Using a publicly available climate model, Berkeley Lab researchers “hindcast” the conditions that led to the Sept. 9-16, 2013 flooding around Boulder, Colo. and found that climate change attributed to human activity made the storm much more severe than would otherwise have occurred.
An international team of scientists digging in a sea cave in Indonesia has discovered the world’s most pristine record of tsunamis, a 5,000-year-old sedimentary snapshot that reveals for the first time how little is known about when earthquakes trigger massive waves.
The World Meteorological Organization has announced today world records for the highest reported historical death tolls from tropical cyclones, tornadoes, lightning and hailstorms. It is first time the WMO Archive of Weather and Climate Extremes has broadened its scope from temperature and weather records to address the impacts of specific events.
Violent winds and shockwaves would account for more than 60 per cent of lives lost if an asteroid were to hit the Earth, according to a new University of Southampton-led study.
The following Tulane University experts are available to discuss the Russian subway explosion in Saint Petersburg, the Senate vote on the Supreme Court nomination of Judge Neil Gorsuch, the Trump administration’s plan for tax reform as well as ongoing changes related to the United Kingdom’s withdrawal from the European Union.
Better storm surge prediction capabilities could help reduce the impacts of extreme weather events, such as hurricanes.
Geologists have for the first time seen and documented the Banda Detachment fault in eastern Indonesia and worked out how it formed.
Professor Mathew Schmidtlein will discuss his research findings Sept. 27 in an on-campus lecture.
NDSU faculty and students conduct world-class research, searching for answers to important questions. In a recent study, NDSU researchers explored how major floods affect the growth and development of unborn children.
Coastal Risk Consulting, a new start-up company formed by an FAU professor, has developed novel technology to assist coastal homeowners, businesses, and government to evaluate and mitigate risks from encroaching seas along Florida’s southeast coast as well as other vulnerable areas in the United States and overseas.
Effective warnings are a growing need as expanding global populations confront a wide range of hazards, such as a hurricane, wildfire, toxic chemical spill or any other environmental hazard threatens safety.
Scientists at the Australian National University have developed the Time Reverse Imaging Method to take real-time data from the ocean sensors and use that information to recreate what the tsunami looked like when it was born. Once scientists have the tsunami source pinpointed, they can use it to make better predictions about what will happen once the waves reach shore. This new method is fast enough to compete with existing algorithms but much more accurate.
Researchers investigating the commonalities in pitch delivery by presidential candidates, the biological basis for dolphin echolocation, and an early warning system to detect tsunamis will describe their latest findings during a webcast press event on Tuesday, May 24, 2016. The event will be streamed live at 1:00 p.m., EDT, from the 171st meeting of the Acoustical Society of America (ASA), which takes place May 23-27 in Salt Lake City. Additionally, the webcast will be available for download 24 hours afterwards.
The geologic shape of what were once shorelines through Mars’ northern plains convinces scientists that two large meteorites – hitting the planet millions of years apart – triggered a pair of mega-tsunamis. These gigantic waves forever scarred the Martian landscape and yielded evidence of cold, salty oceans conducive to sustaining life.
If you’re enjoying a lovely day on the beach, there’s something you should do if the ground shakes, the water retreats or the ocean make a strange noise. “Run,” said Elena Suleimani, because those are signs that a tsunami is coming. “It’s a matter of minutes. Don’t return for at least twelve hours.”
An ocean engineer at the University of Rhode Island has found that a massive underwater landslide, not just the 9.0 earthquake, was responsible for triggering the deadly tsunami that struck Japan in March 2011.
The tsunami that struck Japan’s Tohoku region in 2011 was touched off by a submarine earthquake far more massive than anything geologists had expected in that zone. Now, a team of scientists has published a set of studies in the journal Science that shed light on what caused the dramatic displacement of the seafloor.
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