Scientists have discovered a subtle, slow-moving creep in lab experiments that could hold the key to predicting catastrophic earthquakes before they strike.

The magnitude 7.9 Bonin Islands earthquake sequence, which ruptured deep within the earth near the base of the upper mantle, did not include an ...

The centre of North Island is dominated by the peaks of the Tongariro National Park. No roads cross between the peaks and ...

You may depend on homeowners insurance for unexpected events that occur at your house, but there are 13 you should know about ...

The ongoing project to restore Anderson Dam to functionality has been delayed by almost a year, extending the project’s ...

A re-examination of the 2015 Bonin Islands earthquake disproved earlier claims of a record-breaking deep aftershock in the ...

Get Instant Summarized Text (Gist) The analysis of the 2015 Bonin Islands earthquake sequence challenges the claim of a record-breaking 751-kilometer-deep aftershock in the lower mantle. Instead ...

The magnitude 7.9 Bonin Islands earthquake sequence, which ruptured deep within the earth near the base of the upper mantle, did not include an aftershock that extended to record depths into the ...

A period of slow, creeping movement without any shaking may be a necessary prelude to earthquakes, a new study suggests. The research, which was on the fundamentals of how materials rupture, focused ...

"The same physical process will take place in both cases — the explosive spring of the bent plates will release in the same ...