All articles tagged with #earthquake hazards
A study by Tulane University and international partners reveals that parts of Earth's crust in the East African Rift are stronger and more resistant to breaking apart than previously thought, due to dehydration from a heating event 80 million years ago, which removed water and CO2, making the plates more rigid and less prone to deformation.
Warm, chemically distinct fluid gushing from the seafloor sediment off the coast of Oregon is believed to come directly from the Cascadia megathrust zone, regulating stress on the offshore fault. The discovery of the unique underwater spring, named Pythia's Oasis, was made by researchers from the University of Washington during a weather-related delay for a cruise aboard the RV Thomas G. Thompson. The fluid seeps are important because they lower the fluid pressure between the sediment particles and hence increase the friction between the oceanic and continental plates, which can lead to damaging earthquakes.