Saturday, March 16, 2024

The Oceans 2.0

Fig.1 Flow of Ocean Knowledge

A recent article in the Atlantic Magazine asserted that The Oceans We Knew Are Already Gone (review here).

In other words, the relevant data on the oceans 'that once were' is extinct because the oceans are not now what they were in recorded history.

What I mean by "recorded history" is the research measurements stored in various public databases (e.g. WOD, SOCCOM, WHOI, PSMSL, and OMG) which waxes and wanes depending on cultural events such as wars (e.g. see Fig. 1 where WW I and WW II made valleys in the amount of ocean information gathering going on, then the peaks returned ... anyone know what happened to make the circa 2000 valley?).

But like the series Antarctica 2.0, 2, 3, 4, 5, 6 [& supplements A, B, C, D, E, F], 7, 8, 9, 10, 11, 12, 13, 14, 15, the oceans we didn't know (weren't seriously measuring) are already gone too.

Fig. 2 Ups and Downs

The mental and physical 'picture' we get of the oceans is made from a list of information ranging from "fantasy" to "feeble", but more recently it is "interesting but incomplete".

Current information about the oceans is presented by surface photos and graphics that use colors to depict where the action is, and when measurements are taken below the surface they are usually at less than half of the average depths of the world's oceans.

These mainstream media methods are not really designed to present or develop a deep understanding of our oceans.

Fig. 3 Side to Side
Today's new Dredd Blog series is designed to show the generally unknown variations (missing from the mainstream media) in the deeper regions (@ 33 depth levels) which are presented by Ocean Area (Fig. 4, Latitude Layers (Fig. 3), and Longitude Columns (Fig. 2).

This method shows how a very different picture of the ocean emerges in terms of both mental and physical 'pictures' we have of the oceans (cf. Appendices Oceans by Area, Oceans by Latitude, and Oceans by Longitude).

In addition to the excellent WOD zone maps (Fig. 2 and Fig. 3), the WOD manual (PDF) separates the various Ocean Areas according to the graphic at Fig. 4.

Fig. 4 WOD Ocean Areas

The incredible differences in temperatures at various depths is shown to vary tremendously depending on which graphs are viewed in the appendices.

This is primarily the result of the miscellaneous mixtures of data representing miscellaneous mixtures of types of ocean water depth, width, salinity, marine life, and distance from the shore lines.

For example the horizontal measurements (Fig. 3) come from different geographic regions compared to measurements the vertical geographic regions come from (Fig. 2). 

Likewise, the square and rectangular shapes of the WOD Ocean Areas (Fig. 4) contain different combinations of WOD Zones.

The gist of it is that Oceans 1.0 and Oceans 2.0 vary for a lot of reasons that are natural, and also for a lot of reasons that are not natural (human pollution).

The main carrier of heat pollution is infrared photons which work their way down into the ocean depths of the majority of WOD Zones (The Photon Current, 2, 3, 4, 5, 6, 7, 8, 9).

Stay tuned in.

The next post in this series is here.

Appendix Oceans by Latitude

This is an appendix to: The Oceans 2.0


Latitude Layers are shown in Fig. 3 in the post.


Depths are in meters.

The following line colors
indicate the depths:

Sea level to 250m (red)
251m to 1000m (green)
1001m to 4000m (brown)
4001m to 5500m (orchid)
5501 to bottom (blue)



















Appendix Oceans By Longitude

This is an appendix to: The Oceans 2.0


Group 1 is composed of data from
Longitude Column 0 through Longitude Column 5

Group 2 is composed of data from
Longitude Column 6 through Longitude Column 11

Group 3 is composed of data from
Longitude Column 12 through Longitude Column 17

Group 4 is composed of data from
Longitude Column 18 through Longitude Column 23

Group 5 is composed of data from
Longitude Column 24 through Longitude Column 29

Group 6 is composed of data from
Longitude Column 30 through Longitude Column 35


Depths are in meters.

The following line colors
indicate the depths:

Sea level to 250m (red)
251m to 1000m (green)
1001m to 4000m (brown)
4001m to 5500m (orchid)
5501 to bottom (blue)








Appendix Oceans by Area

This is an appendix to: The Oceans 2.0


Group Misc_1 is composed of data from
Mediterranean, Black_Sea, Baltic_Sea,
Persian_Gulf, Red_Sea, Sulu_Sea and
Yellow_Sea sources.

Group Misc_2 is composed of data from
Sea_of_Japan, Seto_Inland_Sea, Hudson_Bay,
Andaman_Sea, Arabian_Sea, Bay_of_Bengal,
and Bering_Sea sources.

Group Misc_3 is composed of data from
Caribbean_Sea, Gulf_of_Mexico, North_Sea,
South_China_Sea, Sea_of_Okhotsk, and
Adriatic_Sea sources.

Depths are in meters.

The following line colors
indicate the depths:

Sea level to 250m (red)
251m to 1000m (green)
1001m to 4000m (brown)
4001m to 5500m (orchid)
5501 to bottom (blue)









Thursday, March 14, 2024

Quantum Oceanography - 17

Atlanticus

This post deals with the way quantum mechanics can be used to enhance some aspects of oceanography. 

For instance, how does the ongoing loss of biological entities in the oceans impact heat in the oceans?

And how does the heat in the Oceans move to and fro?

A recent series considered the quantum mechanics entity called a photon (The Photon Current, 2, 3, 4, 5, 6, 7, 8, 9).

Today's graphs show that even though we consider 'the tiny oceans' to have only a tiny impact on ocean heat and sea level change globally, perhaps we can learn from them that the subject is multifaceted.

Three of today's graphs feature 'the tiny ones' within groups of the smaller oceans, seas, and bays ("Misc_1", "Misc_2", and "Misc_3" in Appendix WOD Depths Considered) .

The other graphs are of the Atlantic, Pacific, Arctic, and Southern larger or largest oceans.

If you compare the temperatures of the smaller ones with the larger ones, there is a distinct contrast in heat change variation in the depths.

The quantum physics of photons mixed with the biological considerations related to the heat impact which sea creatures contribute may answer some of the differences.

Of course some of the variation is due to the in situ data sent to WOD, SOCCOM, WHOI, PSMSL, and OMG by oceanography research projects, and some small part may be attributed to the software program which processes that data into graphs.

Nevertheless, by and large the graphs in this series are worthy of consideration (Quantum Oceanography, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18).

The next post in this series is here, the previous post in this series is here.

Appendix WOD Depths Considered

This is an appendix to: Quantum Oceanography - 17


Group Misc_1 is composed of data from
Mediterranean, Black_Sea, Baltic_Sea,
Persian_Gulf, Red_Sea, Sulu_Sea and
Yellow_Sea sources.

Group Misc_2 is composed of data from
Sea_of_Japan, Seto_Inland_Sea, Hudson_Bay,
Andaman_Sea, Arabian_Sea, Bay_of_Bengal,
and Bering_Sea sources.

Group Misc_3 is composed of data from
Caribbean_Sea, Gulf_of_Mexico, North_Sea,
South_China_Sea, Sea_of_Okhotsk, and
Adriatic_Sea sources.

Depths are in meters.

The following line colors
indicate the depths:

Sea level to 250m (red)
251m to 1000m (green)
1001m to 4000m (brown)
4001m to 5500m (orchid)
5501 to bottom (blue)



Large Ocean Bodies:









Miscellaneous Smaller 'Ocean' Bodies: