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TESTING....
== Welcome to the shear probe group! ==
== Turbulence Shear Spectra ==
A discussion of the theoretical and empirical expectations of the spectrum of shear in isotropic turbulence is presented [[here]].


== Flow chart for dissipation estimates using shear probes ==
The shear probe group addresses best practices in obtaining dissipation rate estimates from shear probes using a platform-independent approach. Our recommendations are applicable for measurements from probes attached to e.g., conventional gravity-driven loose-tether vertical profilers, ocean gliders, autonomous underwater vehicles (AUVs), or autonomous self-propelled floats (e.g. SOLO).  
The processing of shear-probe data can be divided into the following five major steps and these steps apply to data collected with any platform or vehicle. There are many sub-steps to these major steps. The major steps are;
# Conversion to physical units.
* [[Determine the speed of profiling]] of the shear-probe through the water.
*  Determine the temperature of the water.
*  Convert the shear-probe data samples into physical units
*  Convert all other signals per the recommendations of the manufacturer of the sensor or instruments that produce these signals.  
# Profile selection.


Our "Best practices recommendations for estimating dissipation rates from shear probes" are described in a Methods article in Frontiers in Marine Science: [https://www.frontiersin.org/articles/10.3389/fmars.2024.1334327/full Lueck et al. (2024)]


We compiled a collection of five benchmark datasets described in Scientific Data: [https://www.nature.com/articles/s41597-024-03323-y Fer et al. (2024)]


# Choosing the processing parameters.
== Scope ==
# Dissipation rate estimation.
 
# Applying quality-control metrics.
The shear probe group provides the following:
 
{|class="wikitable" style="margin-left: auto; margin-right: auto; border: none; text-align:center;"
|[[File:Flowchart symbol.png|180px|link=Flow chart for shear probes|Flow chart for shear probes]]
|[[File:M Rider Glider 1.JPG|250px|link=Dataset requirements for shear probes|Dataset requirements for shear probes]]
|[[File:MSS ADCP CTD (Schaffer).JPG|250px|link=Benchmark datasets for shear probes|Benchmark datasets for shear probes]]
|-
|[[Flow chart for shear probes|Flow chart for <br>data processing]]
|[[Dataset requirements for shear probes | Dataset requirements <br>and format description]]
|[[Benchmark datasets for shear probes | Benchmark <br>datasets]]
|}
 
[[Category: Shear probes]]
 
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Latest revision as of 14:53, 6 June 2024

Welcome to the shear probe group!

The shear probe group addresses best practices in obtaining dissipation rate estimates from shear probes using a platform-independent approach. Our recommendations are applicable for measurements from probes attached to e.g., conventional gravity-driven loose-tether vertical profilers, ocean gliders, autonomous underwater vehicles (AUVs), or autonomous self-propelled floats (e.g. SOLO).

Our "Best practices recommendations for estimating dissipation rates from shear probes" are described in a Methods article in Frontiers in Marine Science: Lueck et al. (2024)

We compiled a collection of five benchmark datasets described in Scientific Data: Fer et al. (2024)

Scope

The shear probe group provides the following:

Flow chart for shear probes Dataset requirements for shear probes Benchmark datasets for shear probes
Flow chart for
data processing 		Dataset requirements
and format description 		Benchmark
datasets

Return Main Page

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