifting ice-thethered buoys. \\ 27 In NEMO we have two solutions, to implement that for sea ice. Either we use the same framework as for icebergs, or the same framework as ocean particle transport module. Decision must be made as which approach should be followed. Several options for initial disposition of buoys (eg square array, or observed buoy network) should also be provided. Virtual drifters must be destroyed once ice is gone. 27 28 }}} 28 29