Risk management strategy of DONET installation and the utilization of real-time data for disaster prevention

N. Takahashi, T. Baba, M. Takaesu, S. Kamiya, K. Kawaguchi, Y. Kaneda
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Abstract

We have developed ocean floor network cable system in view of scientific and technical aspects. Japan Agency for Marine-Earth Science and Technology (JAMSTEC) already deployed a dense ocean floor network system (DONET) in the Tonankai earthquake rupture area and new one named by DONET2 in the Nankai earthquake rupture area. These earthquakes have repeatedly occurred, had tormented people living the coastal area, and suffered great damages of their strong motions and tsunami. These systems have to contribute to early detection of earthquakes and tsunamis, understanding source mechanisms of earthquakes and tsunamis, damage reduction of the coastal areas. In addition, they have to work continuously for long years even if huge earthquakes occurs, because large earthquakes with magnitude of 8 has successively occurred and because large tsunamis have also attacked accompanied with the earthquakes. To prepare such issues, we have considered in various point of views. Here we introduce such various points to set ocean floor network system and implement them.
DONET安装的风险管理策略及实时数据的防灾利用
从科学技术的角度出发,我们开发了海底网络电缆系统。日本海洋地球科学技术机构(JAMSTEC)已经在Tonankai地震断裂带部署了一个密集的海底网络系统(DONET),并在南开地震断裂带部署了一个名为DONET2的新系统。这些地震多次发生,给沿海地区的人民带来了极大的痛苦,并因其强烈的运动和海啸而遭受了巨大的损失。这些系统必须有助于地震和海啸的早期检测,了解地震和海啸的来源机制,减少沿海地区的破坏。此外,即使发生大地震,他们也必须长时间连续工作,因为8级的大地震连续发生,而且大海啸也伴随着地震来袭。为了准备这些问题,我们从不同的角度进行了考虑。本文介绍了海底网络系统设置和实施的要点。
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