Benchmark datasets for shear probes: Difference between revisions
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Description of Baltic Sea dataset |
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| Ship | | Ship | ||
| Le Boyer | | Le Boyer | ||
| Strong turbulence in a canyon | | Strong turbulence in a canyon in the North Atlantic (West of Ireland) | ||
|- | |- | ||
| [https://doi.org/10.5285/05f21d1d-bf9c-5549-e063-6c86abc0b846] | | [https://doi.org/10.5285/05f21d1d-bf9c-5549-e063-6c86abc0b846] | ||
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| Ship | | Ship | ||
| Holtermann | | Holtermann | ||
| | | Non-tidal, low turbulence with increased mixing at the Baltic Sea halocline and bottom boundary turbulence | ||
|- | |- | ||
| [https://doi.org/10.5285/0ec17274-7a64-2b28-e063-6c86abc0ee02] | | [https://doi.org/10.5285/0ec17274-7a64-2b28-e063-6c86abc0ee02] |
Latest revision as of 06:51, 14 June 2024
We compiled a collection of five benchmark data sets described in Scientific Data: Fer et al. (2024)
These datasets can be accessed from the BODC center.
We provide a number of Matlab routines to read in and compare data from grouped NetCDF files that follow our recommended structure on our GitHub repository. The Matlab function ATOMIX_load.m there can be used to load a benchmark data file.
Link | Region | Instrument | Platform | PI (ATOMIX) | Comment |
---|---|---|---|---|---|
[1] | Haro Strait | VMP-250 | Ship | Lueck | Intense turbulence. Large up/down drafts. Most estimates require fitting to the inertial subrange. |
[2] | Rockall Trough | Epsilometer | Ship | Le Boyer | Strong turbulence in a canyon in the North Atlantic (West of Ireland) |
[3] | Faroe Bank Channel (North Atlantic) | VMP-2000 | Ship | Fer | Ranging from quiescent mid-water to turbulent, deep gravity current |
[4] | Baltic Sea | MSS | Ship | Holtermann | Non-tidal, low turbulence with increased mixing at the Baltic Sea halocline and bottom boundary turbulence |
[5] | Minas Passage (Bay of Fundy, NS) | MicroRider | Mooring | Lueck | A swift tidal channel. All dissipation estimated from the inertial subrange |
return to Shear probes
ATOMIX members: see also tentative benchmarks for testers