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Jogan Earthquake. One of the oldest. They estimate it had a magnitude of at least 84 and accompanied a rupture in the Japan Trench at. After the 1994 earthquakes dives of submersible Shinkai 6500 were performed at the northern MST. The ground shakes were so severe that people could not remain standing many buildings collapsed.
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According to the document the Jogan tsunami flooded the coastal plain of Sendai extensively and drowned over 1000 people. The 869 Jogan earthquake off Miyagi produced unusually large tsunamis according to a historical document and tsunami deposits. If the Tohoku earthquake was a reprise of Jogan supercycles of massive earthquakes may rock the region on 1000-year time scales Nishimura. One of the oldest official documents in Japan reported that about 1000 people were drowned from the tsunami in Sendai plain indicating much larger tsunami than the 1896 Sanriku tsunami the worst. According to a historical document reporting this disaster recorded near Sendai the strong ground shaking and the ensuing tsunami caused 1000 fatalities Imamura 1934. 200 km long earthquakes.
When the Jogan earthquake struck Japan in the year 869 residents of Miyako-jima fled to the top of a hill on their island.
From the tsunami in Sendai plain indicating much larger tsunami than the. The 869 Jogan earthquake off Miyagi produced unusually large tsunamis according to a historical document and tsunami deposits. Written records and oral legends The13thJuly869Joganearthquakeistheoldesthistoricaleventon the Pacific coast of northeast Japan Fig. Table 1 shows a brief chronological overview of studies of the Jogan tsunami. One of the largest of these was the 869 Jogan earthquake which caused severe damage in the Tohoku region. The 13th July 869 Jogan earthquake is the oldest historical event on the Pacific coast of northeast Japan and is thought to have triggered a large-scale tsunami Yoshida 1906.
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They estimate it had a magnitude of at least 84 and accompanied a rupture in the Japan Trench at. The occurrence of and damage by the Jogan earthquake tsunami is known from a historical document called Nihon-Sandai-Jitsuroku which was compiled by the ancient Japanese government. After the 1994 earthquakes dives of submersible Shinkai 6500 were performed at the northern MST. This earthquake is supposed to have caused larger ground acceleration at the hypothetical source zone than those of the 869 Jogan uniform-slip model with a fault length of 200 km. The 13th July 869 Jogan earthquake is the oldest historical event on the Pacific coast of northeast Japan and is thought to have triggered a large-scale tsunami Yoshida 1906.
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According to the document the Jogan tsunami flooded the coastal plain of Sendai extensively and drowned over 1000 people. According to a historical document reporting this disaster recorded near Sendai the strong ground shaking and the ensuing tsunami caused 1000 fatalities Imamura 1934. This earthquake is supposed to have caused larger ground acceleration at the hypothetical source zone than those of the 869 Jogan uniform-slip model with a fault length of 200 km. The 2011 Tohoku-oki earthquake tsunami is considered as a recurrence of the 869 Jogan tsunami which was triggered by a possible great earthquake that struck Northeast Japan 1142 years ago. Namegaya and Satake 2014 and 1454 Kyotoku fault model in Sawai et al.
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If the Tohoku earthquake was a reprise of Jogan supercycles of massive earthquakes may rock the region on 1000-year time scales Nishimura. Based on the extent of the inundation researchers estimated the magnitude of the Jogan earthquake at roughly 83. According to a historical document reporting this. Dr Karen Jogan discusses Concepcion Earthquake. When the Jogan earthquake struck Japan in the year 869 residents of Miyako-jima fled to the top of a hill on their island.
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The ground shakes were so severe that people could not remain standing many buildings collapsed. Table 1 shows a brief chronological overview of studies of the Jogan tsunami. From the tsunami in Sendai plain indicating much larger tsunami than the. After the 1994 earthquakes dives of submersible Shinkai 6500 were performed at the northern MST. The earthquake had an estimated magnitude of 86 on the surface wave magnitude scale.
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Written records and oral legends The13thJuly869Joganearthquakeistheoldesthistoricaleventon the Pacific coast of northeast Japan Fig. The 13th July 869 Jogan earthquake is the oldest historical event on the Pacific coast of northeast Japan and is thought to have triggered a large-scale tsunami Yoshida 1906. From the tsunami in Sendai plain indicating much larger tsunami than the. According to the document the Jogan tsunami flooded the coastal plain of Sendai extensively and drowned over 1000 people. After the 1994 earthquakes dives of submersible Shinkai 6500 were performed at the northern MST.
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These studies use historical accounts sedimentological data and hydrodynamic modeling to constrain the size of the Jogan earthquake. 1 and is thought to have triggered a large-scale tsunami Yoshida 1906. If the Tohoku earthquake was a reprise of Jogan supercycles of massive earthquakes may rock the region on 1000-year time scales Nishimura. Latter one was known as the Jogan Earthquake. A giant tsunami rose over the hill from one.
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From the tsunami in Sendai plain indicating much larger tsunami than the. The magnitude of the Jogan earthquake Mw 84 which was derived from the tsunami deposit inland extent and numerical inundation modeling was too small to predict the magnitude of the Tohoku-oki earthquake Mw 9091 and tsunami. The ground shakes were so severe that people could not remain standing many buildings collapsed. 200 km long earthquakes. When the Jogan earthquake struck Japan in the year 869 residents of Miyako-jima fled to the top of a hill on their island.
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Written records and oral legends The13thJuly869Joganearthquakeistheoldesthistoricaleventon the Pacific coast of northeast Japan Fig. Official documents in Japan reported that about 1000 people were drowned. These studies use historical accounts sedimentological data and hydrodynamic modeling to constrain the size of the Jogan earthquake. Table 1 shows a brief chronological overview of studies of the Jogan tsunami. Additional research is needed to improve deposit-based estimates of the magnitudes of past tsunamis and to increase the ability to use tsunami deposits in.
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Table 1 shows a brief chronological overview of studies of the Jogan tsunami. The earthquake had an estimated magnitude of 86 on the surface wave magnitude scale. Official documents in Japan reported that about 1000 people were drowned. Table 1 shows a brief chronological overview of studies of the Jogan tsunami. They estimate it had a magnitude of at least 84 and accompanied a rupture in the Japan Trench at.
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Local media report having found traces of last weeks tsunami 5 kilometers or more inland. Table 1 shows a brief chronological overview of studies of the Jogan tsunami. From the tsunami in Sendai plain indicating much larger tsunami than the. Table 1 shows a brief chronological overview of studies of the Jogan tsunami. According to the document the Jogan tsunami flooded the coastal plain of Sendai extensively and drowned over 1000 people.
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869 Jogan earthquake in northeastern Japan was a predecessor of the 2011 Tohoku earthquake. These studies use historical accounts sedimentological data and hydrodynamic modeling to constrain the size of the Jogan earthquake. Additional research is needed to improve deposit-based estimates of the magnitudes of past tsunamis and to increase the ability to use tsunami deposits in. Namegaya and Satake 2014 and 1454 Kyotoku fault model in Sawai et al. Inundation area of the tsunami and magnitude of the earthquake have been investigated since 1990s using available historical and geological records and numerical models.
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