![]() ![]() Summit attendees will be able to participate in targeted breakout sessions covering: Each presentation will be one hour in length. This year, registrants will get a unique opportunity to participate in more than 15 hours of presentations from subject-matter experts from across the country without having to travel or leave the office. Even though thousands have already registered, we still have room for more and would invite anyone interested in joining our fight to register for the Summit now.” I am overwhelmed at the outpouring of support and interest in our virtual Human Trafficking Summit. The annual Summit brings together local, state and national leaders immersed in the fight to eradicate all forms of human trafficking.Īttorney General Ashley Moody said, “This devastating health crisis has not kept human traffickers from their evil endeavors and we won’t let it stop us from joining together as a state and nation to share ideas and learn more effective strategies for eradicating this horrific crime. Given the virtual format of the Summit, spots remain open for people interested in joining the fight to end human trafficking. For the first time ever, the Summit will be held virtually-in an effort to curb the spread of COVID-19. “You can’t know when and where the next one will happen, but you can look at factors that make it more likely and model how it might unfold.TALLAHASSEE, Fla.-Attorney General Ashley Moody today announced a new, record-smashing registration tally for the upcoming 2020 Human Trafficking Summit-more than 2,000 people! Registrants span more than half of the states in the union. “It’s a little bit like calculating the probability of a pandemic,” said Laura Wallace, a research scientist at the University of Texas Institute for Geophysics, who is based in New Zealand. The new project will look for gaps in the physics and figure out what needs to be measured to make the simulations more useful to forecasters. That’s why earthquake scientists turn to computers to simulate faults and their tectonic settings. They are a challenge to study, however, because they are usually situated offshore and driven by deep geologic forces that take hundreds to millions of years to unfold, at scales from fractions of an inch to thousands of miles. Subduction zones are important because they are the sites of the world’s most powerful earthquakes and can trigger dangerous tsunamis, such as the one following the 2004 Indian Ocean earthquake that killed almost a quarter of a million people in 14 countries. The differences between them will allow researchers to test their models and figure out what conditions to look for when deciding whether an earthquake is likely. The sites selected are all subduction zones - places where tectonic plates meet. Pacific Northwest, New Zealand and Japan. The UT scientists will team up with researchers at universities and national labs working on three of the world’s earthquake hotspots: the U.S. The bulk of what remains is figuring out the physics governing earthquakes and their inherent uncertainties: key ingredients in the forecasting process. ![]() The ultimate goal: computer models that can forecast the chances of an earthquake happening and its likely impact, similar to those used to predict the weather but on longer timescales.īecker doesn’t expect to see earthquake “weather” forecasts within five years, but he believes the idea is now technically possible. The team will also train students, hold workshops and recruit new computational geoscientists by drawing on overlooked talent pools and reaching out to underserved communities. ![]() The five-year project, funded by the National Science Foundation ( NSF), will develop new computing tools, software and instructional material focused on forecast modeling. “Physics-based forecasting is what we’re trying to achieve,” said project lead Thorsten Becker, a professor at UT’s Jackson School of Geosciences. Like forecasting a thunderstorm, knowing how to read the warnings could help communities protect lives, infrastructure and local economies.įor decades, scientists have struggled to reliably give forecasts for major earthquake hotspots, but now, an international team of scientists led by The University of Texas at Austin has embarked on a new initiative to do just that. The Earth’s tectonic plates, however, hide subtle warnings that a major fault may soon break. For decades, scientists have struggled to reliably give forecasts for major earthquake hotspots, but now, an international team of scientists has embarked on a new initiative to do just that.Įarthquakes - like lightning - strike unpredictably. Earthquakes - like lightning - strike unpredictably.
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