An earthquake of 6.0 magnitude struck Japan's Kyushu on Wednesday, according to the National Center for Seismology. No reports of any damage have been reported yet. The Japan Meteorological Agency ...

Toppled buildings and destroyed roads could be seen throughout the Kyushu island of Japan on Saturday local time as people began to assess the damage of an overnight 7.3-magnitude earthquake.

Japan's Meteorological Agency issued a mega-earthquake advisory on Aug 8, following a magnitude 7.1 temblor that rocked the western Kyushu region on the same day. What does the advisory mean?

the source of past devastating earthquakes. They later issued an assessment that the potential for a future quake in the area from Kyushu to central Japan is higher than previously predicted.

A strong offshore earthquake has hit near the eastern coast of Japan’s southwestern most main island of Kyushu. The U.S. Geological Survey reported that a 6.3-magnitude earthquake at 8:48 a.m ...

TOKYO (Agencies): A 6.9 magnitude earthquake struck southwestern Japan late on Monday ... after the quake struck off Miyazaki prefecture in the Kyushu region around 21:19 pm (1219 GMT).

To improve post-disaster assessment, the Japan Aerospace Exploration Agency (JAXA) is developing a system that uses satellite ...

TOKYO, January 13. /TASS/. A 6.9-magnitude earthquake occurred in Japan’s prefecture of Miyazaki in the south of the country’s third-largest island, Kyushu, Japan’s Meteorological Agency said.

The Great East Japan Earthquake on March 11 ... Prefecture and upper 5 in parts of Tokyo to a barely perceptible 1 in Kyushu. There have been only five occasions when a level 7 was recorded ...

Japan has warned the next "big one" earthquake to hit its Pacific coast could kill nearly 300,000 people, create £1.4trillion worth of damage to the country's economy and generate 12.3 million ...

the source of past devastating earthquakes. They later issued an assessment that the potential for a future quake in the area from Kyushu to central Japan is higher than previously predicted.