Practical Approaches to Earthquake Prediction and WarningC. Kisslinger, Tsuneji Rikitake Springer Science & Business Media, 2013年11月11日 - 494 頁 A seminar on "Practical Approaches to Earthquake Prediction and Warning" was held in Tokyo and Tsukuba, Japan on November 7-11, 1983. This was the sixth seminar on earthquake prediction in the framework of the U.S.-Japan Cooperation in Science Program, a series that was initiated in 1964. The Japan Society for the Promotion of Science and the National Science Foundation of the U.S.A. sponsored the seminar. The U.S. Geological Survey gave substantial additional support by sen ding a number of scientists to the seminar. C. H. Scholz, Columbia University, and T. Rikitake, Nihon University, were the co-convenors on behalf of the U.S.A. and Japan, respectively. 23 Japanese and 23 American delegates and observers took part in the seminar. Forty papers were presented during the three days of scientific sessions at the Interna tional House of Japan, Roppongi, Tokyo, November 7-9. The other two days were spent on a field trip to Tsukuba Science City, where national laboratories engaged in earthquake prediction research and other aspects of earthquake hazard reduction have been established by several agencies of the Japanese Government. The program of the scientific sessions was organized according to the following topics: 1. The national programs of Japan and the U.S.A. 2. Theory and long-term earthquake prediction. 3. Strain and stress. 4. Observation systems. 5. Various precursors. 6. Social response, public policy and earthquake engineering. |
內容
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219 | |
Quaternary Tectonics and Damaging Earthquakes in Northeast Honshu Japan | 231 |
LongTerm Seismic Activity and Present Microseismicity on Active Faults in Southwest | 253 |
The Parkfield California Prediction Experiment W H BAKUN and A G LINDH | 285 |
AkitaOkit Earthquake M7 8 and Its Implications for Systematics | 305 |
Possibility of a Large Earthquake near Odawara Central Japan Preceding the Tokai | 319 |
T YUKUTAKE | 345 |
RealTime Data Exchange between University Networks for Microearthquake Observa | 471 |
Precursors of the 1983 Japan Sea Earthquake K MOGI | 493 |
Precursors to Large Earthquakes M WYSS | 519 |
Groundwater Radon Variations Reflecting Changes in Regional Stress Fields | 545 |
The Nature of Resistivity Precursor T RIKITAKE and Y YAMAZAKI | 559 |
Review of Evidence on the Potential for Major Earthquakes and Volcanism in the Long | 571 |
TimeDependent Properties of Rocks and Its Implications on Earthquake Prediction | 595 |
Seismicity in the Northeastern Japan Arc and Seismicity Patterns before Large Earth | 607 |
Some Results from Measurements of the Geomagnetic Field and the Electrical Resisti | 365 |
Space Techniques for Earthquake Studies D E SMITH | 379 |
Crustal Deformation Metrology at LamontDoherty Geological Observatory | 391 |
South Kanto Monitoring Chain on Crustal Activities and Its Processing System of Multi | 413 |
Leveling Results in the Tokai Region and the Estimation of the Accuracy of Leveling | 425 |
Gravity Changes in the Izu Peninsula Japan Y HAGIWARA | 441 |
A High Quality Digital Network for Microearthquake and Ground Tilt Observations | 447 |
Waveform Similarity among Foreshocks and Aftershocks of the October 18 1981 Eniwa | 627 |
Observability of a Foreslip on a Hypothesized Fault of the Anticipated Tokai Japan | 637 |
Public Awareness of Earthquake Threat and Expected Individual Response to Short | 651 |
Recent Experiences in California R ANDREWS | 675 |
Activities of the United States EERI Committee on the Anticipated Tokai Earth | 681 |
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1983 in Japanese active faults aftershocks anomaly aseismic borehole Bull caldera California coda coseismic crust crustal movement deformation depth dilatometer distribution earth earthquake prediction earthquake swarm epicenter estimated Figure focal foreshocks foreslip geodetic Geological Geophys Honshu hypocenter ISHIBASHI Izu Peninsula Japan Sea Japan Sea earthquake KANAMORI Kanto Kanto earthquake large earthquakes located Long Valley Long Valley caldera magnitude main shock measurements microearthquakes microseismicity monitoring Nagoya observation Observatory Odawara Omaezaki Parkfield earthquake period precursors preparation locus quake quiescence radon recorded resistivity changes Sagami Bay San Andreas fault seismic activity seismic gap seismograph Seismol Shimizu shown in Fig shows signals slip stations strain change strain rate subduction zone Suruga survey Table tectonic tilt tiltmeter tion Tohoku Tokai district Tokai Earthquake Tokai region Tokyo trench trough tsunami Univ uplift variation vertical volcanic warning statement West-Sagami-Bay fault Yamasaki fault