Submarine topography and seafloor image survey of Jukbyeon port in Uljin, South Korea using multi-beam echo sounder and side scan sonar

Title
Submarine topography and seafloor image survey of Jukbyeon port in Uljin, South Korea using multi-beam echo sounder and side scan sonar
Author(s)
김원혁; 김창환; 이명훈; 박찬홍; 박현영
KIOST Author(s)
Park, Hyeon Yeong(박현영)
Publication Year
2015-10-06
Abstract
We conducted submarine topography and seafloor image survey from 4, Mar. 2013 using R/V Jangmok2(35 ton), multi-beam echo sounder EM3001(Kongsberg corporation) and side scan sonar 4125(Edge Tech corporation). We used EM3001 multi-beam echo sounder and 4125 shallow water sides can sonar for survey. Multi-beam echo sounder is a device for observing and recording the submarine topography using sound. We mounted the EM3001 on right side of the vessel. Multi-beam echo sounder transducer commonly to mounted at right angles to the surface of water. However, we tilted 20-degrees of transducer for long range with 85-degrees measurement on the right side of the vessel. This exploration can see the sediment and waste materials accumulated in port. The maximum depth was 12m and We saw a lot of forsaken tire in the port. Such multi-beam echo sounder survey and side scan sonar survey will facilitate the management and the improvement of environment of port. sounder and 4125 shallow water sides can sonar for survey. Multi-beam echo sounder is a device for observing and recording the submarine topography using sound. We mounted the EM3001 on right side of the vessel. Multi-beam echo sounder transducer commonly to mounted at right angles to the surface of water. However, we tilted 20-degrees of transducer for long range with 85-degrees measurement on the right side of the vessel. This exploration can see the sediment and waste materials accumulated in port. The maximum depth was 12m and We saw a lot of forsaken tire in the port. Such multi-beam echo sounder survey and side scan sonar survey will facilitate the management and the improvement of environment of port.
URI
https://sciwatch.kiost.ac.kr/handle/2020.kiost/25277
Bibliographic Citation
ICAMG(국제아시아해양지질학회)-8, pp.426, 2015
Publisher
한국지질자원연구원,
Type
Conference
Language
English
Publisher
한국지질자원연구원,
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