It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Scientists say it's inevitable that an offshore seismic menace called the Cascadia Subduction Zone will one day unleash a megaquake. The last time it happened was 300 years ago when a magnitude-9 shaker spawned enormous ocean waves that slammed into the West Coast and damaged Japanese fishing villages.
"We're not nearly as well prepared as the Japanese, and clearly they were overwhelmed," said Bill Steele, coordinator of the University of Washington's Seismology Laboratory. "It is a problem."
In Washington state, emergency managers are working with coastal communities to develop local plans for elevated evacuation structures that could do double duty, such as steel-reinforced earthen berms 20 feet high that could support bleachers at a stadium.
"Right now, there's no funding for anything like this, through state and federal funding," said John Schelling of the Washington State Emergency Management. He argues, though, that it's important to develop the plans for the day when money is available.
By using an ion microprobe, Christoph Helo, a PhD student in McGill's Department of Earth and Planetary Sciences, has now discovered very high concentrations of CO2 in droplets of magma trapped within crystals recovered from volcanic ash deposits on Axial Volcano on the Juan de Fuca Ridge, off the coast of Oregon.
These entrapped droplets represent the state of the magma prior to eruption. As a result, Helo and fellow researchers from McGill, the Monterey Bay Aquarium Research Institute, and the Woods Hole Oceanographic Institution, have been able to prove that explosive eruptions can indeed occur in deep-sea volcanoes. Their work also shows that the release of CO2 from the deeper mantle to the Earth's atmosphere, at least in certain parts of mid-ocean ridges, is much higher than had previously been imagined.
Mudslides have become increasingly problematic. In just three months, 20 mudslides stopped passenger train service in Washington state. The average is about 10 mudslides for a typical rainy season between October and March, state rail officials say.
Originally posted by CVinWA
Anyone else in the Northwest notice how many mudslides/avalanches the area has had this season? It seems to me like a large increase over past years.
www.seattlepi.com...
More mudslides: State wants federal rail money for prevention
Mudslides have become increasingly problematic. In just three months, 20 mudslides stopped passenger train service in Washington state. The average is about 10 mudslides for a typical rainy season between October and March, state rail officials say.
6 months = 10 slides
3 months = 20 slides
Are small tremors the cause for the increase?
Also; the frogs are out early and in numbers this year, it should be a good summer..
Originally posted by westcoast
Bumping this up so my friends are sure to see it. I am tempted to make it its own thread, with some more information thrown in but just don't have the time for it right now. I think it is important though.