Photogrammetric investigation on the upheaval of water surface in the strait, Hayatomo Seto.

In order to determine the datum level in the narrow strait the upheaval of water surface must be investigated. The method of terrestrial photogrammetry was applied for this purpose, and the observation and reduction were made for Hayatomo Seto with two synchronized cameras and stereoplotter, Autograph A 7. It is found that the upheaval occurs in the northern coastal area and its maximum magnitude is about 90 centimeters high in the case of the westerly maximum current, and that the photogrammetry is definitely available to observe the figure of the water surface.

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Bibliographic Details
Main Authors: Ono, Kohei, Kato, Toshio, Sugiura, Kuniro
Format: Journal Contribution biblioteca
Language:Japanese
Published: 1966
Online Access:http://hdl.handle.net/1834/16422
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spelling dig-aquadocs-1834-164222021-05-19T06:55:44Z Photogrammetric investigation on the upheaval of water surface in the strait, Hayatomo Seto. Application of photogrammetry to hydrography 3. Ono, Kohei Kato, Toshio Sugiura, Kuniro In order to determine the datum level in the narrow strait the upheaval of water surface must be investigated. The method of terrestrial photogrammetry was applied for this purpose, and the observation and reduction were made for Hayatomo Seto with two synchronized cameras and stereoplotter, Autograph A 7. It is found that the upheaval occurs in the northern coastal area and its maximum magnitude is about 90 centimeters high in the case of the westerly maximum current, and that the photogrammetry is definitely available to observe the figure of the water surface. Published 2020-02-20T10:36:37Z 2020-02-20T10:36:37Z 1966 Journal Contribution Refereed http://hdl.handle.net/1834/16422 ja https://www1.kaiho.mlit.go.jp/GIJUTSUKOKUSAI/KENKYU/report/rhr01/rhr01-08.pdf pp.53-61
institution UNESCO
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-aquadocs
tag biblioteca
region Europa del Oeste
libraryname Repositorio AQUADOCS
language Japanese
description In order to determine the datum level in the narrow strait the upheaval of water surface must be investigated. The method of terrestrial photogrammetry was applied for this purpose, and the observation and reduction were made for Hayatomo Seto with two synchronized cameras and stereoplotter, Autograph A 7. It is found that the upheaval occurs in the northern coastal area and its maximum magnitude is about 90 centimeters high in the case of the westerly maximum current, and that the photogrammetry is definitely available to observe the figure of the water surface.
format Journal Contribution
author Ono, Kohei
Kato, Toshio
Sugiura, Kuniro
spellingShingle Ono, Kohei
Kato, Toshio
Sugiura, Kuniro
Photogrammetric investigation on the upheaval of water surface in the strait, Hayatomo Seto.
author_facet Ono, Kohei
Kato, Toshio
Sugiura, Kuniro
author_sort Ono, Kohei
title Photogrammetric investigation on the upheaval of water surface in the strait, Hayatomo Seto.
title_short Photogrammetric investigation on the upheaval of water surface in the strait, Hayatomo Seto.
title_full Photogrammetric investigation on the upheaval of water surface in the strait, Hayatomo Seto.
title_fullStr Photogrammetric investigation on the upheaval of water surface in the strait, Hayatomo Seto.
title_full_unstemmed Photogrammetric investigation on the upheaval of water surface in the strait, Hayatomo Seto.
title_sort photogrammetric investigation on the upheaval of water surface in the strait, hayatomo seto.
publishDate 1966
url http://hdl.handle.net/1834/16422
work_keys_str_mv AT onokohei photogrammetricinvestigationontheupheavalofwatersurfaceinthestraithayatomoseto
AT katotoshio photogrammetricinvestigationontheupheavalofwatersurfaceinthestraithayatomoseto
AT sugiurakuniro photogrammetricinvestigationontheupheavalofwatersurfaceinthestraithayatomoseto
AT onokohei applicationofphotogrammetrytohydrography3
AT katotoshio applicationofphotogrammetrytohydrography3
AT sugiurakuniro applicationofphotogrammetrytohydrography3
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