Acoustic monitoring in the Ross Sea, Antarctica, using hydrophone of the Ocean Bottom Seismometer
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- Acoustic monitoring in the Ross Sea, Antarctica, using hydrophone of the Ocean Bottom Seismometer
- Yun, Sukyoung
Lee, Won Sang
Hong, Jong Kuk
Yoo, Hyun Jae
Geissler, Wolfram H.
- Issue Date
- Yun, Sukyoung, et al. 2016. Acoustic monitoring in the Ross Sea, Antarctica, using hydrophone of the Ocean Bottom Seismometer. EGU General Assembly 2016, Austria Center Vienna. Vienna. 2016.04.17-22.
- Although a number of active source seismic experiments have been conducted over the last few decades to investigate the crustal structure in the Ross Sea, Antarctica, long-term observation to monitor underwater tectonic activities and changes in the cryospheric environment still remains challenging due to existence of sea ice in the study region. Korea Polar Research Institute has accomplished successful deployment of ocean bottom seismometers (OBS) in the Ross Sea collaborating with Alfred Wegener Institute during the period of 2012 and 2014 by Korean icebreaker RV Araon. The OBS system manufactured by K.U.M. contains a hydrophone sensor that allow us to monitor underwater acoustics generated by tectonic and ice-related events. We present spectrograms of the continuous hydroacoustic data and various types of signals, e.g. seismic T-waves, icequakes, and tremors. There are periodic and harmonic tremors that might be related with movement of Drygalski ice tongue.
- Conference Name
- EGU General Assembly 2016, Austria Center Vienna
- Conference Place
- Conference Date
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