Didn't it seem to you that the ground was exceptionally shaky last month? That there were reports on big earthquakes happening somewhere pretty much every week? It wasn't just your imagination: April produced a higher-than-normal number of moderate-to-large earthquakes, and you can see it for yourself.
For all of the devastation caused by the 2011 earthquake/tsunami in Japan, the former, a 9.0 magnitude beast called “Tohoku,” could have claimed far more lives. The reason it didn’t? Since 2007, Japan has had an early warning system—conceived ten years ago at Caltech—which California still hasn’t managed to set up.…
In May, the federal government simulated an earthquake so massive, it killed 100,000 Midwesterners instantly, and forced more than 7 million people out of their homes.
In an article originally published March 14th, New Scientist explains why earthquakes are so hard to predict, how seismologists have tried to foretell quakes in the past, and what promising approaches may lead to successful prediction in the future.
Striking at 14:46 local-time (12:46am EST) today, the earthquake is not only the largest Japan's ever suffered, but also in the world's top ten. After-effects in the form of tidal waves are expected to hit the US in just a few hours. Updated.
This ain't a photochop, we promise. This past September, a quake rocked Canterbury, New Zealand. But rather than scenes of destruction and rubble, the tremors left behind some bizarre scenes—like these warped tracks atop pristine countryside.
San Andreas fault fans, there's a new TED in town. The United States Geological Survey has developed the Twitter Earthquake Detection project, in an attempt to improve its handling of those natural disasters when they hit across the U.S.
The aftershocks of earthquakes can occur decades, and even centuries, after the initial tremors, according to new research carried out by scientists at the University of Missouri. Does this mean that the 1906 earthquake could still destroy San Francisco?