Digital OCEANS’ seabed DATA by & from OCEAN Ltd, Vladivostok, Russia

Digital OCEANS’ seabed depths’ DATA from OCEAN Ltd, Vladivostok, Russia for all of OCEANS’ space’s and resources’ users




OCEAN3D’s OCEANS’ Depths Database’ Background Bathymetry for Russian Far East Seas = Satellite’s Depths’ Data + Depths’ Data obtained from marine navigation charts from all over the world.

Rus Far East - Digital Depth Data


OCEAN3D ~ introduced to the Russian Far East’s market ~

Electronic Chart Display Information System & OCEAN’s seabed Depth Database

Certified with Russian Register of Shipping



The process of the Depths’ Data Exchange in between various fishing vessels’s OCEAN3D’s & land based OCEAN3D’s in office databases, – has been developed & maintained.



Joint’s Depths Data Base of the Russian Far East Seas = Bering Sea + Okhotsk Sea + Japan Sea + North-West of Pacific Ocean (Kuril Islands) =  the period of the Research & Development’s Stage


Example: Fishing Region in the North of Japan Sea or in the North of the Large Marine Ecosystem No.50=Hydrography+Bathymetry_Hydrology+Seabed’s Data



The one year’s footprint of the Russian flagged fishing vessels’ Activity’s track records in the North of Japan Sea during the period from 01 January 2016 – till 25 December 2016 (around 55 fishing vessels in total).



North of Japan Sea ~ NAVmap & Fishing Activity Data for Y2016 & DepthDATA=Bathymetry.png

As the example of the marine regiod where OCEAN3D has been used extensively

During the period from Y 2006 – Y 2016

  • over 60,000,000 (WGS84~PZ90) of the soundings depths’ data for the North of Japan Sea’s region, –  collected, added, processed, corrected (in real-time), saved & exchanged in between fishing vessels  and their respective land based “in office” databases;

  • fishermen’s knowledge of the targeted fish habitat: Hydrography (Depths’ Data) + Bathymetry & NAV info over seabed in 3D + Hydrology (OCEANS’s temperature data)+ Type of Seabed,= improved;

  • fishing operations’ efficiency improved by various factors :

    • catch volume per fishing day, = increased;

    • fuel expenditure & CO2’s footprint per 1 ton of catch, = reduced;

    • fishing activity’s depths’ data’range is increased from the range of 100m – 1,000m down to 100m-2,000m & sometimes much more deeper: even down to 3,000 m;
    • fishing activity negative impact on fish’s habitat (oceans’ seabed) and fishing gears damage’s or losses over rough grounds, – have been reduced.

      Rus Far East - Digital Depth Data

OCEAN Ltd’s Plans for the period by Y 2030, – 

OCEANSdepths’ data driven humans’ activity @ & “IN” OCEANS

OCEANS’ seabed’s APPLIED level of knowledge by humans may be looked like on the picture shown below (3D x 360 x 360).

“Seeing is believing”. The 360’s picture of the oceans’ seabed shown below is “hooked” to ONE point only = (X~Latitude) + (Y~Longtitude) + (Z~Depth) = & may be observed all over around in 3D , & 360 around & up & down, & 360 around & right & left.





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