Image Credit: WikipediaAs Kyushu residents attempted to get through a sleepless night, another strong earthquake rocked Kumamoto early Saturday, Apr 16 injuring more than 1,000, bringing the combined death toll from Thursday’s quake to at least 48.
The magnitude-7.3 quake hit at 1:25 a.m. and registered 7 again on Japan’s seismic intensity scale of 7 in Kumamoto Prefecture. It was more powerful than the temblor that barely a day earlier.
Image Credit: Jiji.com
The damage caused by Saturday’s quake and others in its wake has included collapsed houses, landslides, blackouts that have left more than 200,000 households without power, and water outages in 385,000 homes across Kumamoto, Oita and Miyazaki prefectures. The total number of quakes exceeds 860 since Apr 14, and 190,000 people have evacuated to the cars, tents and public buildings.This is the strongest earthquake in the nation since the offshore Great East Japan Earthquake on March 11, 2011.
Image Credit: Jiji.com
Image Credit: Jiji.com
There are several people who are missing due to the landslide, and the heavy machineries are used for finding them. These heavily machineries can be operated remotely against the risk of having another landslide.
Image Credit: Jiji.com
The convenience-store industry moved quickly as well. They have a nation-wide supply-chain network. They had their supply-chain in Kumamoto recovered much faster than 2011, and provided aid of foods and drinks to the evacuees.
Image Credit: Yahoo.com
Of course there are still many areas to be improved, but we have definitely learned and made progress in many ways to deal with the emergency situation caused by the big earthquake.
Recently there are big earthquakes happened not only in Japan but globally. As an earthquake-ridden country, Japan has developed technologies, measures and processes against earthquakes for many years. I think it would be useful to share these with the world so that we can save lives as much as possible and minimize the damages by earthquake.
Here is the Japan's traditional and modern earthquake construction techniques including quake-resistant building methods. You may be interested in: http://www.nhk.or.jp/japan311/tmrw2-trad.html
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