The scope and approach of the ATOMIX wiki - Revision history

CynthiaBluteau: Piping hyperlinks

2021-12-17T01:00:58Z

Piping hyperlinks

← Older revision		Revision as of 01:00, 17 December 2021
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	The ATOMIX wiki is a resource being created for <strong>[https://scor-int.org/group/analysing-ocean-turbulence-observations-to-quantify-mixing-atomix/ SCOR working group 160]</strong>, which was approved by the Scientific Committee of Ocean Research.		The ATOMIX wiki is a resource being created for <strong>[https://scor-int.org/group/analysing-ocean-turbulence-observations-to-quantify-mixing-atomix/ SCOR working group 160]</strong>, which was approved by the Scientific Committee of Ocean Research.
	The ATOMIX working group is designing the wiki to help newcomers learn more about turbulence processing, in particular estimating the [[Turbulent kinetic energy dissipation]] <math>\varepsilon</math> from velocity based measurements.		The ATOMIX working group is designing the wiki to help newcomers learn more about turbulence processing, in particular estimating the [[Turbulent kinetic energy dissipation\| rate of turbulent kinetic energy disspation]] <math>\varepsilon</math> from velocity-based measurements.

	This wiki is all about collecting the best quality turbulence dissipation rate <math>\varepsilon</math> data possible. This quantity is essential in understanding how the ocean works on various scales.		This wiki is all about collecting the best quality turbulence dissipation rate <math>\varepsilon</math> data possible. This quantity is essential in understanding how the ocean works on various scales.

CynthiaBluteau: Grammar corrections via Grammarly

2021-12-17T01:00:10Z

Grammar corrections via Grammarly

CynthiaBluteau at 00:56, 17 December 2021

2021-12-17T00:56:06Z

← Older revision		Revision as of 00:56, 17 December 2021
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	[https://landing.mailerlite.com/webforms/landing/e4j3z7 Please sign up to our mailing list for updates or for contributing to pages!]		[https://landing.mailerlite.com/webforms/landing/e4j3z7 Please sign up to our mailing list for updates or for contributing to pages!]

	[Category\|Help]		[[Category:Help]]

CynthiaBluteau at 00:55, 17 December 2021

2021-12-17T00:55:50Z

← Older revision		Revision as of 00:55, 17 December 2021
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	[https://landing.mailerlite.com/webforms/landing/e4j3z7 Please sign up to our mailing list for updates or for contributing to pages!]		[https://landing.mailerlite.com/webforms/landing/e4j3z7 Please sign up to our mailing list for updates or for contributing to pages!]

	[[Category\|Help]]		[Category\|Help]

CynthiaBluteau: Categorization

2021-12-17T00:55:34Z

Categorization

← Older revision		Revision as of 00:55, 17 December 2021
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	[https://landing.mailerlite.com/webforms/landing/e4j3z7 Please sign up to our mailing list for updates or for contributing to pages!]		[https://landing.mailerlite.com/webforms/landing/e4j3z7 Please sign up to our mailing list for updates or for contributing to pages!]

			[[Category\|Help]]

Yuengdjern at 09:47, 10 December 2021

2021-12-10T09:47:34Z

← Older revision		Revision as of 09:47, 10 December 2021
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	It is not a “turbulence analysis package” – that’s not in our scope or purpose.		It is not a “turbulence analysis package” – that’s not in our scope or purpose.

	If you are experienced with one kind of turbulence instrument and are embarking on working with other approaches this wiki will be a short-cut to building on what you already know.		If you are experienced with one kind of turbulence instrument and are embarking on working with other approaches, this wiki will be a short-cut to building on what you already know.

	It can be used at any stage in the process – from experiment design, through collection and then primarily the analysis. Like any good recipe it is worth looking at before embarking.		It can be used at any stage in the process – from experiment design, through collection and then primarily the analysis. Like any good recipe it is worth looking at before embarking.

Ilker at 22:09, 29 November 2021

2021-11-29T22:09:45Z

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	~~== Analysing Turbulence Ocean MIXing observations (ATOMIX) ==~~

	~~This~~ wiki is a resource being created for <strong>[https://scor-int.org/group/analysing-ocean-turbulence-observations-to-quantify-mixing-atomix/ SCOR working group 160]</strong>, which was approved by the Scientific Committee of Ocean Research.		The ATOMIX wiki is a resource being created for <strong>[https://scor-int.org/group/analysing-ocean-turbulence-observations-to-quantify-mixing-atomix/ SCOR working group 160]</strong>, which was approved by the Scientific Committee of Ocean Research.
	This wiki being designed to help newcomers learn more about turbulence processing, in particular estimating the [[Turbulent kinetic energy dissipation]] <math>\varepsilon</math> from velocity based measurements.		This wiki being designed to help newcomers learn more about turbulence processing, in particular estimating the [[Turbulent kinetic energy dissipation]] <math>\varepsilon</math> from velocity based measurements.

Ilker at 22:08, 29 November 2021

2021-11-29T22:08:50Z

← Older revision		Revision as of 22:08, 29 November 2021
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			== Analysing Turbulence Ocean MIXing observations (ATOMIX) ==

			This wiki is a resource being created for <strong>[https://scor-int.org/group/analysing-ocean-turbulence-observations-to-quantify-mixing-atomix/ SCOR working group 160]</strong>, which was approved by the Scientific Committee of Ocean Research.
			This wiki being designed to help newcomers learn more about turbulence processing, in particular estimating the [[Turbulent kinetic energy dissipation]] <math>\varepsilon</math> from velocity based measurements.

	This wiki is all about collecting the best quality turbulence dissipation rate <math>\varepsilon</math> data possible. This is an important quantity in understanding how the ocean works at a range of scales.		This wiki is all about collecting the best quality turbulence dissipation rate <math>\varepsilon</math> data possible. This is an important quantity in understanding how the ocean works at a range of scales.

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	The wiki format means the knowledge base and datasets will continue to grow and provide an evolving resource and a way to connect with the turbulence community.		The wiki format means the knowledge base and datasets will continue to grow and provide an evolving resource and a way to connect with the turbulence community.


			A peer-review period will be advertised in 2022 that will be open to the ocean mixing community at large.

			[https://landing.mailerlite.com/webforms/landing/e4j3z7 Please sign up to our mailing list for updates or for contributing to pages!]

CraigStevens at 19:52, 29 November 2021

2021-11-29T19:52:23Z

← Older revision		Revision as of 19:52, 29 November 2021
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	This wiki is all about collecting the best quality turbulence dissipation rate <math>\varepsilon</math> data possible. This is an important quantity in understanding how the ocean works at a range of scales.		This wiki is all about collecting the best quality turbulence dissipation rate <math>\varepsilon</math> data possible. This is an important quantity in understanding how the ocean works at a range of scales.

	The challenge is – while new technology makes it easy to collect the raw data that make <math>\varepsilon</math> estimation possible the extraction of quality <math>\varepsilon</math> from these raw data is not simple.		The challenge is – while new technology makes it easy to collect the raw data that make <math>\varepsilon</math> estimation possible - the extraction of quality <math>\varepsilon</math> from these raw data is not simple.

	With the growing array of hardware able to collect these data it’s in everyone’s interests for these numbers to be as reliable as possible. We focus on three particular approaches - this may expand in the future but the present choices are common approaches. These three individual processing guidelines share the same [[Nomenclature]] and [[NetCDF parameter\|data format]] attributes.		With the growing array of hardware able to collect these data it’s in everyone’s interests for these numbers to be as reliable as possible. We focus on three particular approaches - this may expand in the future but the present choices are common approaches. These three individual processing guidelines share the same [[Nomenclature]] and [[NetCDF parameter\|data format]] attributes.

CraigStevens: new overview page

2021-11-29T19:40:04Z

new overview page

New page

This wiki is all about collecting the best quality turbulence dissipation rate <math>\varepsilon</math> data possible. This is an important quantity in understanding how the ocean works at a range of scales.

The challenge is – while new technology makes it easy to collect the raw data that make <math>\varepsilon</math> estimation possible the extraction of quality <math>\varepsilon</math> from these raw data is not simple.

With the growing array of hardware able to collect these data it’s in everyone’s interests for these numbers to be as reliable as possible. We focus on three particular approaches - this may expand in the future but the present choices are common approaches. These three individual processing guidelines share the same [[Nomenclature]] and [[NetCDF parameter|data format]] attributes.

If you are new to ocean turbulence this wiki will give you the tools to help understand the processing steps and terminology. And then – primarily – it provides a way to test your analysis methodology with well-studied benchmark datasets so you have a measure of how good your approach is.

It is not a “turbulence analysis package” – that’s not in our scope or purpose.

If you are experienced with one kind of turbulence instrument and are embarking on working with other approaches this wiki will be a short-cut to building on what you already know.

It can be used at any stage in the process – from experiment design, through collection and then primarily the analysis. Like any good recipe it is worth looking at before embarking.

The wiki format means the knowledge base and datasets will continue to grow and provide an evolving resource and a way to connect with the turbulence community.