A new study looks at how powdery material inside faults may contribute to earthquakes. According to geologist Ze'ev Reches of the University of Oklahoma in Norman, US, the gradual buildup of stress in a fault as plates collide or slide past each other is
Scientists have debated for decades as to what forces allow the planet’s tectonic plates to slide across the Earth’s mantle. Now, researchers have found a layer of liquefied molten rock in Earth’s mantle, which could potentially be that cause of the tectonic
Plate Tectonic hazards assessment by Dave Petley, Wilson Professor of Hazard and Risk in the Department of Geography at Durham University, UK is available available online via this site, so as usual it can be downloaded from Authorstream.On his TheLandslideBlog,
A UCLA scientist has discovered that the geological phenomenon known as “plate tectonics”, which involves the movement of huge crustal plates beneath a planet’s surface, also exists on Mars. An Yin, planetary geologist and a UCLA professor of Earth and space sciences
A new study of tectonic plate boundaries may help scientists understand how earthquakes happen. The work by researchers including Dr Giampiero Iaffaldano from the Australian National University focused on the Nazca plate, which plunges beneath the continental South
Earthquake-Report.com came across a video of the National Science Foundation that explains what scientists are currently doing to understand what is going on inside the San Andreas Fault. The video has been aired in the PBS NewsHour. Understanding what happens at…
Since Darwin’s time, scientists have speculated the planet might be expanding or contracting. Even with the acceptance of plate tectonics half a century ago, which explained the large-scale motions of Earth’s outermost shell, the accusations persisted; some Earth and
Plate tectonics has been on the curriculum for a while now. Most people are fairly familiar with the theory; the Earth's crust – or lithosphere – is broken up into different plates which move around on the very hot, viscous substance beneath.This movement is driven
