Coordinates : A - of midpoint or summit : Lat., Long. } to. Description (kind of feature) : seachannel

Similar documents
UNDERSEA FEATURE NAME PROPOSAL. Name Proposed: Kiminu Seamount. to Long.

UNDERSEA FEATURE NAME PROPOSAL (See NOTE overleaf) Ocean or Sea Atlantic Ocean Name proposed Jean Charcot Seamounts. kilometres in direction from

UNDERSEA FEATURE NAME PROPOSAL (See IHO-IOC Publication B-6 and NOTE overleaf)

Coordinates : A - of midpoint or summit : Lat S, Long W

UNDERSEA FEATURE NAME PROPOSAL (See IHO-IOC Publication B-6 and NOTE overleaf)

UNDERSEA FEATURE NAME PROPOSAL (Sea NOTE overleaf) Matoba Seamount

Crater, fault, volcanic cone, lava flow

UNDERSEA FEATURE NAME PROPOSAL (See NOTE overleaf)

Asano Seamount, MIT Guyot

UNDERSEA FEATURE NAME PROPOSAL (Sea NOTE overleaf)

UNDERSEA FEATURE NAME PROPOSAL (See IHO-IOC Publication B-6 and NOTE overleaf) S (centre) S S S

Valdivia Fracture Zone, Mocha Fracture Zone

UNDERSEA FEATURE NAME PROPOSAL (Sea NOTE overleaf)

UNDERSEA FEATURE NAME PROPOSAL (Sea NOTE overleaf)

UNDERSEA FEATURE NAME PROPOSAL (Sea NOTE overleaf)

Coordinates : A - of midpoint or summit : Lat ' 20 S, Long '20" W

Lawrence A. Lawver Ian W.D. Dalziel Robert Larter University of Texas at Austin, Institute for Geophysics British Antarctic Survey

PRINCIPLES AND APPLICATIONS of OCEAN FEATURE NOMENCLATURE

Publication of the Atlas of the Seas

Map shows 3 main features of ocean floor

Bathymetry Measures the vertical distance from the ocean surface to mountains, valleys, plains, and other sea floor features

Chapter Overview. Bathymetry. Measuring Bathymetry. Measuring Bathymetry

GEOL- 270: Issues in Oceanography Developed by Jessica Kleiss, Lewis & Clark College

Briefing on the work of GEBCO (GENERAL BATHYMETRIC CHART OF THE OCEANS)

MARINE GEOLOGY & GEOGRAPHY

SITE SURVEY FOR SITE 410, AN EXAMPLE OF THE USE OF LONG-RANGE SIDE-SCAN SONAR (GLORIA)

Lecture Marine Provinces

Observation of Deep Seafloor by Autonomous Underwater Vehicle

Observation of Deep Seafloor by Autonomous Underwater Vehicle

12/11/2013& egm502 seafloor mapping

The french national programme for claiming continental shelf beyond 200 Miles

Economic and Social Council

Essential Question: How are the geological features that exist on land similar to the geological features on the ocean floor?

Article 76, variations in annotation and implementation seen in submission documents for the claim of Extended Continental Shelf

General Bathymetric Chart of the Oceans

Activity #3 - Bathymetric Mapping

MARINE GEOLOGY & GEOGRAPHY

Activities on Naming Undersea Features in Korea*

Small area of the ocean that is partially surrounded by land. The Ocean Basins. Three Major Oceans. Three Major Oceans. What is a SEA?

THE INTERNATIONAL HYDROGRAPHIC ORGANIZATION AND ITS INVOLVEMENT WITH GEOGRAPHICAL PLACE NAMES

Earth in 2-D, 3-D & 4-D

6. Mapping the Seafloor

FOOT OF THE CONTINENTAL SLOPE IN ARTICLE 76

High-resolution Geophysical Mapping of Submarine Glacial Landforms

Future Ocean Floor Mapping: Ocean Stewardship & Initial Industry Contributions. U.S Hydro Galveston, TX March 23, 2017 David Millar - Fugro

STANDARDISATION OF MARITIME GEOGRAPHICAL NAMES: The Role of the International Hydrographic Organization

UNDERSEA FEATURE NAME PROPOSAL PROPOSITION DE NOM POUR UNE FORME DU RELIEF SOUS-MARIN (See NOTE overleaf / VoirNOTE au verso)

Inspection of Waterfront Facilities Using Vessel-Based Remote Sensing Mitchell, Del Bello, Suarez

Background Information

program Hot Subduction recycling of oceanic crust in a dynamic W Pacific setting. Part 2. Principal Investigator

OCEANOGRAPHY MEASURING THE DEPTHS OF THE OCEANS

Introduction to Acoustic Remote Sensing and Seafloor Mapping (AE4-E13) May 19, 2010

Special Aspects of Underwater Topography Naming

Maritime Standards. Rafael Ponce Tom De Puyt

Your web browser (Safari 7) is out of date. For more security, comfort and the best experience on this site: Update your browser Ignore

Report to SCUFN on meeting of the Undersea Names Committee of the New Zealand Geographic Board. Vaughan Stagpoole, 22 August 2009

Into the Digital Age the GEBCO Digital Atlas

Warm Up 1: Ocean Floors LT I can explain the concept of Pangea. I can describe how Ocean Ridges form and give examples of them.

Almost of Earth is covered by water. On a map, the continents appear as huge islands surrounded by a vast global ocean.

R.C. Searle P.M. Hunter Institute of Oceanographic Sciences Wormley, Godalming, Surrey, GU8 SUB

NEW TOOLS TO IMPROVE DESKTOP SURVEYS

The route towards a new GEBCO grid

ARE YOU READY TO THINK? Look at the first slide THINK PAIR SHARE!

OUTER CONTINENTAL SHELF CLAIMS IN THE ARCTIC. Presentation given by Dr. Kamrul Hossain ASA University Bangladesh 15 March 2010

AIRBORNE LIDAR BATHYMETRY By the Japan Hydrographic and Oceanographic Department

FINMARINET: Inventories and Planning for the Marine Natura 2000 Network in Finland. A.2 Geological inventories of the seafloor Final Report

The Ocean Floor Earth Science, 13e Chapter 13

Standard for undersea feature names NZGBS60000

Directed Reading. Section: The Water Planet. surface is called the a. Earth s ocean. b. Pacific Ocean. c. salt-water ocean. d. global ocean.

CHAPTER 28. PHYSIOGRAPHY Cook Inlet Drainages

Notes and Summary pages:

1/28/16. EGM101 Skills Toolbox. Map types. Political Physical Topographic Climate Resource Road. Thematic maps (use one of the above as backdrop)

Seafloor Mapping in the High Arctic: The Challenges and the Joys

Lecture Outlines PowerPoint. Chapter 13 Earth Science 11e Tarbuck/Lutgens

Foundations of Earth Science, 6e Lutgens, Tarbuck, & Tasa

Changes in bottom morphology of Long Island Sound near Mount Misery Shoal as observed through Repeated Multibeam Surveys

Meeting July 2018 Agenda Item 7.1. Tsunami Service Provider Messages for the Maritime Community. Submitted by IOC Secretariat SUMMARY

CONTINENTAL SHELF SUBMISSION OF ANGOLA - EXECUTIVE SUMMARY -

Proposal for the preparation of a new International Bathymetric Chart of the Southern Ocean (IBCSO) to be presented at the 3 rd HCA Meeting

68. Izu-Torishima. Summary. Latitude: 30 29'02" N, Longitude: '11" E, Elevation: 394 m (Ioyama) (Elevation Point) (68.

Established Global bathymetry yproducts. Undersea feature names. Capacity building

CONFERENCE OF PARLIAMENTARIANS OF THE ARCTIC REGION. UN LOS Convention and the extended continental shelf in the Arctic

is also considered to cope with the SCUFN action item 25/21. are also considered to cope with the SCUFN action item 27/83.

SCAR Expert Group on IBCSO Report to GSSG

CANADIAN HYDROGRAPHIC SERVICE & OCEANOGRAPHIC SERVICES

Ocean Basins, Bathymetry and Sea Levels

Earth / Environmental Science. Ch. 14 THE OCEAN FLOOR

MAPS AND COORDINATES...

4 Project Alternatives

Multibeam Mapping of Feature Rich Seafloor in the U.S. Pacific Remote Islands Marine National Monument and on Mendocino Ridge off the California Coast

Earth Science Lesson Plan Quarter 2, Week 10, Day 1

1. Name at least one place that the mid-atlantic Ridge is exposed above sea level.

National Marine Sanctuary Program

14 th NIOHC, Myanmar National Report MYANMAR NAVAL HYDROGRAPHIC CENTRE (MNHC) NATIONAL REPORT HYDROGRAPHIC DEPARTMENT, ROYAL THAI NAVY-HDRTN

Geology 101 Lab Worksheet: Topographic Maps

STATISTICAL ANALYSIS FOR AUTOMATED SEEP EXTRACTION IN GIS

R E P U B L I C O F C Y P R U S NATIONAL REPORT OF CYPRUS TO THE MEDITERRANEAN AND BLACK SEAS HYDROGRAPHIC COMMISSION (MBSHC)

Geography of the world s oceans and major current systems. Lecture 2

IHO Perspective on a Marine Spatial Data Infrastructure

Chapter 3 The Physical Setting

Transcription:

INTERNATIONAL HYDROGRAPHIC ORGANIZATION INTERGOVERNMENTAL OCEANOGRAPHIC COMMISSION (of UNESCO) IHO/IOC Form No. 1 UNDERSEA FEATURE NAME PROPOSAL (See NOTE overleaf) Ocean or Sea Japan Sea Name proposed _ Toyama Deep Seachannel Coordinates : A - of midpoint or summit : Lat., Long. kilometres in direction from and/or B - extremities (if linear feature) : Lat. 37-15N Long. 137-35E } to { Lat. 40-50N Long. 137-00E Description (kind of feature) : seachannel Identifying or categorizing characteristics (shape, dimensions, total relief, least depth, steepness, etc.): The Toyama Deep Seachannel (TDSC) is a prominent bathymetric features in the Japan Sea. TDSC starts from Toyama Bay and extends for 750 km trough the Toyama Trough to the Yamato and Japan Basins. TDSC is fed with sediment from the 3000-m-high on land mountains (the Japan Alps). Grossly, the gradient of the seachannel changes at 38 40 N; it flows gently further north. Accompanying with this gradient change, TDSC feeds the terminal Toyama Deep Sea Fan at 38 40 N. Associated features : Toyama Deep Sea Fan Chart reference : Shown with name on chart No. Japanese Chart No.6312 Shown but not named on chart No. Not shown but within area covered by chart No. Reason for choice of name (if a person, state how associated with the feature to be named) : The name Toyama refers to a large city located on the Sea of Japan side of the Honshu Island, Japan. Discovery facts : Date September 1998 by (individuals or ship) The Japanese survey vessel Meiyo By means of (equipment) : Multi-beam Echosounder SEABEAM 2000 Navigation used : GPS Estimated positional accuracy in nautical miles : +/- 30m

Description of survey (track spacing, line crossing, grid network, etc.) : E-W survey lines with track spacing at 1-2 miles. Nature and repository of other survey activities (dredge samples, cores, magnetics, gravity, photographs, etc.) : Ocean Research Instituteof the Universty of Tokyo has sound image data of the SYS 9 sidescan sonar IZANAGI._ Supporting material : enclose, if possible, a sketch map of the survey area, profiles of the features, etc., with reference to prior publication, if any : Nakajima, T., Satoh, M., and Okamura, Y., 1988, Channel-levee complexes, terminal deep-sea fan and sediment wave fields associated with the Toyama Deep-Sea channel system in the Japan Sea, Marine Geology, 147, 25-41. Mogi, A., 1979, An atlas of the sea floor around Japan: aspect of submarine geomorphology, PP96, University of Tokyo Press, Tokyo, Japan Ludwig, W.J., Murauchi, S., and Houts, R.E., 1975, Sediments and structure of the Japan Sea, Geological Society of America Bulletin, 86, 651-664. Submitted by : Japanese Committee on Undersea Feature Names Date : 8 June 2007 Address : 5-3-1 Tsukiji, Chuo-ku, Tokyo 104-0045, Japan Concurred in by (if applicable) : Address : National Authority (if any) : Japanese Committee on Undersea Feature Names Address : 5-3-1 Tsukiji, Chuo-ku, Tokyo 104-0045, Japan NOTE : This form should be forwarded, when completed : a) If the undersea feature is located in territorial waters :- to your "National Authority for Approval of Undersea Feature Names" or, if this does not exist or is not known, either to the International Hydrographic Bureau or to the Intergovernmental Oceanographic Commission (see addresses below); b) If the undersea feature is located in international waters :- to the International Hydrographic Bureau or to the Intergovernmental Oceanographic Commission, at the following addresses : International Hydrographic Bureau Intergovernmental Oceanographic Commission 4, quai Antoine 1 er UNESCO B.P. 445 Place de Fontenoy MC 98011 MONACO CEDEX 75700 PARIS Principality of MONACO FRANCE Fax: +377 93 10 81 40 Fax: +33 1 45 68 58 12 E-mail: info@ihb.mc E-mail : info@unesco.org

Fig. 1. Schematic index map for the Japan Sea area taken from Mogi (1979).

Fig. 2. Color bathymetric map of Toyama Deep Seachannel and Toyama Deep Sea Fan. Contours in 100 m.

Fig. 3a. Track chart of the Toyama Deep Seachannel and Toyama Deep Sea Fan area.

Fig. 3b. Track chart of the Toyama Deep Seachannel (south) area.

Fig. 4a. Scanned northern portion of the Japanese bathymetric chart #6312, showing the location of Toyama Deep Sea Fan.

Fig. 4b. Scanned southern portion of the Japanese bathymetric chart #6312, showing the location of Toyama Deep Sea Fan.

Fig. 5. Side-scan sonar image Toyama Deep Seachannel.