3:00 PM - 4:00 PM
[S23-P-01] Resilience Science for Resilient Society-Real time monitoring, Simulation research, Disaster education -Real time monitoring, Simulation research, Disaster education -Real time monitoring, Simulation research, Disaster education on Resilience Science -
In Japan and many countries, destructive earthquakes and Tsunamis have occurred frequently.
For early earthquake and tsunami detection, the real time monitoring using ocean floor observatories is effective. DONET1 and DONET2 are in operation and being under constructing around the Nankai trough seismogenic zone SW of Japan, respectively. These systems have multi kinds of sensors such as the accelerometer, broadband seismometer, pressure gauge, difference pressure gauge, hydrophone and thermometer for earthquakes and tsunamis monitoring. DONET1 and DONET2 with 51 observatories will be deployed along the Nankai Trough SW of Japan by the end of March 2016.
Otherwise, to estimate damage of earthquakes and to have images of earthquake and tsunamis,
advanced simulation researches are important and indispensable.
Furthermore, we recognize recovers/ revivals are very important and difficult. In Tohoku area damaged by large tsunamis, recovers/revivals have been under progressing after over 6 years passed
after the 2011 Tohoku Earthquake. Therefore, we have to prepare the pre plan before next destructive disasters such as the Nankai trough mega thrust earthquake.
For Resilient Society, Resilience Science including many kinds of fields such as Science, Engineering, Medical and Social Science are significant and indispensable.
Finally, this Resilience Science will contribute to cultivation of human resources.
We will explain the Resilience Science for Resilient Society.
For early earthquake and tsunami detection, the real time monitoring using ocean floor observatories is effective. DONET1 and DONET2 are in operation and being under constructing around the Nankai trough seismogenic zone SW of Japan, respectively. These systems have multi kinds of sensors such as the accelerometer, broadband seismometer, pressure gauge, difference pressure gauge, hydrophone and thermometer for earthquakes and tsunamis monitoring. DONET1 and DONET2 with 51 observatories will be deployed along the Nankai Trough SW of Japan by the end of March 2016.
Otherwise, to estimate damage of earthquakes and to have images of earthquake and tsunamis,
advanced simulation researches are important and indispensable.
Furthermore, we recognize recovers/ revivals are very important and difficult. In Tohoku area damaged by large tsunamis, recovers/revivals have been under progressing after over 6 years passed
after the 2011 Tohoku Earthquake. Therefore, we have to prepare the pre plan before next destructive disasters such as the Nankai trough mega thrust earthquake.
For Resilient Society, Resilience Science including many kinds of fields such as Science, Engineering, Medical and Social Science are significant and indispensable.
Finally, this Resilience Science will contribute to cultivation of human resources.
We will explain the Resilience Science for Resilient Society.