![]() ![]() "We're developing these new Web tools, and monitoring the game really motivates everyone to get excited," Vidale said, "and we're rooting for a second helping of roars and rumbles against the Packers or Cowboys to perfect the system.Bethesda News Portal Website Article (June 22, 2021) They will be rooting for a victory for the Seahawks – and for science. Two group members will be at the stadium providing eyes on the ground to help explain what could be causing any unusual spikes. Several researchers will be at the UW campus lab Saturday monitoring the sensors. They also hope to explain some mysterious patterns of shaking during commercial breaks, what one researchers hypothesizes may be a "dance quake." ![]() On the scientific side, they hope to explore the different readings between the three sensors placed at different levels. The group will have more staff monitoring social media during the game, and more robust websites that they hope won't slow down or crash during heavy traffic. We've got to learn how to deal with that because it's going to snow us over if we're not prepared." "Now with social media, it's a whole new ballgame. Helens a decade ago there was a huge influx of Web visits and phone calls," Malone said. That also helps get ready for an emergency situation. This weekend the group will be beefing up its social-media presence to post updates and respond to questions during the game. In the future, it might be seconds to minutes of warning after an earthquake starts." "In this case it's football fan activity that generates a signal as a warning for what shows up on TV some seconds later. "The Seahawks experiment should provide us and the Internet-connected public with a feel for the minimum time early warning might provide," said Steve Malone, a UW professor emeritus of Earth & space sciences. This year some public agencies and large businesses will have a first chance to try out the system that will eventually be available to the public. Geological Survey to offer early warnings for the Pacific Northwest that could provide tens of seconds to several minutes' notice of an incoming strong shaking. The seismic group is working with the U.S. The foot-stomping is a real-world test of technology to detect the bigger shaking that originates underground. Seahawks fans also generate record-breaking noise, of course, but sound waves don't rock the building. The project was a huge hit and the group added a third sensor for the 2014 playoff game.Ī Beast Quake happens when the energetic jumping and stomping of so many fans at once shakes the stadium and reverberates through the surrounding soil. The resulting seismograph became a celebrity in its own right and coined the term "Beast Quake."Īfter a couple of quieter years, the group got permission last year to place two strong-motion earthquake sensors inside the stadium. Network scientists first got interested in football when a seismometer a block away from the stadium showed vibrations during Marshawn Lynch's legendary Jan. The Pacific Northwest Seismic Network monitors earthquake and volcanic activity throughout the region. This Saturday will be the first test of the software that displays vibrations within three seconds – five to 10 times faster and more reliably than readings from the same sensors installed last year. A new QuickShake tool will provide a faster connection between the sensors and the website. This year, the UW researchers have also upped their game. Scientists with the Pacific Northwest Seismic Network will install instruments this Thursday to provide real-time monitoring of the stadium's movement during the 2015 NFL playoffs.
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