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Scientist finds dozens of unknown submarine landslides in Gulf of Mexico by Brooks Hays Washington DC (UPI) May 19, 2020 Using a new method for analyzing seismic data, Florida State University researcher Wenyuan Fan has identified 85 previously unknown underwater landslides. The hidden landslides -- discovered between 2008 and 2015 and described this week in the journal Geophysical Research Letters -- could pose a risk to oil rigs, pipelines and other underwater oil and gas infrastructure. "The observed landslides suggest a possible tsunami hazard for coastal communities along the Gulf of Mexico and that seabed infrastructure in the Gulf of Mexico, including oil platforms and pipelines, is also at risk from the landslides," lead study author Wenyuan Fan, an assistant professor of geophysics at Florida State, said in a news release. Fan and his research partners identified the landslides among seismic data recorded across the region. Of the 85 newly identified landslides, 10 occurred spontaneously. Several of the other 75 occurred immediately after the passage of a wave generated by an earthquake. Fan was able to find the hidden landslides after developing a novel method for surveying earthquake data -- a method that helped Fan more closely analyze what are known as continuous waveforms. "There are few active faults in the Gulf, and the seismicity is scarce in the region," Fan said. "This puzzled me and concerned me because we live close to the Gulf. With the question and the concern, I looked into the details of these seismic sources and eventually concluded that they are likely to be submarine landslides." Researchers haven't turned up any evidence of damage caused by any of the 85 landslides. Most of the landslides occurred in the deepest portions of the Gulf, but in the future, the novel survey methods could be used to monitor landslide risk in coastal regions and places that host oil and gas activity.
Scientists successfully develop 'heat resistant' coral to fight bleaching Melbourne, Australia (SPX) May 14, 2020 The team included researchers from CSIRO, Australia's national science agency, the Australian Institute of Marine Science (AIMS) and the University of Melbourne. Corals with increased heat tolerance have the potential to reduce the impact of reef bleaching from marine heat waves, which are becoming more common under climate change. "Coral reefs are in decline worldwide," CSIRO Synthetic Biology Future Science Platform (SynBio FSP) science lead Dr Patrick Buerger said. "Climate change h ... read more
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