Inside a convenience store where products were scattered on the floor due to violent shaking (11:56 pm on the 16th, in Fukushima City).
Is 7.3 earthquake strong?
According to the Richter magnitude scale from Wikipedia, 7.3 Richter of earthquake falls on the bottom and describes as a Major damage earthquake.
Most buildings are damaged, with some partially or totally collapsing or receiving serious damage. Structures that are well-designed are more likely to sustain harm. Felt over long distances, with serious damage primarily confined to a radius of 250 kilometers from the epicentre.
An earthquake of 7.3 occurs about 10 to 20 per year.
Magnitude | Description | Earthquake effects | Frequency of occurrence |
1.0–1.9 | Micro | Microearthquakes, not felt, rare. | Continual/several million per year |
2.0–2.9 | Minor | Felt slightly by some people. | Over one million per year |
3.0–3.9 | Felt by people, Very rarely causes damage. | Over 100,000 per year | |
4.0–4.9 | Light | Noticeable shaking of indoor objects and rattling noises. | 10,000 to 15,000 per year |
5.0–5.9 | Moderate | Can cause damage of varying severity to poorly constructed buildings. | 1,000 to 1,500 per year |
6.0–6.9 | Strong | Damage to a moderate number of well-built structures in populated areas. | 100 to 150 per year |
7.0–7.9 | Major | Causes damage to most buildings, some to partially or completely collapse or receive severe damage. | 10 to 20 per year |
8.0–8.9 | Great | Major damage to buildings, structures is likely to be destroyed. | One per year |
9.0 and greater | At or near total destruction – severe damage or collapse to all buildings. | One per 10 to 50 years |
Japan today earthquake pictures
Areas where seismic intensity 3 or higher was observed
Seismic intensity 6 strong Northern Miyagi Prefecture Southern Miyagi Prefecture Nakadori, Fukushima Prefecture Hamadori, Fukushima Prefecture
Seismic intensity 6 lower Central Miyagi Prefecture
Seismic intensity 5 upper Iwate prefecture inland northern part Iwate prefecture inland southern part Yamagata prefecture Murayama
Seismic intensity 5 lower Fukushima prefecture Aizu Northern Iwate prefecture Coastal southern part Iwate prefecture Southern coast Yamagata prefecture Top Yamagata prefecture Oki Aomori prefecture Sanpachijokita Akita prefecture Southern inland Iwate prefecture Northern Iwate prefecture Southern Tochigi prefecture Southern
Seismic intensity 4 Yamagata Prefecture Shonai Northern coast of Akita Prefecture Southern coast of Gunma prefecture Northern Saitama prefecture Southern Saitama prefecture Northeastern Chiba prefecture Northwestern Chiba prefecture Northwestern Tokyo Tama eastern Kanagawa prefecture Western Niigata prefecture Shimoetsu
Seismic intensity 4 Northern Tsugaru, Aomori Prefecture Southern Tsugaru, Aomori Prefecture Southern Shimokita, Aomori Prefecture Northern Gunma Prefecture Northern Saitama Prefecture Chichibu Chichibu, Chiba Prefecture Southern Tokyo Tama West Niigata Prefecture Joetsu Niigata Prefecture Sado Toshima Region East Yamanashi Prefecture Central / Western Yamanashi Prefecture Lake Central Nagano Prefecture Shizuoka Prefecture Izu Eastern Shizuoka Prefecture.
Is it related to the Fukushima-ken-Oki earthquake in February last year?
Internal destruction of the plate on the seaside, “earthquake in the slab”. Is it related to the Fukushima-ken-Oki earthquake in February last year?
Regarding the mechanism of the earthquake that caused strong tremors in the Tohoku region, experts point out that it is highly possible that an “intraslab earthquake” occurred in which the inside of the plate (rock plate) on the seaside was destroyed.
According to Professor Shinji Toda (Seismology) of Tohoku University, while intraslab earthquakes occur deep underground, the period of seismic waves is short and strong shaking is easily observed. This time, because the epicenter was close to the land area, it seems that the shaking increased over a wide area in Tohoku and Kanto.
In addition, Professor Toda believes that the location of this earthquake is closely related to the earthquake with a maximum seismic intensity of 6 or higher that occurred off the coast of Fukushima Prefecture in February last year.
According to Professor Koshun Yamaoka (Seismology) of Nagoya University, the epicenter of this earthquake is included in the epicenter area of the Great East Japan Earthquake in March 2011, and it occurs in the area where seismic activity is active even after the earthquake. rice field. It is said that it is considered to be a type of earthquake called “reverse fault type” in which the faults shift vertically due to the force of pushing each other.
Naoshi Hirata, Professor Emeritus of the University of Tokyo (Seismology) said, “After a big earthquake, there is a possibility that an earthquake of the same degree of strong shaking will occur again. If you live in a house that is not earthquake-resistant, I want you to evacuate to a safe place. ”
When was the most recent earthquake in Japan?
Today an earthquake of magnitude is estimated to be 7.3 hits japan.
Did the earthquake just come today?
Yes, Today an earthquake of magnitude is estimated to be 7.3 hits japan.
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